Tag: Education

  • [Solved] Functional Behavior Project

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    I am looking for help completing a project for functional behavior. Completing a parent interview from a template, Behavior Support Plan, Behavior contract record keeping or charting and parent letter.

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    I am looking for help completing a project for functional behavior. Completing a parent interview from a template, Behavior Support Plan, Behavior contract record keeping or charting and parent letter.

  • [Solved] Education Final Assignment

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    Please look at the attach document and follow the directions, along with no Plagiarism . – ## FinalAssignment.docx – ## SmartGoalsforEducationImprovementProposalWeek2.docx – ## MethodsAnalysisAssignmentWeek4.docx – ImplementingPositiveBehaviourInterventionsandSupportsPBIStoEnhanceClassroomManagement…

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    Please look at the attach document and follow the directions, along with no Plagiarism .

    – ## FinalAssignment.docx

    – ## SmartGoalsforEducationImprovementProposalWeek2.docx

    – ## MethodsAnalysisAssignmentWeek4.docx

    – ImplementingPositiveBehaviourInterventionsandSupportsPBIStoEnhanceClassroomManagementinK12SchoolsWeek3.docx

    **## FinalAssignment.docx**

    Purpose: Due Aug 3, Topic: Implementing Positive Behavior Interventions and Supports (PBIS) to Enhance Classroom Management in K–12 Schools

    Synthesize information from performance data to design an Instructional Improvement Plan tailored to the needs of either a K-12 school district or a higher education institution.

    Overview

    This assignment involves analyzing performance data to identify areas requiring improvement within either a K-12 school district or a higher education institution. By examining various metrics such as academic achievement, student growth, graduation rates, and attendance records, the objective is to uncover deficiencies and inform the development of an Instructional Improvement Plan. This plan will outline strategies to enhance the overall performance of the educational entity.

    Tasks

    1. Gather Data

    · Obtain the most recent performance data for the educational entity.

    · For K-12: Locate Adequate Yearly Progress (AYP) data and demographic information, including data on NCLB sub-groups.

    · For Higher Education: Collect data on academic achievement, student retention, graduation rates, and any other relevant metrics.

    2. Analyze Data

    · Identify areas of deficiency in two academic areas based on the performance data.

    · For K-12: Analyze AYP data and demographic information to pinpoint areas where the district is not meeting goals or falling behind comparable districts.

    · For Higher Education: Examine performance data to identify areas where the institution's performance lags behind benchmarks or comparable institutions.

    3. Describe Findings

    · Provide a brief description of the findings and conclusions regarding curriculum/instruction deficit areas.

    · Support identified deficiencies with specific examples or evidence from the data.

    · Relate deficiencies to relevant benchmarks, targets, or standards.

    4. Compose Instructional Improvement Plan

    · Develop an Instructional Improvement Plan addressing the identified deficiencies.

    · For K-12: Propose strategies to improve curriculum and instruction in the deficient areas, considering the needs of diverse student populations.

    · For Higher Education: Outline strategies to enhance teaching and learning practices, curriculum development, and student support services to address identified deficiencies.

    5. Paper Formatting Requirements

    · Double-spaced, size 12 font, Times New Roman, APA style.

    · Ensure that the assignment is well-organized, coherent, and free from grammatical errors.

    Module 6: Methods – Finalized Education Improvement Plan Submission Due Aug 9

    Purpose

    Topic: Implementing Positive Behavior Interventions and Supports (PBIS) to Enhance Classroom Management in K–12 Schools

    To justify the necessity and efficacy of a school improvement project within either a K-12 school or a higher education institution.

    Overview

    This assignment entails preparing a comprehensive school improvement plan based on the analysis of actual demographic and test data from the educational entity. Additionally, you will design a curriculum framework aligned with standards and assessments to address identified areas of deficiency. By integrating current research-based strategies, this plan aims to strengthen curriculum delivery and enhance student performance.9

    Tasks

    **K-12 Track**

    1. Read the Overview.

    2. Provide a data analysis summary of curriculum/instruction deficit areas. Identify at least 3 problem areas.

    3. Locate 3 current research-based strategies (recent) that would help [i] target the identified deficit areas, and [ii] strengthen (and improve) the delivery of curriculum/instruction to improve future student performance in those areas.

    4. Finally, make recommendations to site-based leadership for improving curriculum/instruction.

    5. Include Modules 2 through 5 submissions, after correcting with instructor feedback, if necessary, to the finalized plan.

    6. Compose a paper responding to the above questions and using the structure below:

    a. Introduction:

    i. Overview of the current state of the school

    ii. Importance of creating a school improvement plan

    b. School Vision and Mission:

    i. Defining the vision statement for the school

    ii. Establishing the mission statement for the school

    c. Analysis of Current Performance:

    i. Identifying areas of strengths and weaknesses

    ii. Analyzing student achievement data

    iii. Reviewing feedback from staff, parents, and students

    iv. Conducting a needs assessment

    d. Goals and Objectives:

    i. Setting specific and measurable goal(s) aligned with the school's vision and mission

    ii. Defining objectives to achieve each goal

    e. Curriculum Framework:

    i. Conceptual Design

    ii. Design Overview

    iii. Professional Development Session

    f. Strategies and Action Steps:

    i. Developing strategies to address identified weaknesses and support strengths

    ii. Outlining action steps required to implement each strategy

    g. Recommendations:

    i. Identifying areas where staff members require additional training or support

    ii. Offering professional development opportunities to enhance instructional practices

    iii. Incorporating ongoing professional learning into the school improvement plan. Note: Think beyond just the first few weeks after the plan has been implemented. Example – semester 1 PD, semester 2 PD, year 2 semester 1 PD, year 2 semester 2 PD.

    h. Appendix:

    i. Supporting documents, such as data analysis reports, surveys, and research articles

    7. Proofread your paper before submission.

    a. Paper formatting requirements: Double-spaced, size 12 font, Times New Roman, APA style.

    b. Ensure that your assignment is well-organized, coherent, and free from grammatical errors.

    8. Submit the completed first draft of your assignment. Your work will automatically be checked by Turnitin.

    **## SmartGoalsforEducationImprovementProposalWeek2.docx**

    2

    2

    ### **Smart Goals for Education Improvement Proposal Week 2**

    **Smart Goals for Education Improvement Proposal**

    **Introduction**

    Effective school improvement begins with the establishment of clear and achievable goals. SMART goals—Specific, Measurable, Achievable, Relevant, and Time-bound — are seen as the backbone of strategic educational planning. This proposal includes two SMART goals that aim to improve the school climate, equity, and support systems for students. It involves the consistent use of Positive Behavioral Interventions and Supports (PBIS) in school classrooms and a decrease in the number of disciplinary referrals, especially for marginalized groups of students. The objectives are in synergy with the overall mission of establishing a safe, inclusive, and high-performing learning environment for all students at the K-12 levels.

    **SMART Goal #1: PBIS Implementation and Consistency Across Classrooms**

    Implement PBIS school-wide to promote consistency in classroom management strategies across all K–12 classrooms. By May 2026, the percentage of classrooms consistently using core PBIS practices—such as setting clear expectations, establishing proactive routines, and using positive reinforcement—will increase from baseline (identified via an initial audit) to 90%..

    **Rationale and Relevance**

    Studies have demonstrated that in schools where PBIS is used rigorously, there are fewer behavior issues, better academic achievement, and more discipline equity (Simonsen et al., 2015). Uneven classroom management may be misleading to students and reinforce injustice. This aim achieves this by making all the teachers focus on a common behavioral framework, therefore, providing the students with wise counsel that is both consistent and supportive and culturally sensitive.

    **Implementation Strategies**

    First, the school will carry out a baseline audit to get to know the current PBIS practices in classrooms. According to the results, a PBIS toolkit will be compiled and disseminated. The toolkit will entail an expectation teaching lesson sample, a behavior matrix template, as well as frequency examples. Every three months, professional development will be centered around central practices in PBIS, behavioral data utilization, and culturally responsive teaching. Continuing teacher development will be facilitated by behavior specialists in the field through an in-class monthly coaching session. PBIS grade-level teams will promote collaboration, tell success stories, and problem-solve implementation challenges.

    **Monitoring and Evaluation**

    The implementation of PBIS will be monitored with the help of the Tiered Fidelity Inventory (TFI), which will be applied every 2 months. The teacher feedback surveys and classroom observations will allow obtaining qualitative as well as quantitative observations. The school will also monitor the behavioral referral patterns, attendance rates, and teacher response-specific feedback of PBIS in order to quantify a change in the long run.

    **Challenges and Opportunities**

    The possible barriers are diverse teacher buy-in, time restraints to PD and coaching, and logistics of gathering data. Nonetheless, the given objective has a great potential to bring the staff on a single basis, reinforce classroom culture, and establish a consistent set of behavior expectations more beneficial to all students.

    **SMART Goal #2: Reducing Disciplinary Referrals and Behavioural Disparities**

    Reduce the number of disciplinary referrals and address disparities in behavioral consequences among students of marginalized backgrounds through restorative and proactive PBIS practices. By the end of the 2025–2026 school year, overall disciplinary referrals will decrease by 30%, and racial/ethnic disparities in discipline will decline by 50%, based on disaggregated incident data.

    **Rationale and Relevance**

    The national data indicates that the racial/ethnic groups of color, especially Black and Latino students, are overrepresented when it comes to discipline, and they can be punished simply because they do nothing more than others (Gregory et al., 2017). This continues patterns of disengagement, academic failure, and poor school experiences. This is necessary if we are to enhance educational parity, suppress implicit bias, and uphold equality and dignity for all students.

    **Implementation Strategies**

    At the start of the implementation phase, an equity audit will be done to determine discipline trends and gaps. Sections of results will guide specific professional learning in culturally responsive classroom management and restorative justice. Every quarter, employees will undergo the training devoted to such aspects as implicit biases, equitable discipline, and relationship building with students. Equity liaisons and discipline equity teams will also be established to assist teachers and monitor the data trends. Also, the school will collaborate with families and the community-based organizations that will augment the behavioral interventions outside the classroom.

    **Monitoring and Evaluation**

    Data on discipline will also be disaggregated quarterly on the basis of race and gender, plus special education status. Changes in instructional and disciplinary practices will be captured in the teacher coaching logs and self-assessment reflections, as well as in the comments of peer learning groups. An annual comparison between the rate of suspension and expulsion received will be made by the school to measure the effect. The evaluation process will also be guided by student focus groups and feedback from parents.

    **Challenges and Opportunities**

    The unwillingness to change pre-existing disciplinary behavior or to raise the issue of equity may be an impediment. Nevertheless, this is an essential goal since it is a chance to change the school culture, minimize prejudice, and empower marginalized voices. Real change can be realized with the characteristics of strong leadership, communication, and accountability.

    **Conclusion**

    The following SMART goals cover urgent demands of the school system: consistency in behavioral expectations and betterment of unfair disciplining practices. These aspirations can have a sustainable effect on school climate and student achievement through the means of focused training, data-based monitoring, and collaborative implementation. Following the mission of the school, that is based on equity, inclusivity, and excellence, they will make the learning process safer and support the needs of all students.

    **References**

    Gregory, A., Skiba, R. J., & Mediratta, K. (2017). Eliminating disparities in school discipline: A framework for intervention.
    _Review of Research in Education_,
    _41_(1), 253–278. https://doi.org/10.3102/0091732X17690499

    Ohio Department of Education. (n.d.).
    _Ohio improvement process_. Retrieved from
    [https://education.ohio.gov/Topics/District-and-School-Continuous-Improvement/Ohio-](https://education.ohio.gov/Topics/District-and-School-Continuous-Improvement/Ohio-) Improvement-Process-OIP

    Simonsen, B., Freeman, J., Sugai, G., Dooley, K., & Putnam, R. (2015). Fidelity of implementation within a multi-tiered system of support (MTSS): Focusing on classroom support.
    _Preventing School Failure: Alternative Education for Children and Youth_,
    _59_(3), 129–135. https://doi.org/10.1353/hsj.2015.0009

    Thoughtful Learning. (2016).
    _Tips on how to write a SMART goal_ [Video]. YouTube.
    [https://www.youtube.com/watch?v=1-SvuFIQjK8](https://www.youtube.com/watch?v=1-SvuFIQjK8)

    **## MethodsAnalysisAssignmentWeek4.docx**

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    ## Methods Analysis Assignment Week 4

    ### Methods Analysis Assignment In education, improving student behavior and addressing different levels of discipline in schools is very important. There have been several real-life examples of how behavioral expectations and differences in disciplinary methods can impact student performance, especially for students of color and those with special needs, over the years. Considering these issues, this research paper aims to implement Positive Behavior in classroom management. To ensure that this project would be evidence-based and demonstrate measurable results, thorough research had to be conducted about the sources of data that would help shape the project and track its progress. This methodology will explain how the sources were selected and reviewed, the rationale for using them, and how they relate directly to the project objectives. The first objective is quite simple; it is all about consistency: wanting to see at least 90% of the classrooms in my school consistently using core PBIS practices by May 2026. This will also be monitored using regular schoolwide audits and surveys of teachers whose identities are not disclosed. The second objective is equity: I hope that by the end of the 2025-2026 school year, there will be a 30 percent decrease in the total number of disciplinary referrals and a 50 percent decrease in racial and ethnical disparities of discipline. They are not merely wishful objectives but will be researched, data-driven, and will have data at every phase. To help achieve these objectives, different secondary data sources were used: peer-reviewed journal articles, national PBIS frameworks, and reports of trends in school discipline. Each of these choices was highly specific, emphasizing their credibility and timeliness, but also on how related they are to the fundamental principles of PBIS and my school's equity-oriented mission. The sources are categorized into three: empirical studies demonstrating the outcomes of PBIS implementation, frameworks of successful implementation, and studies concentrating on school discipline disparities. For example, Gregory, Skiba, and Mediratta's (2017) article is quite insightful. Their contributions were fundamental to the racial imbalance in school discipline and how PBIS offers solutions to this problem. The article draws on national data and various case studies, which is why it is comprehensive and applicable. The fact that it tied PBIS implementation with broader equity reforms was the most important section because it relates to the second SMART goal. Hannigan and Hannigan (2020) also provided another important source as they presented the idea of the PBIS Champion Model. The model decomposes, measurable benchmarks in PBIS practices into three levels of support. This was helpful, especially when working on the first SMART goal, which concerned implementation consistency. They have an evidence-based model that contains fidelity tools and staff, students, and family engagement strategies. This model has been published in an authoritative journal of school leadership whose contents are germane to my objectives; hence, this gives me a sense of security in terms of reliability. Pas et al. (2019) provided even more insights into the analysis. They conducted a longitudinal study on how PBIS fidelity affects academic and behavioral results. Their application of mediation analysis attracted attention when they demonstrated how staff training, leadership support, and standard application impacted student success. Their evidence supported the notion that it was necessary to consider implementing PBIS at the surface level as well, incorporate it into the school culture, and maintain support long-term. Furthermore, there is the work of Simonsen et al. (2015), who propose a schoolwide model that incorporates behavior and academic support. They focus on sustainability based on well-defined structures, training, and constant monitoring. Their implementation checklists and coaching approaches proved to be the most valuable. This helps to define how to carry out the audits and collect the teachers' feedback. Their work was also justified as representatives of the University of Connecticut and the Center on PBIS. Tyre and Feuerborn (2021) wrote an article that highlighted some challenges in implementing PBIS. They analyze typical challenges of PBIS implementation: staff burnout, poor leadership buy-in, and poor accountability. Early identification of these risks will help establish a sustainability plan that can be used to coach the team continually and share the leadership roles. All these sources can play a unique role in helping to achieve the two SMART goals. The Hannigan and Simonsen modules of baseline audit and PD modules need to be utilized to enhance implementation fidelity. The research by Pas et al. promotes professional learning and demonstrates the influence of the quality of implementation on student achievements. Concerning the demarcation of disciplinary disparities, Gregory et al. and Tyre & Feuerborn provide theory-based, practice-based, equity-based approaches to disciplinary disparities using real-life scenarios of schools. The sources also share some qualities that increase their credibility. They are all peer-reviewed, and their authors are experts in educational leadership, behavioral support, or equity. The majority use a large number of datasets or longitudinal data to conclude their findings, which makes them valid. Notably, their conclusions can be immediately applied to schools' current world problems and challenges. Some other factors that had to be considered to determine whether these sources were valid and reliable were as follows. The former was content fitting: each article focuses on either PBIS implementation, outcomes, or discipline equity—this close association with the project's objectives augurs content validity well. Furthermore, many are based on existing PBIS models or employ documents like the SWPBIS Tiered Fidelity Inventory, confirming their construct validity. Another attribute that these sources excel in is reliability. Strict statistical study methods, multi-site research, and the tested implementation frameworks strengthen their findings. To illustrate, Pas et al. have administered data over various years and school locations, contributing to the strength of generalizability. Simonsen et al. applied verified assessment tools that have become highly used by PBIS schools nationwide. Such an agreement will allow findings to be replicated and provide confidence. These data sources will be incorporated into the suggested PBIS plan. The PBIS Champion Model and the tools used by Simonsen will serve as the templates for the school audit and the staff self-assessments. The results of the research by Pas will influence the direction and content of further professional growth, so that the focus is not only on talking about the attitude but also mastering skills. The work presented by Gregory will inform policy review and help to evaluate the existing disciplinary procedures using an equity lens. The insights of Tyre & Feuerborn will come in handy during the design of a rollout strategy and coaching strategy that should foresee and counteract the feelings of implementation fatigue or resistance. There is nothing wrong with using secondary data, but it also has limits. Most of the studies are based on data collected at the national or regional level, so they might not depict the special features of my school or district. To overcome this, researchers should augment these statistics with some localized data from local audits and disciplinary records of the chosen school. Another limitation is that the studies do not provide disaggregate data according to race, gender, or the status of disabilities. Therefore, the current project will require the use and analysis of school-level disaggregated data to monitor disparities with greater accuracy. Other challenges may include the need to comply with FERPA in case of student-level data analysis, or an insufficient number of personnel in an attempt to coach and guide concurrent practice. **References** Gregory, A., Skiba, R. J., & Mediratta, K. (2017). Eliminating disparities in school discipline: A framework for intervention. _Review of Research in Education, 41_(1), 253–278. [https://doi.org/10.3102/0091732X17690499](https://doi.org/10.3102/0091732X17690499) Hannigan, J. D., & Hannigan, J. (2020). Best practice PBIS implementation: Evidence indicators in each tier of the PBIS champion model. _Journal of School Administration Research and Development, 5_(1), 36–43. [https://doi.org/10.32674/jsard.v5i1.2111](https://doi.org/10.32674/jsard.v5i1.2111) OSEP Technical Assistance Center on Positive Behavioral Interventions and Supports. (2021). _Positive behavioral interventions and supports implementation blueprint_. https://www.pbis.org/resource/pbis-implementation-blueprint Pas, E. T., Waasdorp, T. E., Bradshaw, C. P., & Ialongo, N. S. (2019). The impact of PBIS fidelity on student outcomes: Examining school-level mediators. _Prevention Science, 20_(7), 1043–1053. [https://doi.org/10.1007/s11121-019-01017-8](https://doi.org/10.1007/s11121-019-01017-8) Simonsen, B., Freeman, J., Sugai, G., Dooley, K., & Flannery, K. B. (2015). A schoolwide model for service delivery: Redefining and reorganizing academic and behavior supports. _Teaching Exceptional Children, 47_(6), 323–333. [https://doi.org/10.1177/0040059915580030](https://doi.org/10.1177/0040059915580030) Tyre, A. D., & Feuerborn, L. L. (2021). The top 10 implementation pitfalls of schoolwide PBIS: Recommendations for sustainable change. _Preventing School Failure: Alternative Education for Children and Youth, 65_(2), 148–155. [https://doi.org/10.1080/1045988X.2020.1817686](https://doi.org/10.1080/1045988X.2020.1817686) U.S. Department of Education, Office for Civil Rights. (2020). _Civil Rights Data Collection (CRDC): School discipline reports._ https://ocrdata.ed.gov

    **ImplementingPositiveBehaviourInterventionsandSupportsPBIStoEnhanceClassroomManagementinK12SchoolsWeek3.docx**

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    **ImplementingPositiveBehaviourInterventionsandSupportsPBIStoEnhanceClassroomManagementinK12SchoolsWeek3.docx**

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    **## FinalAssignment.docx**

    Purpose: Due Aug 3, Topic: Implementing Positive Behavior Interventions and Supports (PBIS) to Enhance Classroom Management in K–12 Schools

    Synthesize information from performance data to design an Instructional Improvement Plan tailored to the needs of either a K-12 school district or a higher education institution.

    Overview

    This assignment involves analyzing performance data to identify areas requiring improvement within either a K-12 school district or a higher education institution. By examining various metrics such as academic achievement, student growth, graduation rates, and attendance records, the objective is to uncover deficiencies and inform the development of an Instructional Improvement Plan. This plan will outline strategies to enhance the overall performance of the educational entity.

    Tasks

    1. Gather Data

    · Obtain the most recent performance data for the educational entity.

    · For K-12: Locate Adequate Yearly Progress (AYP) data and demographic information, including data on NCLB sub-groups.

    · For Higher Education: Collect data on academic achievement, student retention, graduation rates, and any other relevant metrics.

    2. Analyze Data

    · Identify areas of deficiency in two academic areas based on the performance data.

    · For K-12: Analyze AYP data and demographic information to pinpoint areas where the district is not meeting goals or falling behind comparable districts.

    · For Higher Education: Examine performance data to identify areas where the institution's performance lags behind benchmarks or comparable institutions.

    3. Describe Findings

    · Provide a brief description of the findings and conclusions regarding curriculum/instruction deficit areas.

    · Support identified deficiencies with specific examples or evidence from the data.

    · Relate deficiencies to relevant benchmarks, targets, or standards.

    4. Compose Instructional Improvement Plan

    · Develop an Instructional Improvement Plan addressing the identified deficiencies.

    · For K-12: Propose strategies to improve curriculum and instruction in the deficient areas, considering the needs of diverse student populations.

    · For Higher Education: Outline strategies to enhance teaching and learning practices, curriculum development, and student support services to address identified deficiencies.

    5. Paper Formatting Requirements

    · Double-spaced, size 12 font, Times New Roman, APA style.

    · Ensure that the assignment is well-organized, coherent, and free from grammatical errors.

    Module 6: Methods – Finalized Education Improvement Plan Submission Due Aug 9

    Purpose

    Topic: Implementing Positive Behavior Interventions and Supports (PBIS) to Enhance Classroom Management in K–12 Schools

    To justify the necessity and efficacy of a school improvement project within either a K-12 school or a higher education institution.

    Overview

    This assignment entails preparing a comprehensive school improvement plan based on the analysis of actual demographic and test data from the educational entity. Additionally, you will design a curriculum framework aligned with standards and assessments to address identified areas of deficiency. By integrating current research-based strategies, this plan aims to strengthen curriculum delivery and enhance student performance.9

    Tasks

    **K-12 Track**

    1. Read the Overview.

    2. Provide a data analysis summary of curriculum/instruction deficit areas. Identify at least 3 problem areas.

    3. Locate 3 current research-based strategies (recent) that would help [i] target the identified deficit areas, and [ii] strengthen (and improve) the delivery of curriculum/instruction to improve future student performance in those areas.

    4. Finally, make recommendations to site-based leadership for improving curriculum/instruction.

    5. Include Modules 2 through 5 submissions, after correcting with instructor feedback, if necessary, to the finalized plan.

    6. Compose a paper responding to the above questions and using the structure below:

    a. Introduction:

    i. Overview of the current state of the school

    ii. Importance of creating a school improvement plan

    b. School Vision and Mission:

    i. Defining the vision statement for the school

    ii. Establishing the mission statement for the school

    c. Analysis of Current Performance:

    i. Identifying areas of strengths and weaknesses

    ii. Analyzing student achievement data

    iii. Reviewing feedback from staff, parents, and students

    iv. Conducting a needs assessment

    d. Goals and Objectives:

    i. Setting specific and measurable goal(s) aligned with the school's vision and mission

    ii. Defining objectives to achieve each goal

    e. Curriculum Framework:

    i. Conceptual Design

    ii. Design Overview

    iii. Professional Development Session

    f. Strategies and Action Steps:

    i. Developing strategies to address identified weaknesses and support strengths

    ii. Outlining action steps required to implement each strategy

    g. Recommendations:

    i. Identifying areas where staff members require additional training or support

    ii. Offering professional development opportunities to enhance instructional practices

    iii. Incorporating ongoing professional learning into the school improvement plan. Note: Think beyond just the first few weeks after the plan has been implemented. Example – semester 1 PD, semester 2 PD, year 2 semester 1 PD, year 2 semester 2 PD.

    h. Appendix:

    i. Supporting documents, such as data analysis reports, surveys, and research articles

    7. Proofread your paper before submission.

    a. Paper formatting requirements: Double-spaced, size 12 font, Times New Roman, APA style.

    b. Ensure that your assignment is well-organized, coherent, and free from grammatical errors.

    8. Submit the completed first draft of your assignment. Your work will automatically be checked by Turnitin.

    **## SmartGoalsforEducationImprovementProposalWeek2.docx**

    2

    2

    ### **Smart Goals for Education Improvement Proposal Week 2**

    **Smart Goals for Education Improvement Proposal**

    **Introduction**

    Effective school improvement begins with the establishment of clear and achievable goals. SMART goals—Specific, Measurable, Achievable, Relevant, and Time-bound — are seen as the backbone of strategic educational planning. This proposal includes two SMART goals that aim to improve the school climate, equity, and support systems for students. It involves the consistent use of Positive Behavioral Interventions and Supports (PBIS) in school classrooms and a decrease in the number of disciplinary referrals, especially for marginalized groups of students. The objectives are in synergy with the overall mission of establishing a safe, inclusive, and high-performing learning environment for all students at the K-12 levels.

    **SMART Goal #1: PBIS Implementation and Consistency Across Classrooms**

    Implement PBIS school-wide to promote consistency in classroom management strategies across all K–12 classrooms. By May 2026, the percentage of classrooms consistently using core PBIS practices—such as setting clear expectations, establishing proactive routines, and using positive reinforcement—will increase from baseline (identified via an initial audit) to 90%..

    **Rationale and Relevance**

    Studies have demonstrated that in schools where PBIS is used rigorously, there are fewer behavior issues, better academic achievement, and more discipline equity (Simonsen et al., 2015). Uneven classroom management may be misleading to students and reinforce injustice. This aim achieves this by making all the teachers focus on a common behavioral framework, therefore, providing the students with wise counsel that is both consistent and supportive and culturally sensitive.

    **Implementation Strategies**

    First, the school will carry out a baseline audit to get to know the current PBIS practices in classrooms. According to the results, a PBIS toolkit will be compiled and disseminated. The toolkit will entail an expectation teaching lesson sample, a behavior matrix template, as well as frequency examples. Every three months, professional development will be centered around central practices in PBIS, behavioral data utilization, and culturally responsive teaching. Continuing teacher development will be facilitated by behavior specialists in the field through an in-class monthly coaching session. PBIS grade-level teams will promote collaboration, tell success stories, and problem-solve implementation challenges.

    **Monitoring and Evaluation**

    The implementation of PBIS will be monitored with the help of the Tiered Fidelity Inventory (TFI), which will be applied every 2 months. The teacher feedback surveys and classroom observations will allow obtaining qualitative as well as quantitative observations. The school will also monitor the behavioral referral patterns, attendance rates, and teacher response-specific feedback of PBIS in order to quantify a change in the long run.

    **Challenges and Opportunities**

    The possible barriers are diverse teacher buy-in, time restraints to PD and coaching, and logistics of gathering data. Nonetheless, the given objective has a great potential to bring the staff on a single basis, reinforce classroom culture, and establish a consistent set of behavior expectations more beneficial to all students.

    **SMART Goal #2: Reducing Disciplinary Referrals and Behavioural Disparities**

    Reduce the number of disciplinary referrals and address disparities in behavioral consequences among students of marginalized backgrounds through restorative and proactive PBIS practices. By the end of the 2025–2026 school year, overall disciplinary referrals will decrease by 30%, and racial/ethnic disparities in discipline will decline by 50%, based on disaggregated incident data.

    **Rationale and Relevance**

    The national data indicates that the racial/ethnic groups of color, especially Black and Latino students, are overrepresented when it comes to discipline, and they can be punished simply because they do nothing more than others (Gregory et al., 2017). This continues patterns of disengagement, academic failure, and poor school experiences. This is necessary if we are to enhance educational parity, suppress implicit bias, and uphold equality and dignity for all students.

    **Implementation Strategies**

    At the start of the implementation phase, an equity audit will be done to determine discipline trends and gaps. Sections of results will guide specific professional learning in culturally responsive classroom management and restorative justice. Every quarter, employees will undergo the training devoted to such aspects as implicit biases, equitable discipline, and relationship building with students. Equity liaisons and discipline equity teams will also be established to assist teachers and monitor the data trends. Also, the school will collaborate with families and the community-based organizations that will augment the behavioral interventions outside the classroom.

    **Monitoring and Evaluation**

    Data on discipline will also be disaggregated quarterly on the basis of race and gender, plus special education status. Changes in instructional and disciplinary practices will be captured in the teacher coaching logs and self-assessment reflections, as well as in the comments of peer learning groups. An annual comparison between the rate of suspension and expulsion received will be made by the school to measure the effect. The evaluation process will also be guided by student focus groups and feedback from parents.

    **Challenges and Opportunities**

    The unwillingness to change pre-existing disciplinary behavior or to raise the issue of equity may be an impediment. Nevertheless, this is an essential goal since it is a chance to change the school culture, minimize prejudice, and empower marginalized voices. Real change can be realized with the characteristics of strong leadership, communication, and accountability.

    **Conclusion**

    The following SMART goals cover urgent demands of the school system: consistency in behavioral expectations and betterment of unfair disciplining practices. These aspirations can have a sustainable effect on school climate and student achievement through the means of focused training, data-based monitoring, and collaborative implementation. Following the mission of the school, that is based on equity, inclusivity, and excellence, they will make the learning process safer and support the needs of all students.

    **References**

    Gregory, A., Skiba, R. J., & Mediratta, K. (2017). Eliminating disparities in school discipline: A framework for intervention.
    _Review of Research in Education_,
    _41_(1), 253–278. https://doi.org/10.3102/0091732X17690499

    Ohio Department of Education. (n.d.).
    _Ohio improvement process_. Retrieved from
    [https://education.ohio.gov/Topics/District-and-School-Continuous-Improvement/Ohio-](https://education.ohio.gov/Topics/District-and-School-Continuous-Improvement/Ohio-) Improvement-Process-OIP

    Simonsen, B., Freeman, J., Sugai, G., Dooley, K., & Putnam, R. (2015). Fidelity of implementation within a multi-tiered system of support (MTSS): Focusing on classroom support.
    _Preventing School Failure: Alternative Education for Children and Youth_,
    _59_(3), 129–135. https://doi.org/10.1353/hsj.2015.0009

    Thoughtful Learning. (2016).
    _Tips on how to write a SMART goal_ [Video]. YouTube.
    [https://www.youtube.com/watch?v=1-SvuFIQjK8](https://www.youtube.com/watch?v=1-SvuFIQjK8)

    **## MethodsAnalysisAssignmentWeek4.docx**

    2

    2

    ## Methods Analysis Assignment Week 4

    ### Methods Analysis Assignment In education, improving student behavior and addressing different levels of discipline in schools is very important. There have been several real-life examples of how behavioral expectations and differences in disciplinary methods can impact student performance, especially for students of color and those with special needs, over the years. Considering these issues, this research paper aims to implement Positive Behavior in classroom management. To ensure that this project would be evidence-based and demonstrate measurable results, thorough research had to be conducted about the sources of data that would help shape the project and track its progress. This methodology will explain how the sources were selected and reviewed, the rationale for using them, and how they relate directly to the project objectives. The first objective is quite simple; it is all about consistency: wanting to see at least 90% of the classrooms in my school consistently using core PBIS practices by May 2026. This will also be monitored using regular schoolwide audits and surveys of teachers whose identities are not disclosed. The second objective is equity: I hope that by the end of the 2025-2026 school year, there will be a 30 percent decrease in the total number of disciplinary referrals and a 50 percent decrease in racial and ethnical disparities of discipline. They are not merely wishful objectives but will be researched, data-driven, and will have data at every phase. To help achieve these objectives, different secondary data sources were used: peer-reviewed journal articles, national PBIS frameworks, and reports of trends in school discipline. Each of these choices was highly specific, emphasizing their credibility and timeliness, but also on how related they are to the fundamental principles of PBIS and my school's equity-oriented mission. The sources are categorized into three: empirical studies demonstrating the outcomes of PBIS implementation, frameworks of successful implementation, and studies concentrating on school discipline disparities. For example, Gregory, Skiba, and Mediratta's (2017) article is quite insightful. Their contributions were fundamental to the racial imbalance in school discipline and how PBIS offers solutions to this problem. The article draws on national data and various case studies, which is why it is comprehensive and applicable. The fact that it tied PBIS implementation with broader equity reforms was the most important section because it relates to the second SMART goal. Hannigan and Hannigan (2020) also provided another important source as they presented the idea of the PBIS Champion Model. The model decomposes, measurable benchmarks in PBIS practices into three levels of support. This was helpful, especially when working on the first SMART goal, which concerned implementation consistency. They have an evidence-based model that contains fidelity tools and staff, students, and family engagement strategies. This model has been published in an authoritative journal of school leadership whose contents are germane to my objectives; hence, this gives me a sense of security in terms of reliability. Pas et al. (2019) provided even more insights into the analysis. They conducted a longitudinal study on how PBIS fidelity affects academic and behavioral results. Their application of mediation analysis attracted attention when they demonstrated how staff training, leadership support, and standard application impacted student success. Their evidence supported the notion that it was necessary to consider implementing PBIS at the surface level as well, incorporate it into the school culture, and maintain support long-term. Furthermore, there is the work of Simonsen et al. (2015), who propose a schoolwide model that incorporates behavior and academic support. They focus on sustainability based on well-defined structures, training, and constant monitoring. Their implementation checklists and coaching approaches proved to be the most valuable. This helps to define how to carry out the audits and collect the teachers' feedback. Their work was also justified as representatives of the University of Connecticut and the Center on PBIS. Tyre and Feuerborn (2021) wrote an article that highlighted some challenges in implementing PBIS. They analyze typical challenges of PBIS implementation: staff burnout, poor leadership buy-in, and poor accountability. Early identification of these risks will help establish a sustainability plan that can be used to coach the team continually and share the leadership roles. All these sources can play a unique role in helping to achieve the two SMART goals. The Hannigan and Simonsen modules of baseline audit and PD modules need to be utilized to enhance implementation fidelity. The research by Pas et al. promotes professional learning and demonstrates the influence of the quality of implementation on student achievements. Concerning the demarcation of disciplinary disparities, Gregory et al. and Tyre & Feuerborn provide theory-based, practice-based, equity-based approaches to disciplinary disparities using real-life scenarios of schools. The sources also share some qualities that increase their credibility. They are all peer-reviewed, and their authors are experts in educational leadership, behavioral support, or equity. The majority use a large number of datasets or longitudinal data to conclude their findings, which makes them valid. Notably, their conclusions can be immediately applied to schools' current world problems and challenges. Some other factors that had to be considered to determine whether these sources were valid and reliable were as follows. The former was content fitting: each article focuses on either PBIS implementation, outcomes, or discipline equity—this close association with the project's objectives augurs content validity well. Furthermore, many are based on existing PBIS models or employ documents like the SWPBIS Tiered Fidelity Inventory, confirming their construct validity. Another attribute that these sources excel in is reliability. Strict statistical study methods, multi-site research, and the tested implementation frameworks strengthen their findings. To illustrate, Pas et al. have administered data over various years and school locations, contributing to the strength of generalizability. Simonsen et al. applied verified assessment tools that have become highly used by PBIS schools nationwide. Such an agreement will allow findings to be replicated and provide confidence. These data sources will be incorporated into the suggested PBIS plan. The PBIS Champion Model and the tools used by Simonsen will serve as the templates for the school audit and the staff self-assessments. The results of the research by Pas will influence the direction and content of further professional growth, so that the focus is not only on talking about the attitude but also mastering skills. The work presented by Gregory will inform policy review and help to evaluate the existing disciplinary procedures using an equity lens. The insights of Tyre & Feuerborn will come in handy during the design of a rollout strategy and coaching strategy that should foresee and counteract the feelings of implementation fatigue or resistance. There is nothing wrong with using secondary data, but it also has limits. Most of the studies are based on data collected at the national or regional level, so they might not depict the special features of my school or district. To overcome this, researchers should augment these statistics with some localized data from local audits and disciplinary records of the chosen school. Another limitation is that the studies do not provide disaggregate data according to race, gender, or the status of disabilities. Therefore, the current project will require the use and analysis of school-level disaggregated data to monitor disparities with greater accuracy. Other challenges may include the need to comply with FERPA in case of student-level data analysis, or an insufficient number of personnel in an attempt to coach and guide concurrent practice. **References** Gregory, A., Skiba, R. J., & Mediratta, K. (2017). Eliminating disparities in school discipline: A framework for intervention. _Review of Research in Education, 41_(1), 253–278. [https://doi.org/10.3102/0091732X17690499](https://doi.org/10.3102/0091732X17690499) Hannigan, J. D., & Hannigan, J. (2020). Best practice PBIS implementation: Evidence indicators in each tier of the PBIS champion model. _Journal of School Administration Research and Development, 5_(1), 36–43. [https://doi.org/10.32674/jsard.v5i1.2111](https://doi.org/10.32674/jsard.v5i1.2111) OSEP Technical Assistance Center on Positive Behavioral Interventions and Supports. (2021). _Positive behavioral interventions and supports implementation blueprint_. https://www.pbis.org/resource/pbis-implementation-blueprint Pas, E. T., Waasdorp, T. E., Bradshaw, C. P., & Ialongo, N. S. (2019). The impact of PBIS fidelity on student outcomes: Examining school-level mediators. _Prevention Science, 20_(7), 1043–1053. [https://doi.org/10.1007/s11121-019-01017-8](https://doi.org/10.1007/s11121-019-01017-8) Simonsen, B., Freeman, J., Sugai, G., Dooley, K., & Flannery, K. B. (2015). A schoolwide model for service delivery: Redefining and reorganizing academic and behavior supports. _Teaching Exceptional Children, 47_(6), 323–333. [https://doi.org/10.1177/0040059915580030](https://doi.org/10.1177/0040059915580030) Tyre, A. D., & Feuerborn, L. L. (2021). The top 10 implementation pitfalls of schoolwide PBIS: Recommendations for sustainable change. _Preventing School Failure: Alternative Education for Children and Youth, 65_(2), 148–155. [https://doi.org/10.1080/1045988X.2020.1817686](https://doi.org/10.1080/1045988X.2020.1817686) U.S. Department of Education, Office for Civil Rights. (2020). _Civil Rights Data Collection (CRDC): School discipline reports._ https://ocrdata.ed.gov

    **ImplementingPositiveBehaviourInterventionsandSupportsPBIStoEnhanceClassroomManagementinK12SchoolsWeek3.docx**

    This file is too large to display. [View in new window](https://www.sweetstudy.com/files/implementingpositivebehaviourinterventionsandsupportspbistoenhanceclassroommanagementink12schoolsweek3-docx)

    **## FinalAssignment.docx**

    Purpose: Due Aug 3, Topic: Implementing Positive Behavior Interventions and Supports (PBIS) to Enhance Classroom Management in K–12 Schools

    Synthesize information from performance data to design an Instructional Improvement Plan tailored to the needs of either a K-12 school district or a higher education institution.

    Overview

    This assignment involves analyzing performance data to identify areas requiring improvement within either a K-12 school district or a higher education institution. By examining various metrics such as academic achievement, student growth, graduation rates, and attendance records, the objective is to uncover deficiencies and inform the development of an Instructional Improvement Plan. This plan will outline strategies to enhance the overall performance of the educational entity.

    Tasks

    1. Gather Data

    · Obtain the most recent performance data for the educational entity.

    · For K-12: Locate Adequate Yearly Progress (AYP) data and demographic information, including data on NCLB sub-groups.

    · For Higher Education: Collect data on academic achievement, student retention, graduation rates, and any other relevant metrics.

    2. Analyze Data

    · Identify areas of deficiency in two academic areas based on the performance data.

    · For K-12: Analyze AYP data and demographic information to pinpoint areas where the district is not meeting goals or falling behind comparable districts.

    · For Higher Education: Examine performance data to identify areas where the institution's performance lags behind benchmarks or comparable institutions.

    3. Describe Findings

    · Provide a brief description of the findings and conclusions regarding curriculum/instruction deficit areas.

    · Support identified deficiencies with specific examples or evidence from the data.

    · Relate deficiencies to relevant benchmarks, targets, or standards.

    4. Compose Instructional Improvement Plan

    · Develop an Instructional Improvement Plan addressing the identified deficiencies.

    · For K-12: Propose strategies to improve curriculum and instruction in the deficient areas, considering the needs of diverse student populations.

    · For Higher Education: Outline strategies to enhance teaching and learning practices, curriculum development, and student support services to address identified deficiencies.

    5. Paper Formatting Requirements

    · Double-spaced, size 12 font, Times New Roman, APA style.

    · Ensure that the assignment is well-organized, coherent, and free from grammatical errors.

    Module 6: Methods – Finalized Education Improvement Plan Submission Due Aug 9

    Purpose

    Topic: Implementing Positive Behavior Interventions and Supports (PBIS) to Enhance Classroom Management in K–12 Schools

    To justify the necessity and efficacy of a school improvement project within either a K-12 school or a higher education institution.

    Overview

    This assignment entails preparing a comprehensive school improvement plan based on the analysis of actual demographic and test data from the educational entity. Additionally, you will design a curriculum framework aligned with standards and assessments to address identified areas of deficiency. By integrating current research-based strategies, this plan aims to strengthen curriculum delivery and enhance student performance.9

    Tasks

    **K-12 Track**

    1. Read the Overview.

    2. Provide a data analysis summary of curriculum/instruction deficit areas. Identify at least 3 problem areas.

    3. Locate 3 current research-based strategies (recent) that would help [i] target the identified deficit areas, and [ii] strengthen (and improve) the delivery of curriculum/instruction to improve future student performance in those areas.

    4. Finally, make recommendations to site-based leadership for improving curriculum/instruction.

    5. Include Modules 2 through 5 submissions, after correcting with instructor feedback, if necessary, to the finalized plan.

    6. Compose a paper responding to the above questions and using the structure below:

    a. Introduction:

    i. Overview of the current state of the school

    ii. Importance of creating a school improvement plan

    b. School Vision and Mission:

    i. Defining the vision statement for the school

    ii. Establishing the mission statement for the school

    c. Analysis of Current Performance:

    i. Identifying areas of strengths and weaknesses

    ii. Analyzing student achievement data

    iii. Reviewing feedback from staff, parents, and students

    iv. Conducting a needs assessment

    d. Goals and Objectives:

    i. Setting specific and measurable goal(s) aligned with the school's vision and mission

    ii. Defining objectives to achieve each goal

    e. Curriculum Framework:

    i. Conceptual Design

    ii. Design Overview

    iii. Professional Development Session

    f. Strategies and Action Steps:

    i. Developing strategies to address identified weaknesses and support strengths

    ii. Outlining action steps required to implement each strategy

    g. Recommendations:

    i. Identifying areas where staff members require additional training or support

    ii. Offering professional development opportunities to enhance instructional practices

    iii. Incorporating ongoing professional learning into the school improvement plan. Note: Think beyond just the first few weeks after the plan has been implemented. Example – semester 1 PD, semester 2 PD, year 2 semester 1 PD, year 2 semester 2 PD.

    h. Appendix:

    i. Supporting documents, such as data analysis reports, surveys, and research articles

    7. Proofread your paper before submission.

    a. Paper formatting requirements: Double-spaced, size 12 font, Times New Roman, APA style.

    b. Ensure that your assignment is well-organized, coherent, and free from grammatical errors.

    8. Submit the completed first draft of your assignment. Your work will automatically be checked by Turnitin.

    **## SmartGoalsforEducationImprovementProposalWeek2.docx**

    2

    2

    ### **Smart Goals for Education Improvement Proposal Week 2**

    **Smart Goals for Education Improvement Proposal**

    **Introduction**

    Effective school improvement begins with the establishment of clear and achievable goals. SMART goals—Specific, Measurable, Achievable, Relevant, and Time-bound — are seen as the backbone of strategic educational planning. This proposal includes two SMART goals that aim to improve the school climate, equity, and support systems for students. It involves the consistent use of Positive Behavioral Interventions and Supports (PBIS) in school classrooms and a decrease in the number of disciplinary referrals, especially for marginalized groups of students. The objectives are in synergy with the overall mission of establishing a safe, inclusive, and high-performing learning environment for all students at the K-12 levels.

    **SMART Goal #1: PBIS Implementation and Consistency Across Classrooms**

    Implement PBIS school-wide to promote consistency in classroom management strategies across all K–12 classrooms. By May 2026, the percentage of classrooms consistently using core PBIS practices—such as setting clear expectations, establishing proactive routines, and using positive reinforcement—will increase from baseline (identified via an initial audit) to 90%..

    **Rationale and Relevance**

    Studies have demonstrated that in schools where PBIS is used rigorously, there are fewer behavior issues, better academic achievement, and more discipline equity (Simonsen et al., 2015). Uneven classroom management may be misleading to students and reinforce injustice. This aim achieves this by making all the teachers focus on a common behavioral framework, therefore, providing the students with wise counsel that is both consistent and supportive and culturally sensitive.

    **Implementation Strategies**

    First, the school will carry out a baseline audit to get to know the current PBIS practices in classrooms. According to the results, a PBIS toolkit will be compiled and disseminated. The toolkit will entail an expectation teaching lesson sample, a behavior matrix template, as well as frequency examples. Every three months, professional development will be centered around central practices in PBIS, behavioral data utilization, and culturally responsive teaching. Continuing teacher development will be facilitated by behavior specialists in the field through an in-class monthly coaching session. PBIS grade-level teams will promote collaboration, tell success stories, and problem-solve implementation challenges.

    **Monitoring and Evaluation**

    The implementation of PBIS will be monitored with the help of the Tiered Fidelity Inventory (TFI), which will be applied every 2 months. The teacher feedback surveys and classroom observations will allow obtaining qualitative as well as quantitative observations. The school will also monitor the behavioral referral patterns, attendance rates, and teacher response-specific feedback of PBIS in order to quantify a change in the long run.

    **Challenges and Opportunities**

    The possible barriers are diverse teacher buy-in, time restraints to PD and coaching, and logistics of gathering data. Nonetheless, the given objective has a great potential to bring the staff on a single basis, reinforce classroom culture, and establish a consistent set of behavior expectations more beneficial to all students.

    **SMART Goal #2: Reducing Disciplinary Referrals and Behavioural Disparities**

    Reduce the number of disciplinary referrals and address disparities in behavioral consequences among students of marginalized backgrounds through restorative and proactive PBIS practices. By the end of the 2025–2026 school year, overall disciplinary referrals will decrease by 30%, and racial/ethnic disparities in discipline will decline by 50%, based on disaggregated incident data.

    **Rationale and Relevance**

    The national data indicates that the racial/ethnic groups of color, especially Black and Latino students, are overrepresented when it comes to discipline, and they can be punished simply because they do nothing more than others (Gregory et al., 2017). This continues patterns of disengagement, academic failure, and poor school experiences. This is necessary if we are to enhance educational parity, suppress implicit bias, and uphold equality and dignity for all students.

    **Implementation Strategies**

    At the start of the implementation phase, an equity audit will be done to determine discipline trends and gaps. Sections of results will guide specific professional learning in culturally responsive classroom management and restorative justice. Every quarter, employees will undergo the training devoted to such aspects as implicit biases, equitable discipline, and relationship building with students. Equity liaisons and discipline equity teams will also be established to assist teachers and monitor the data trends. Also, the school will collaborate with families and the community-based organizations that will augment the behavioral interventions outside the classroom.

    **Monitoring and Evaluation**

    Data on discipline will also be disaggregated quarterly on the basis of race and gender, plus special education status. Changes in instructional and disciplinary practices will be captured in the teacher coaching logs and self-assessment reflections, as well as in the comments of peer learning groups. An annual comparison between the rate of suspension and expulsion received will be made by the school to measure the effect. The evaluation process will also be guided by student focus groups and feedback from parents.

    **Challenges and Opportunities**

    The unwillingness to change pre-existing disciplinary behavior or to raise the issue of equity may be an impediment. Nevertheless, this is an essential goal since it is a chance to change the school culture, minimize prejudice, and empower marginalized voices. Real change can be realized with the characteristics of strong leadership, communication, and accountability.

    **Conclusion**

    The following SMART goals cover urgent demands of the school system: consistency in behavioral expectations and betterment of unfair disciplining practices. These aspirations can have a sustainable effect on school climate and student achievement through the means of focused training, data-based monitoring, and collaborative implementation. Following the mission of the school, that is based on equity, inclusivity, and excellence, they will make the learning process safer and support the needs of all students.

    **References**

    Gregory, A., Skiba, R. J., & Mediratta, K. (2017). Eliminating disparities in school discipline: A framework for intervention.
    _Review of Research in Education_,
    _41_(1), 253–278. https://doi.org/10.3102/0091732X17690499

    Ohio Department of Education. (n.d.).
    _Ohio improvement process_. Retrieved from
    [https://education.ohio.gov/Topics/District-and-School-Continuous-Improvement/Ohio-](https://education.ohio.gov/Topics/District-and-School-Continuous-Improvement/Ohio-) Improvement-Process-OIP

    Simonsen, B., Freeman, J., Sugai, G., Dooley, K., & Putnam, R. (2015). Fidelity of implementation within a multi-tiered system of support (MTSS): Focusing on classroom support.
    _Preventing School Failure: Alternative Education for Children and Youth_,
    _59_(3), 129–135. https://doi.org/10.1353/hsj.2015.0009

    Thoughtful Learning. (2016).
    _Tips on how to write a SMART goal_ [Video]. YouTube.
    [https://www.youtube.com/watch?v=1-SvuFIQjK8](https://www.youtube.com/watch?v=1-SvuFIQjK8)

    **## MethodsAnalysisAssignmentWeek4.docx**

    2

    2

    ## Methods Analysis Assignment Week 4

    ### Methods Analysis Assignment In education, improving student behavior and addressing different levels of discipline in schools is very important. There have been several real-life examples of how behavioral expectations and differences in disciplinary methods can impact student performance, especially for students of color and those with special needs, over the years. Considering these issues, this research paper aims to implement Positive Behavior in classroom management. To ensure that this project would be evidence-based and demonstrate measurable results, thorough research had to be conducted about the sources of data that would help shape the project and track its progress. This methodology will explain how the sources were selected and reviewed, the rationale for using them, and how they relate directly to the project objectives. The first objective is quite simple; it is all about consistency: wanting to see at least 90% of the classrooms in my school consistently using core PBIS practices by May 2026. This will also be monitored using regular schoolwide audits and surveys of teachers whose identities are not disclosed. The second objective is equity: I hope that by the end of the 2025-2026 school year, there will be a 30 percent decrease in the total number of disciplinary referrals and a 50 percent decrease in racial and ethnical disparities of discipline. They are not merely wishful objectives but will be researched, data-driven, and will have data at every phase. To help achieve these objectives, different secondary data sources were used: peer-reviewed journal articles, national PBIS frameworks, and reports of trends in school discipline. Each of these choices was highly specific, emphasizing their credibility and timeliness, but also on how related they are to the fundamental principles of PBIS and my school's equity-oriented mission. The sources are categorized into three: empirical studies demonstrating the outcomes of PBIS implementation, frameworks of successful implementation, and studies concentrating on school discipline disparities. For example, Gregory, Skiba, and Mediratta's (2017) article is quite insightful. Their contributions were fundamental to the racial imbalance in school discipline and how PBIS offers solutions to this problem. The article draws on national data and various case studies, which is why it is comprehensive and applicable. The fact that it tied PBIS implementation with broader equity reforms was the most important section because it relates to the second SMART goal. Hannigan and Hannigan (2020) also provided another important source as they presented the idea of the PBIS Champion Model. The model decomposes, measurable benchmarks in PBIS practices into three levels of support. This was helpful, especially when working on the first SMART goal, which concerned implementation consistency. They have an evidence-based model that contains fidelity tools and staff, students, and family engagement strategies. This model has been published in an authoritative journal of school leadership whose contents are germane to my objectives; hence, this gives me a sense of security in terms of reliability. Pas et al. (2019) provided even more insights into the analysis. They conducted a longitudinal study on how PBIS fidelity affects academic and behavioral results. Their application of mediation analysis attracted attention when they demonstrated how staff training, leadership support, and standard application impacted student success. Their evidence supported the notion that it was necessary to consider implementing PBIS at the surface level as well, incorporate it into the school culture, and maintain support long-term. Furthermore, there is the work of Simonsen et al. (2015), who propose a schoolwide model that incorporates behavior and academic support. They focus on sustainability based on well-defined structures, training, and constant monitoring. Their implementation checklists and coaching approaches proved to be the most valuable. This helps to define how to carry out the audits and collect the teachers' feedback. Their work was also justified as representatives of the University of Connecticut and the Center on PBIS. Tyre and Feuerborn (2021) wrote an article that highlighted some challenges in implementing PBIS. They analyze typical challenges of PBIS implementation: staff burnout, poor leadership buy-in, and poor accountability. Early identification of these risks will help establish a sustainability plan that can be used to coach the team continually and share the leadership roles. All these sources can play a unique role in helping to achieve the two SMART goals. The Hannigan and Simonsen modules of baseline audit and PD modules need to be utilized to enhance implementation fidelity. The research by Pas et al. promotes professional learning and demonstrates the influence of the quality of implementation on student achievements. Concerning the demarcation of disciplinary disparities, Gregory et al. and Tyre & Feuerborn provide theory-based, practice-based, equity-based approaches to disciplinary disparities using real-life scenarios of schools. The sources also share some qualities that increase their credibility. They are all peer-reviewed, and their authors are experts in educational leadership, behavioral support, or equity. The majority use a large number of datasets or longitudinal data to conclude their findings, which makes them valid. Notably, their conclusions can be immediately applied to schools' current world problems and challenges. Some other factors that had to be considered to determine whether these sources were valid and reliable were as follows. The former was content fitting: each article focuses on either PBIS implementation, outcomes, or discipline equity—this close association with the project's objectives augurs content validity well. Furthermore, many are based on existing PBIS models or employ documents like the SWPBIS Tiered Fidelity Inventory, confirming their construct validity. Another attribute that these sources excel in is reliability. Strict statistical study methods, multi-site research, and the tested implementation frameworks strengthen their findings. To illustrate, Pas et al. have administered data over various years and school locations, contributing to the strength of generalizability. Simonsen et al. applied verified assessment tools that have become highly used by PBIS schools nationwide. Such an agreement will allow findings to be replicated and provide confidence. These data sources will be incorporated into the suggested PBIS plan. The PBIS Champion Model and the tools used by Simonsen will serve as the templates for the school audit and the staff self-assessments. The results of the research by Pas will influence the direction and content of further professional growth, so that the focus is not only on talking about the attitude but also mastering skills. The work presented by Gregory will inform policy review and help to evaluate the existing disciplinary procedures using an equity lens. The insights of Tyre & Feuerborn will come in handy during the design of a rollout strategy and coaching strategy that should foresee and counteract the feelings of implementation fatigue or resistance. There is nothing wrong with using secondary data, but it also has limits. Most of the studies are based on data collected at the national or regional level, so they might not depict the special features of my school or district. To overcome this, researchers should augment these statistics with some localized data from local audits and disciplinary records of the chosen school. Another limitation is that the studies do not provide disaggregate data according to race, gender, or the status of disabilities. Therefore, the current project will require the use and analysis of school-level disaggregated data to monitor disparities with greater accuracy. Other challenges may include the need to comply with FERPA in case of student-level data analysis, or an insufficient number of personnel in an attempt to coach and guide concurrent practice. **References** Gregory, A., Skiba, R. J., & Mediratta, K. (2017). Eliminating disparities in school discipline: A framework for intervention. _Review of Research in Education, 41_(1), 253–278. [https://doi.org/10.3102/0091732X17690499](https://doi.org/10.3102/0091732X17690499) Hannigan, J. D., & Hannigan, J. (2020). Best practice PBIS implementation: Evidence indicators in each tier of the PBIS champion model. _Journal of School Administration Research and Development, 5_(1), 36–43. [https://doi.org/10.32674/jsard.v5i1.2111](https://doi.org/10.32674/jsard.v5i1.2111) OSEP Technical Assistance Center on Positive Behavioral Interventions and Supports. (2021). _Positive behavioral interventions and supports implementation blueprint_. https://www.pbis.org/resource/pbis-implementation-blueprint Pas, E. T., Waasdorp, T. E., Bradshaw, C. P., & Ialongo, N. S. (2019). The impact of PBIS fidelity on student outcomes: Examining school-level mediators. _Prevention Science, 20_(7), 1043–1053. [https://doi.org/10.1007/s11121-019-01017-8](https://doi.org/10.1007/s11121-019-01017-8) Simonsen, B., Freeman, J., Sugai, G., Dooley, K., & Flannery, K. B. (2015). A schoolwide model for service delivery: Redefining and reorganizing academic and behavior supports. _Teaching Exceptional Children, 47_(6), 323–333. [https://doi.org/10.1177/0040059915580030](https://doi.org/10.1177/0040059915580030) Tyre, A. D., & Feuerborn, L. L. (2021). The top 10 implementation pitfalls of schoolwide PBIS: Recommendations for sustainable change. _Preventing School Failure: Alternative Education for Children and Youth, 65_(2), 148–155. [https://doi.org/10.1080/1045988X.2020.1817686](https://doi.org/10.1080/1045988X.2020.1817686) U.S. Department of Education, Office for Civil Rights. (2020). _Civil Rights Data Collection (CRDC): School discipline reports._ https://ocrdata.ed.gov

    **ImplementingPositiveBehaviourInterventionsandSupportsPBIStoEnhanceClassroomManagementinK12SchoolsWeek3.docx**

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  • [Solved] Education

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  • [Solved] Follow the instruction below and the attachment

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    Follow the instructions below and the attachment – ## Assignment4_Methods1.docx **## Assignment4_Methods1.docx** **Directions**: Submit the third component of your research proposal, i.e., the _methods_. Keep in mind, the methods is NOT a description of the literature review process. While the lit…

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    Assignment Prompt & Instructions

    Follow the instructions below and the attachment

    – ## Assignment4_Methods1.docx

    **## Assignment4_Methods1.docx**

    **Directions**: Submit the third component of your research proposal, i.e., the
    _methods_. Keep in mind, the methods is NOT a description of the literature review process. While the literature review is an important piece of the research process, you are constructing a proposal; this means, you are proposing a future study based on what you've discovered via surveying the literature. In other words, you're pretending you’d be collecting data from subjects to study your research questions.

    The methods should provide a detailed description of the desired sample set and how the study will be carried out. Please keep in mind that anyone who reads your methods should be able to replicate what you’ve done; ergo,
    **transparency** is imperative when writing the methods.

    Please make sure you adhere to APA format and submit the assignment in a
    **Microsoft Word document**. The following rubric will be used to grade the assignment:

    | | | |
    | — | — | — |
    | **General Formatting** | **Points** | **Points** |
    | Paper is double-spaced. | 2 | |
    | Paper uses 12-point, Times New Roman font. | 2 | |
    | Paper was spell-checked. | 2 | |
    | Section contains the following headers: subjects, instruments/materials, design, procedure, and limitations. | 2 | |
    | **APA Formatting** | **Points** | **Points** |
    | Paper includes a separate title page that includes the title of the paper, the student’s name, and the name of the course. | 2 | |
    | In-text citations adhere to APA format. | 2 | |
    | Reference list adheres to APA format. | 2 | |
    | Headings and subheadings adhere to APA format. | 2 | |
    | **Participants or Subjects** | **Points** | **Points** |
    | An adequate description of the subjects was provided, including the proposed sample size, where the subjects will be sampled from, characteristics of the sample set, and inclusion/exclusion criteria. | 5 | |
    | Description of the sampling technique that will be utilized is provided. | 5 | |
    | **Instruments or Materials** | **Points** | **Points** |
    | A description of how the data will be collected is included. This includes any instruments, materials, or apparatuses used to collect data and/or measure variables. | 5 | |
    | **Design** | **Points** | **Points** |
    | The methodology you intend to use was described. In other words, will your research be quantitative, qualitative, or mixed methods? Is it cross sectional or longitudinal? What type of quantitative (e.g., correlational, causal-comparative, etc.), qualitative (e.g., ethnography, phenomenological, etc.), or mixed methods (e.g., explanatory sequential mixed methods, etc.) design is your proposed study? | 5 | |
    | A brief justification regarding the intended design is provided. | 5 | |
    | **Procedure** | **Points** | **Points** |
    | The steps taken to adequately collect the data are described. | 5 | |
    | **Limitations** | **Points** | **Points** |
    | Any anticipated limitations that could affect the data collection process and/or the validity of the study was discussed. | 4 | |
    | **TOTAL** | **50** | |

    **## Assignment4_Methods1.docx**

    **Directions**: Submit the third component of your research proposal, i.e., the
    _methods_. Keep in mind, the methods is NOT a description of the literature review process. While the literature review is an important piece of the research process, you are constructing a proposal; this means, you are proposing a future study based on what you've discovered via surveying the literature. In other words, you're pretending you’d be collecting data from subjects to study your research questions.

    The methods should provide a detailed description of the desired sample set and how the study will be carried out. Please keep in mind that anyone who reads your methods should be able to replicate what you’ve done; ergo,
    **transparency** is imperative when writing the methods.

    Please make sure you adhere to APA format and submit the assignment in a
    **Microsoft Word document**. The following rubric will be used to grade the assignment:

    | | | |
    | — | — | — |
    | **General Formatting** | **Points** | **Points** |
    | Paper is double-spaced. | 2 | |
    | Paper uses 12-point, Times New Roman font. | 2 | |
    | Paper was spell-checked. | 2 | |
    | Section contains the following headers: subjects, instruments/materials, design, procedure, and limitations. | 2 | |
    | **APA Formatting** | **Points** | **Points** |
    | Paper includes a separate title page that includes the title of the paper, the student’s name, and the name of the course. | 2 | |
    | In-text citations adhere to APA format. | 2 | |
    | Reference list adheres to APA format. | 2 | |
    | Headings and subheadings adhere to APA format. | 2 | |
    | **Participants or Subjects** | **Points** | **Points** |
    | An adequate description of the subjects was provided, including the proposed sample size, where the subjects will be sampled from, characteristics of the sample set, and inclusion/exclusion criteria. | 5 | |
    | Description of the sampling technique that will be utilized is provided. | 5 | |
    | **Instruments or Materials** | **Points** | **Points** |
    | A description of how the data will be collected is included. This includes any instruments, materials, or apparatuses used to collect data and/or measure variables. | 5 | |
    | **Design** | **Points** | **Points** |
    | The methodology you intend to use was described. In other words, will your research be quantitative, qualitative, or mixed methods? Is it cross sectional or longitudinal? What type of quantitative (e.g., correlational, causal-comparative, etc.), qualitative (e.g., ethnography, phenomenological, etc.), or mixed methods (e.g., explanatory sequential mixed methods, etc.) design is your proposed study? | 5 | |
    | A brief justification regarding the intended design is provided. | 5 | |
    | **Procedure** | **Points** | **Points** |
    | The steps taken to adequately collect the data are described. | 5 | |
    | **Limitations** | **Points** | **Points** |
    | Any anticipated limitations that could affect the data collection process and/or the validity of the study was discussed. | 4 | |
    | **TOTAL** | **50** | |

  • [Solved] Education I need help with homework

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    Executive Solution Overview

    I need help with homework – ## RequiredResouresforassignment2.docx – ## Instructionforassignment2andrubric.docx – ## ScienceUnitPlanTemplate1.docx **## RequiredResouresforassignment2.docx** **Science Stories: Science Methods for Elementary and Middle School Teachers** **Required** Koch. J. (2018). _…

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    Assignment Prompt & Instructions

    I need help with homework

    – ## RequiredResouresforassignment2.docx

    – ## Instructionforassignment2andrubric.docx

    – ## ScienceUnitPlanTemplate1.docx

    **## RequiredResouresforassignment2.docx**

    **Science Stories: Science Methods for Elementary and Middle School Teachers**

    **Required**

    Koch. J. (2018).
    _Science stories: Science methods for elementary and middle school teachers_ (6th ed.). Cengage. ISBN-13: 9781305960725

    Backward Design: The Basics

    **Required**

    Read “Backward Design: The Basics,” by Gonzalez, located on the Cult of Pedagogy website (2020).

    https://www.cultofpedagogy.com/backward-design-basics/

    Backward Design Overview with Examples

    **Required**

    Watch “Backward Design Overview with Examples,” by McMillan, located on YouTube (2019).

    https://youtu.be/ImQo-5P0K0c

    Assessment Resources

    **Required**

    Explore “Assessment Resources,” located on the Next Generation Science Standards website.

    https://www.nextgenscience.org/assessment-resources/assessment-resources

    Performance Assessments

    **Required**

    Explore “Performance Assessments,” locate on The Wonder of Science website.

    https://thewonderofscience.com/draft-assessment

    Science Notebooks

    **Required**

    Read “Science Notebooks,” by Cox, located on the Reading Rockets website.

    https://www.readingrockets.org/topics/activities/articles/science-notebooks

    Optional: Teacher-Developed Multi-Dimensional Science Assessments Supporting Elementary Teacher Learning about the Next Generation Science Standards

    **Optional**

    Read “Teacher-developed Multi-Dimensional Science Assessments Supporting Elementary Teacher Learning about the Ne

    … Read More

    https://doi-org.lopes.idm.oclc.org

    **## Instructionforassignment2andrubric.docx**

    Requires Lopeswrite

    Assessment Description

    Backward design is a planning process that focuses first on developing the learning goals/outcomes and ways for students to demonstrate mastery of the learning outcomes (assessments). Planning of teaching methods and activities is done to support the outcomes/goals and to scaffold student learning toward demonstrating mastery of the evaluations. This planning process is referred to as “planning with the end in mind.”

    Using the science standards from Mississippi (MDE), select a K-8 grade level to create a weeklong inquiry-based unit that will integrate multiple content areas, including health, technology, math, and literacy. For assignments 2, 3, and 4, you will complete a portion of the Science Unit Plan template.

    **_Note:_** _Use the same standards and learning objectives for assignments 2-4, as well as the benchmark assignment in assignment 5. Review these assignments before writing your learning activity, so you are familiar with the upcoming expectations._

    **Part 1: Standards, Learning Objectives, and Assessments**

    For this assignment, complete the following components in the “Science Unit Plan" template:

    ·
    **Lesson Title and Brief Summary:** Include a daily lesson title and summarize the scope/intent of the lesson.

    ·
    **National/State Standard(s):** List the specific grade-level standards that will be taught throughout the week. Include the standards, along with the performance indicators and the standard language, in their entirety.

    ·
    **Learning Objectives:** Write daily, measurable learning objectives that align with the national/state standards and specify what will be assessed after the lesson.
    **_Note:_** _This should not be a summary of the lesson, but a measurable statement demonstrating what the student will be evaluated on after the lesson. For instance, “understand” is not measurable, but “describe” and “identify” are._

    ·
    **Three-Dimensional Learning:** Describe the crosscutting concepts and the science and engineering practices that support the learning objectives. Include a brief description of how these will be integrated throughout the weekly plan.

    ·
    **Formative Assessments:** Describe how you will formatively assess the learning objectives for the lessons. These should be designed to provide data on student performance for monitoring and adjusting instruction, and provide students with feedback so they can evaluate and adjust their learning.

    ·
    **Summative Assessment:** Describe a summative assessment that measures the learning for the unit. This should provide the student with an opportunity to demonstrate mastery of the standards.

    ·
    **Differentiation of Assessments:** Describe how the formative and summative assessments will be differentiated to support students with disabilities, students with gifted abilities, ELLs, and early finishers.

    **Part 2: Reflection**

    In 250-500 words, summarize and reflect on the process of beginning your unit plan. Include the following in your reflection:

    · Discuss your experience so far with the process of backward design in planning your science unit and describe how it compares with other planning experiences you have had throughout your coursework.

    · Describe how the assessments chosen for your unit plan support the three dimensions of science learning.

    · Explain the factors you considered when designing assessments that are aligned to learning objectives and state standards. Additionally, discuss how you will ensure all students are prepared for the evaluations by making appropriate modifications and accommodations for students with disabilities and language learning needs.

    Support your assignment with a minimum of two scholarly resources.

    While APA Style is not required for the body of this assignment, solid academic writing is expected, and documentation of sources should be presented using APA formatting guidelines, which can be found in the APA Style Guide, located in the Student Success Center.

    This assignment uses a rubric. Review the rubric before beginning the assignment to familiarize yourself with the expectations for successful completion.

    You are required to submit this assignment to LopesWrite. A link to the LopesWrite Technical Support Articles is located in Class Resources if you need assistance.

    **Rubric Criteria**

    **Lesson Title and Brief Summary**

    6 points

    **Criteria Description**

    Lesson Title and Brief Summary

    **5. Target**

    6 points

    Lesson titles and lesson summaries are thorough.

    **4. Acceptable**

    5.22 points

    Lesson titles and lesson summaries are complete.

    **No Submission**

    0 points

    Not addressed.

    **National/State Standard(s) and Learning Objectives**

    6 points

    **Criteria Description**

    National/State Standard(s) and Learning Objectives

    **5. Target**

    6 points

    The standards selected are ideal for the unit and are specifically and purposefully referenced. The objectives are performance-driven, measurable, developmentally appropriate, and directly aligned with the state standard.

    **4. Acceptable**

    5.22 points

    The standards selected are appropriate for the unit and are clearly and accurately referenced. The objectives are skill-based, measurable, developmentally appropriate, and effectively aligned with the state standard.

    **No Submission**

    0 points

    Not addressed.

    **Three-Dimensional Learning**

    6 points

    **Criteria Description**

    Three-Dimensional Learning

    **5. Target**

    6 points

    The crosscutting concepts and the science and engineering practices skillfully support the learning objectives. Description of how these will be integrated throughout the unit plan is realistic and meaningful.

    **4. Acceptable**

    5.22 points

    The crosscutting concepts and the science and engineering practices effectively support the learning objectives. Description of how these will be integrated throughout the unit plan is reasonable and appropriate.

    **No Submission**

    0 points

    Not addressed.

    **Formative and Summative Assessments**

    12 points

    **Criteria Description**

    Formative and Summative Assessments

    **5. Target**

    12 points

    Planned formative and summative assessments are ideally aligned with the stated learning objectives and standards. Well-crafted formative assessments are designed to provide data on student performance for monitoring and adjusting instruction, as well as to offer students feedback that enables them to evaluate and adapt their learning. Summative assessment is comprehensive and cohesive in form and function.

    **4. Acceptable**

    10.44 points

    Planned formative and summative assessments are generally aligned with the stated learning objectives and standards. Relevant formative assessments are designed to provide data on student performance for monitoring and adjusting instruction, as well as to offer students feedback that enables them to evaluate and adapt their learning. Summative assessment is cohesive in form and function.

    **No Submission**

    0 points

    Not addressed.

    **Differentiation of Assessments**

    6 points

    **Criteria Description**

    Differentiation of Assessments

    **5. Target**

    6 points

    Description of how the assessments will be differentiated to support students with disabilities, students with gifted abilities, ELLs, and early finishers is novel.

    **4. Acceptable**

    5.22 points

    Description of how the assessments will be differentiated to support students with disabilities, students with gifted abilities, ELLs, and early finishers is effective.

    **No Submission**

    0 points

    Not addressed.

    **Reflection**

    12 points

    **Criteria Description**

    Reflection

    **5. Target**

    12 points

    A discussion and comparison of the backward design process is substantial. A detailed description is provided of how the assessments support the three dimensions of science learning. Factors to consider when designing aligned assessments include the meaningfulness of the evaluations and the proficiency of the explanation on how to ensure all learners are prepared for the assessments.

    **4. Acceptable**

    10.44 points

    The discussion and comparison of the backward design process are solid. Description of how the assessments support the three dimensions of science learning is sound. Factors to consider when designing aligned assessments include relevance and the provision of concise explanations on how to ensure all learners are prepared for the assessments.

    **No Submission**

    0 points

    Not addressed.

    **Supporting Research and Documentation of Sources**

    6 points

    **Criteria Description**

    Uses appropriate designated style and formatting to document sources in citations and references.

    **5. Target**

    6 points

    Supporting research is compelling and thorough. Sources are completely and correctly documented, as appropriate to the assignment and style, and the format is error-free.

    **4. Acceptable**

    5.22 points

    Supporting research is credible and relevant. Sources are documented, as appropriate to the assignment and style, and format is mostly correct.

    **No Submission**

    0 points

    Not addressed.

    **Mechanics of Writing**

    6 points

    **Criteria Description**

    Includes spelling, capitalization, punctuation, grammar, language use, sentence structure, etc.

    **5. Target**

    6 points

    No mechanical errors are present. Skilled control of language choice and sentence structure is used throughout.

    **4. Acceptable**

    5.22 points

    A few mechanical errors are present. Suitable language choice and sentence structure are used.

    **## ScienceUnitPlanTemplate1.docx**

    **Science Unit Plan**

    **Topic 2: Planning a Science Unit with the End in Mind**

    **Grade:**
    **_<Fill in during Topic 2>_**

    **Unit Theme:**
    **_<Fill in during Topic 2>_**

    **Part 1: Standards, Learning Objectives, and Assessments**

    | | | | | | |
    | — | — | — | — | — | — |
    | | **Day 1** | **Day 2** | **Day 3** | **Day 4** | **Day 5** |
    | **Lesson Title and Brief Summary** | | | | | |
    | **National/State Standard(s)** | |
    | **Learning Objectives** | | | | | |
    | **Three-Dimensional Learning** | |
    | **Formative Assessment** | | | | | |
    | **Summative Assessment** | |
    | **Differentiation of Assessments** | |

    **Part 2: Reflection**

    | |
    | — |
    | **Topic 2 Reflection** |
    | |

    **Topic 3: Instructional Strategies that Engage Students in Science Content**

    **Part 1: Vocabulary, Instructional Strategies, and Lesson Activities**

    | | | | | | |
    | — | — | — | — | — | — |
    | | **Day 1** | **Day 2** | **Day 3** | **Day 4** | **Day 5** |
    | **Vocabulary** | | | | | |
    | **Instructional Strategy/Strategies** | | | | | |
    | **Summary of Instruction and Activities** | | | | | |
    | **Differentiation and Accommodations** | | | | | |

    **Part 2: Reflection**

    | |
    | — |
    | **Topic 3 Reflection** |
    | |

    **Topic 4: Creating Meaningful Connections Across Disciplines**

    **Part 1: Materials, Resources, and Integration**

    | | | | | | |
    | — | — | — | — | — | — |
    | | **Day 1** | **Day 2** | **Day 3** | **Day 4** | **Day 5** |
    | **Materials and Resources** | | | | | |
    | **Technology Integration** | |
    | **Health Integration** | |
    | **Math Connections** | |
    | **Literacy** | |

    **Part 2: Reflection**

    | |
    | — |
    | **Topic 4 Reflection** |
    | |

    © 2024. Grand Canyon University. All Rights Reserved.

    **## ScienceUnitPlanTemplate1.docx**

    **Science Unit Plan**

    **Topic 2: Planning a Science Unit with the End in Mind**

    **Grade:**
    **_<Fill in during Topic 2>_**

    **Unit Theme:**
    **_<Fill in during Topic 2>_**

    **Part 1: Standards, Learning Objectives, and Assessments**

    | | | | | | |
    | — | — | — | — | — | — |
    | | **Day 1** | **Day 2** | **Day 3** | **Day 4** | **Day 5** |
    | **Lesson Title and Brief Summary** | | | | | |
    | **National/State Standard(s)** | |
    | **Learning Objectives** | | | | | |
    | **Three-Dimensional Learning** | |
    | **Formative Assessment** | | | | | |
    | **Summative Assessment** | |
    | **Differentiation of Assessments** | |

    **Part 2: Reflection**

    | |
    | — |
    | **Topic 2 Reflection** |
    | |

    **Topic 3: Instructional Strategies that Engage Students in Science Content**

    **Part 1: Vocabulary, Instructional Strategies, and Lesson Activities**

    | | | | | | |
    | — | — | — | — | — | — |
    | | **Day 1** | **Day 2** | **Day 3** | **Day 4** | **Day 5** |
    | **Vocabulary** | | | | | |
    | **Instructional Strategy/Strategies** | | | | | |
    | **Summary of Instruction and Activities** | | | | | |
    | **Differentiation and Accommodations** | | | | | |

    **Part 2: Reflection**

    | |
    | — |
    | **Topic 3 Reflection** |
    | |

    **Topic 4: Creating Meaningful Connections Across Disciplines**

    **Part 1: Materials, Resources, and Integration**

    | | | | | | |
    | — | — | — | — | — | — |
    | | **Day 1** | **Day 2** | **Day 3** | **Day 4** | **Day 5** |
    | **Materials and Resources** | | | | | |
    | **Technology Integration** | |
    | **Health Integration** | |
    | **Math Connections** | |
    | **Literacy** | |

    **Part 2: Reflection**

    | |
    | — |
    | **Topic 4 Reflection** |
    | |

    © 2024. Grand Canyon University. All Rights Reserved.

    **## RequiredResouresforassignment2.docx**

    **Science Stories: Science Methods for Elementary and Middle School Teachers**

    **Required**

    Koch. J. (2018).
    _Science stories: Science methods for elementary and middle school teachers_ (6th ed.). Cengage. ISBN-13: 9781305960725

    Backward Design: The Basics

    **Required**

    Read “Backward Design: The Basics,” by Gonzalez, located on the Cult of Pedagogy website (2020).

    https://www.cultofpedagogy.com/backward-design-basics/

    Backward Design Overview with Examples

    **Required**

    Watch “Backward Design Overview with Examples,” by McMillan, located on YouTube (2019).

    https://youtu.be/ImQo-5P0K0c

    Assessment Resources

    **Required**

    Explore “Assessment Resources,” located on the Next Generation Science Standards website.

    https://www.nextgenscience.org/assessment-resources/assessment-resources

    Performance Assessments

    **Required**

    Explore “Performance Assessments,” locate on The Wonder of Science website.

    https://thewonderofscience.com/draft-assessment

    Science Notebooks

    **Required**

    Read “Science Notebooks,” by Cox, located on the Reading Rockets website.

    https://www.readingrockets.org/topics/activities/articles/science-notebooks

    Optional: Teacher-Developed Multi-Dimensional Science Assessments Supporting Elementary Teacher Learning about the Next Generation Science Standards

    **Optional**

    Read “Teacher-developed Multi-Dimensional Science Assessments Supporting Elementary Teacher Learning about the Ne

    … Read More

    https://doi-org.lopes.idm.oclc.org

    **## Instructionforassignment2andrubric.docx**

    Requires Lopeswrite

    Assessment Description

    Backward design is a planning process that focuses first on developing the learning goals/outcomes and ways for students to demonstrate mastery of the learning outcomes (assessments). Planning of teaching methods and activities is done to support the outcomes/goals and to scaffold student learning toward demonstrating mastery of the evaluations. This planning process is referred to as “planning with the end in mind.”

    Using the science standards from Mississippi (MDE), select a K-8 grade level to create a weeklong inquiry-based unit that will integrate multiple content areas, including health, technology, math, and literacy. For assignments 2, 3, and 4, you will complete a portion of the Science Unit Plan template.

    **_Note:_** _Use the same standards and learning objectives for assignments 2-4, as well as the benchmark assignment in assignment 5. Review these assignments before writing your learning activity, so you are familiar with the upcoming expectations._

    **Part 1: Standards, Learning Objectives, and Assessments**

    For this assignment, complete the following components in the “Science Unit Plan" template:

    ·
    **Lesson Title and Brief Summary:** Include a daily lesson title and summarize the scope/intent of the lesson.

    ·
    **National/State Standard(s):** List the specific grade-level standards that will be taught throughout the week. Include the standards, along with the performance indicators and the standard language, in their entirety.

    ·
    **Learning Objectives:** Write daily, measurable learning objectives that align with the national/state standards and specify what will be assessed after the lesson.
    **_Note:_** _This should not be a summary of the lesson, but a measurable statement demonstrating what the student will be evaluated on after the lesson. For instance, “understand” is not measurable, but “describe” and “identify” are._

    ·
    **Three-Dimensional Learning:** Describe the crosscutting concepts and the science and engineering practices that support the learning objectives. Include a brief description of how these will be integrated throughout the weekly plan.

    ·
    **Formative Assessments:** Describe how you will formatively assess the learning objectives for the lessons. These should be designed to provide data on student performance for monitoring and adjusting instruction, and provide students with feedback so they can evaluate and adjust their learning.

    ·
    **Summative Assessment:** Describe a summative assessment that measures the learning for the unit. This should provide the student with an opportunity to demonstrate mastery of the standards.

    ·
    **Differentiation of Assessments:** Describe how the formative and summative assessments will be differentiated to support students with disabilities, students with gifted abilities, ELLs, and early finishers.

    **Part 2: Reflection**

    In 250-500 words, summarize and reflect on the process of beginning your unit plan. Include the following in your reflection:

    · Discuss your experience so far with the process of backward design in planning your science unit and describe how it compares with other planning experiences you have had throughout your coursework.

    · Describe how the assessments chosen for your unit plan support the three dimensions of science learning.

    · Explain the factors you considered when designing assessments that are aligned to learning objectives and state standards. Additionally, discuss how you will ensure all students are prepared for the evaluations by making appropriate modifications and accommodations for students with disabilities and language learning needs.

    Support your assignment with a minimum of two scholarly resources.

    While APA Style is not required for the body of this assignment, solid academic writing is expected, and documentation of sources should be presented using APA formatting guidelines, which can be found in the APA Style Guide, located in the Student Success Center.

    This assignment uses a rubric. Review the rubric before beginning the assignment to familiarize yourself with the expectations for successful completion.

    You are required to submit this assignment to LopesWrite. A link to the LopesWrite Technical Support Articles is located in Class Resources if you need assistance.

    **Rubric Criteria**

    **Lesson Title and Brief Summary**

    6 points

    **Criteria Description**

    Lesson Title and Brief Summary

    **5. Target**

    6 points

    Lesson titles and lesson summaries are thorough.

    **4. Acceptable**

    5.22 points

    Lesson titles and lesson summaries are complete.

    **No Submission**

    0 points

    Not addressed.

    **National/State Standard(s) and Learning Objectives**

    6 points

    **Criteria Description**

    National/State Standard(s) and Learning Objectives

    **5. Target**

    6 points

    The standards selected are ideal for the unit and are specifically and purposefully referenced. The objectives are performance-driven, measurable, developmentally appropriate, and directly aligned with the state standard.

    **4. Acceptable**

    5.22 points

    The standards selected are appropriate for the unit and are clearly and accurately referenced. The objectives are skill-based, measurable, developmentally appropriate, and effectively aligned with the state standard.

    **No Submission**

    0 points

    Not addressed.

    **Three-Dimensional Learning**

    6 points

    **Criteria Description**

    Three-Dimensional Learning

    **5. Target**

    6 points

    The crosscutting concepts and the science and engineering practices skillfully support the learning objectives. Description of how these will be integrated throughout the unit plan is realistic and meaningful.

    **4. Acceptable**

    5.22 points

    The crosscutting concepts and the science and engineering practices effectively support the learning objectives. Description of how these will be integrated throughout the unit plan is reasonable and appropriate.

    **No Submission**

    0 points

    Not addressed.

    **Formative and Summative Assessments**

    12 points

    **Criteria Description**

    Formative and Summative Assessments

    **5. Target**

    12 points

    Planned formative and summative assessments are ideally aligned with the stated learning objectives and standards. Well-crafted formative assessments are designed to provide data on student performance for monitoring and adjusting instruction, as well as to offer students feedback that enables them to evaluate and adapt their learning. Summative assessment is comprehensive and cohesive in form and function.

    **4. Acceptable**

    10.44 points

    Planned formative and summative assessments are generally aligned with the stated learning objectives and standards. Relevant formative assessments are designed to provide data on student performance for monitoring and adjusting instruction, as well as to offer students feedback that enables them to evaluate and adapt their learning. Summative assessment is cohesive in form and function.

    **No Submission**

    0 points

    Not addressed.

    **Differentiation of Assessments**

    6 points

    **Criteria Description**

    Differentiation of Assessments

    **5. Target**

    6 points

    Description of how the assessments will be differentiated to support students with disabilities, students with gifted abilities, ELLs, and early finishers is novel.

    **4. Acceptable**

    5.22 points

    Description of how the assessments will be differentiated to support students with disabilities, students with gifted abilities, ELLs, and early finishers is effective.

    **No Submission**

    0 points

    Not addressed.

    **Reflection**

    12 points

    **Criteria Description**

    Reflection

    **5. Target**

    12 points

    A discussion and comparison of the backward design process is substantial. A detailed description is provided of how the assessments support the three dimensions of science learning. Factors to consider when designing aligned assessments include the meaningfulness of the evaluations and the proficiency of the explanation on how to ensure all learners are prepared for the assessments.

    **4. Acceptable**

    10.44 points

    The discussion and comparison of the backward design process are solid. Description of how the assessments support the three dimensions of science learning is sound. Factors to consider when designing aligned assessments include relevance and the provision of concise explanations on how to ensure all learners are prepared for the assessments.

    **No Submission**

    0 points

    Not addressed.

    **Supporting Research and Documentation of Sources**

    6 points

    **Criteria Description**

    Uses appropriate designated style and formatting to document sources in citations and references.

    **5. Target**

    6 points

    Supporting research is compelling and thorough. Sources are completely and correctly documented, as appropriate to the assignment and style, and the format is error-free.

    **4. Acceptable**

    5.22 points

    Supporting research is credible and relevant. Sources are documented, as appropriate to the assignment and style, and format is mostly correct.

    **No Submission**

    0 points

    Not addressed.

    **Mechanics of Writing**

    6 points

    **Criteria Description**

    Includes spelling, capitalization, punctuation, grammar, language use, sentence structure, etc.

    **5. Target**

    6 points

    No mechanical errors are present. Skilled control of language choice and sentence structure is used throughout.

    **4. Acceptable**

    5.22 points

    A few mechanical errors are present. Suitable language choice and sentence structure are used.

    **## ScienceUnitPlanTemplate1.docx**

    **Science Unit Plan**

    **Topic 2: Planning a Science Unit with the End in Mind**

    **Grade:**
    **_<Fill in during Topic 2>_**

    **Unit Theme:**
    **_<Fill in during Topic 2>_**

    **Part 1: Standards, Learning Objectives, and Assessments**

    | | | | | | |
    | — | — | — | — | — | — |
    | | **Day 1** | **Day 2** | **Day 3** | **Day 4** | **Day 5** |
    | **Lesson Title and Brief Summary** | | | | | |
    | **National/State Standard(s)** | |
    | **Learning Objectives** | | | | | |
    | **Three-Dimensional Learning** | |
    | **Formative Assessment** | | | | | |
    | **Summative Assessment** | |
    | **Differentiation of Assessments** | |

    **Part 2: Reflection**

    | |
    | — |
    | **Topic 2 Reflection** |
    | |

    **Topic 3: Instructional Strategies that Engage Students in Science Content**

    **Part 1: Vocabulary, Instructional Strategies, and Lesson Activities**

    | | | | | | |
    | — | — | — | — | — | — |
    | | **Day 1** | **Day 2** | **Day 3** | **Day 4** | **Day 5** |
    | **Vocabulary** | | | | | |
    | **Instructional Strategy/Strategies** | | | | | |
    | **Summary of Instruction and Activities** | | | | | |
    | **Differentiation and Accommodations** | | | | | |

    **Part 2: Reflection**

    | |
    | — |
    | **Topic 3 Reflection** |
    | |

    **Topic 4: Creating Meaningful Connections Across Disciplines**

    **Part 1: Materials, Resources, and Integration**

    | | | | | | |
    | — | — | — | — | — | — |
    | | **Day 1** | **Day 2** | **Day 3** | **Day 4** | **Day 5** |
    | **Materials and Resources** | | | | | |
    | **Technology Integration** | |
    | **Health Integration** | |
    | **Math Connections** | |
    | **Literacy** | |

    **Part 2: Reflection**

    | |
    | — |
    | **Topic 4 Reflection** |
    | |

    © 2024. Grand Canyon University. All Rights Reserved.

    **## RequiredResouresforassignment2.docx**

    **Science Stories: Science Methods for Elementary and Middle School Teachers**

    **Required**

    Koch. J. (2018).
    _Science stories: Science methods for elementary and middle school teachers_ (6th ed.). Cengage. ISBN-13: 9781305960725

    Backward Design: The Basics

    **Required**

    Read “Backward Design: The Basics,” by Gonzalez, located on the Cult of Pedagogy website (2020).

    https://www.cultofpedagogy.com/backward-design-basics/

    Backward Design Overview with Examples

    **Required**

    Watch “Backward Design Overview with Examples,” by McMillan, located on YouTube (2019).

    https://youtu.be/ImQo-5P0K0c

    Assessment Resources

    **Required**

    Explore “Assessment Resources,” located on the Next Generation Science Standards website.

    https://www.nextgenscience.org/assessment-resources/assessment-resources

    Performance Assessments

    **Required**

    Explore “Performance Assessments,” locate on The Wonder of Science website.

    https://thewonderofscience.com/draft-assessment

    Science Notebooks

    **Required**

    Read “Science Notebooks,” by Cox, located on the Reading Rockets website.

    https://www.readingrockets.org/topics/activities/articles/science-notebooks

    Optional: Teacher-Developed Multi-Dimensional Science Assessments Supporting Elementary Teacher Learning about the Next Generation Science Standards

    **Optional**

    Read “Teacher-developed Multi-Dimensional Science Assessments Supporting Elementary Teacher Learning about the Ne

    … Read More

    https://doi-org.lopes.idm.oclc.org

    **## Instructionforassignment2andrubric.docx**

    Requires Lopeswrite

    Assessment Description

    Backward design is a planning process that focuses first on developing the learning goals/outcomes and ways for students to demonstrate mastery of the learning outcomes (assessments). Planning of teaching methods and activities is done to support the outcomes/goals and to scaffold student learning toward demonstrating mastery of the evaluations. This planning process is referred to as “planning with the end in mind.”

    Using the science standards from Mississippi (MDE), select a K-8 grade level to create a weeklong inquiry-based unit that will integrate multiple content areas, including health, technology, math, and literacy. For assignments 2, 3, and 4, you will complete a portion of the Science Unit Plan template.

    **_Note:_** _Use the same standards and learning objectives for assignments 2-4, as well as the benchmark assignment in assignment 5. Review these assignments before writing your learning activity, so you are familiar with the upcoming expectations._

    **Part 1: Standards, Learning Objectives, and Assessments**

    For this assignment, complete the following components in the “Science Unit Plan" template:

    ·
    **Lesson Title and Brief Summary:** Include a daily lesson title and summarize the scope/intent of the lesson.

    ·
    **National/State Standard(s):** List the specific grade-level standards that will be taught throughout the week. Include the standards, along with the performance indicators and the standard language, in their entirety.

    ·
    **Learning Objectives:** Write daily, measurable learning objectives that align with the national/state standards and specify what will be assessed after the lesson.
    **_Note:_** _This should not be a summary of the lesson, but a measurable statement demonstrating what the student will be evaluated on after the lesson. For instance, “understand” is not measurable, but “describe” and “identify” are._

    ·
    **Three-Dimensional Learning:** Describe the crosscutting concepts and the science and engineering practices that support the learning objectives. Include a brief description of how these will be integrated throughout the weekly plan.

    ·
    **Formative Assessments:** Describe how you will formatively assess the learning objectives for the lessons. These should be designed to provide data on student performance for monitoring and adjusting instruction, and provide students with feedback so they can evaluate and adjust their learning.

    ·
    **Summative Assessment:** Describe a summative assessment that measures the learning for the unit. This should provide the student with an opportunity to demonstrate mastery of the standards.

    ·
    **Differentiation of Assessments:** Describe how the formative and summative assessments will be differentiated to support students with disabilities, students with gifted abilities, ELLs, and early finishers.

    **Part 2: Reflection**

    In 250-500 words, summarize and reflect on the process of beginning your unit plan. Include the following in your reflection:

    · Discuss your experience so far with the process of backward design in planning your science unit and describe how it compares with other planning experiences you have had throughout your coursework.

    · Describe how the assessments chosen for your unit plan support the three dimensions of science learning.

    · Explain the factors you considered when designing assessments that are aligned to learning objectives and state standards. Additionally, discuss how you will ensure all students are prepared for the evaluations by making appropriate modifications and accommodations for students with disabilities and language learning needs.

    Support your assignment with a minimum of two scholarly resources.

    While APA Style is not required for the body of this assignment, solid academic writing is expected, and documentation of sources should be presented using APA formatting guidelines, which can be found in the APA Style Guide, located in the Student Success Center.

    This assignment uses a rubric. Review the rubric before beginning the assignment to familiarize yourself with the expectations for successful completion.

    You are required to submit this assignment to LopesWrite. A link to the LopesWrite Technical Support Articles is located in Class Resources if you need assistance.

    **Rubric Criteria**

    **Lesson Title and Brief Summary**

    6 points

    **Criteria Description**

    Lesson Title and Brief Summary

    **5. Target**

    6 points

    Lesson titles and lesson summaries are thorough.

    **4. Acceptable**

    5.22 points

    Lesson titles and lesson summaries are complete.

    **No Submission**

    0 points

    Not addressed.

    **National/State Standard(s) and Learning Objectives**

    6 points

    **Criteria Description**

    National/State Standard(s) and Learning Objectives

    **5. Target**

    6 points

    The standards selected are ideal for the unit and are specifically and purposefully referenced. The objectives are performance-driven, measurable, developmentally appropriate, and directly aligned with the state standard.

    **4. Acceptable**

    5.22 points

    The standards selected are appropriate for the unit and are clearly and accurately referenced. The objectives are skill-based, measurable, developmentally appropriate, and effectively aligned with the state standard.

    **No Submission**

    0 points

    Not addressed.

    **Three-Dimensional Learning**

    6 points

    **Criteria Description**

    Three-Dimensional Learning

    **5. Target**

    6 points

    The crosscutting concepts and the science and engineering practices skillfully support the learning objectives. Description of how these will be integrated throughout the unit plan is realistic and meaningful.

    **4. Acceptable**

    5.22 points

    The crosscutting concepts and the science and engineering practices effectively support the learning objectives. Description of how these will be integrated throughout the unit plan is reasonable and appropriate.

    **No Submission**

    0 points

    Not addressed.

    **Formative and Summative Assessments**

    12 points

    **Criteria Description**

    Formative and Summative Assessments

    **5. Target**

    12 points

    Planned formative and summative assessments are ideally aligned with the stated learning objectives and standards. Well-crafted formative assessments are designed to provide data on student performance for monitoring and adjusting instruction, as well as to offer students feedback that enables them to evaluate and adapt their learning. Summative assessment is comprehensive and cohesive in form and function.

    **4. Acceptable**

    10.44 points

    Planned formative and summative assessments are generally aligned with the stated learning objectives and standards. Relevant formative assessments are designed to provide data on student performance for monitoring and adjusting instruction, as well as to offer students feedback that enables them to evaluate and adapt their learning. Summative assessment is cohesive in form and function.

    **No Submission**

    0 points

    Not addressed.

    **Differentiation of Assessments**

    6 points

    **Criteria Description**

    Differentiation of Assessments

    **5. Target**

    6 points

    Description of how the assessments will be differentiated to support students with disabilities, students with gifted abilities, ELLs, and early finishers is novel.

    **4. Acceptable**

    5.22 points

    Description of how the assessments will be differentiated to support students with disabilities, students with gifted abilities, ELLs, and early finishers is effective.

    **No Submission**

    0 points

    Not addressed.

    **Reflection**

    12 points

    **Criteria Description**

    Reflection

    **5. Target**

    12 points

    A discussion and comparison of the backward design process is substantial. A detailed description is provided of how the assessments support the three dimensions of science learning. Factors to consider when designing aligned assessments include the meaningfulness of the evaluations and the proficiency of the explanation on how to ensure all learners are prepared for the assessments.

    **4. Acceptable**

    10.44 points

    The discussion and comparison of the backward design process are solid. Description of how the assessments support the three dimensions of science learning is sound. Factors to consider when designing aligned assessments include relevance and the provision of concise explanations on how to ensure all learners are prepared for the assessments.

    **No Submission**

    0 points

    Not addressed.

    **Supporting Research and Documentation of Sources**

    6 points

    **Criteria Description**

    Uses appropriate designated style and formatting to document sources in citations and references.

    **5. Target**

    6 points

    Supporting research is compelling and thorough. Sources are completely and correctly documented, as appropriate to the assignment and style, and the format is error-free.

    **4. Acceptable**

    5.22 points

    Supporting research is credible and relevant. Sources are documented, as appropriate to the assignment and style, and format is mostly correct.

    **No Submission**

    0 points

    Not addressed.

    **Mechanics of Writing**

    6 points

    **Criteria Description**

    Includes spelling, capitalization, punctuation, grammar, language use, sentence structure, etc.

    **5. Target**

    6 points

    No mechanical errors are present. Skilled control of language choice and sentence structure is used throughout.

    **4. Acceptable**

    5.22 points

    A few mechanical errors are present. Suitable language choice and sentence structure are used.

    **## ScienceUnitPlanTemplate1.docx**

    **Science Unit Plan**

    **Topic 2: Planning a Science Unit with the End in Mind**

    **Grade:**
    **_<Fill in during Topic 2>_**

    **Unit Theme:**
    **_<Fill in during Topic 2>_**

    **Part 1: Standards, Learning Objectives, and Assessments**

    | | | | | | |
    | — | — | — | — | — | — |
    | | **Day 1** | **Day 2** | **Day 3** | **Day 4** | **Day 5** |
    | **Lesson Title and Brief Summary** | | | | | |
    | **National/State Standard(s)** | |
    | **Learning Objectives** | | | | | |
    | **Three-Dimensional Learning** | |
    | **Formative Assessment** | | | | | |
    | **Summative Assessment** | |
    | **Differentiation of Assessments** | |

    **Part 2: Reflection**

    | |
    | — |
    | **Topic 2 Reflection** |
    | |

    **Topic 3: Instructional Strategies that Engage Students in Science Content**

    **Part 1: Vocabulary, Instructional Strategies, and Lesson Activities**

    | | | | | | |
    | — | — | — | — | — | — |
    | | **Day 1** | **Day 2** | **Day 3** | **Day 4** | **Day 5** |
    | **Vocabulary** | | | | | |
    | **Instructional Strategy/Strategies** | | | | | |
    | **Summary of Instruction and Activities** | | | | | |
    | **Differentiation and Accommodations** | | | | | |

    **Part 2: Reflection**

    | |
    | — |
    | **Topic 3 Reflection** |
    | |

    **Topic 4: Creating Meaningful Connections Across Disciplines**

    **Part 1: Materials, Resources, and Integration**

    | | | | | | |
    | — | — | — | — | — | — |
    | | **Day 1** | **Day 2** | **Day 3** | **Day 4** | **Day 5** |
    | **Materials and Resources** | | | | | |
    | **Technology Integration** | |
    | **Health Integration** | |
    | **Math Connections** | |
    | **Literacy** | |

    **Part 2: Reflection**

    | |
    | — |
    | **Topic 4 Reflection** |
    | |

    © 2024. Grand Canyon University. All Rights Reserved.

    – 1
    – 2
    – 3

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    – ## DATASTEWARDSHIPSTANDARDSANDGUIDELINES.docx – ## HCA-360-RS-T5-ProjectPlan.docx – RUBRIC-DataStewardshipStandardsandGuidelines.pdf **## DATASTEWARDSHIPSTANDARDSANDGUIDELINES.docx** DATA STEWARDSHIP STANDARDS AND GUIDELINES PLEASE USE NO AI , PROJECT PLAN TEMPLATE IS ATTACHED SEPARATE TO THIS Dat…

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    – ## DATASTEWARDSHIPSTANDARDSANDGUIDELINES.docx

    – ## HCA-360-RS-T5-ProjectPlan.docx

    – RUBRIC-DataStewardshipStandardsandGuidelines.pdf

    **## DATASTEWARDSHIPSTANDARDSANDGUIDELINES.docx**

    DATA STEWARDSHIP STANDARDS AND GUIDELINES

    PLEASE USE NO AI , PROJECT PLAN TEMPLATE IS ATTACHED SEPARATE TO THIS

    Data are essential to progress when it comes to health care information technology and HMIS. The collecting, interpreting, and modeling of data allows information technology specialists, health care administrators, and clinical practitioners to provide the highest quality patient diagnoses, treatment, and care. But the data are only effective when users have appropriate access and understand how to read the data, and when the integrity of the data is sound.

    Using the information provided in conjunction with your own research, create a plan to enforce data stewardship standards across the clinical and public health sectors. Use the "Project Plan" template to complete this assignment.

    In a project plan, elaborate on the following points:

    1. Overarching goal for the alignment of both clinical and public data standards.

    2. Differences between clinical and public health data use and how this partnership will minimize those disparities.

    3. Similarities between clinical and public health data use and how this partnership will capitalize on those parallels.

    4. Your proposal for new data stewardship standards and guidelines.

    5. Action plan: What will be the first steps in standardizing these data stewardship guidelines and how do you plan to go about managing this process? How do you intend to ensure and maintain consistency in data stewardship standards across the clinical and public health sectors? Who will have access to what data? How will data be collected and stored? How will confidentiality be maintained throughout this process?

    6. How will this collaboration affect patients, health care practitioners, and both public and private health care organizations?

    7. How will this partnership strengthen the infrastructure and interdisciplinary team goals for health information systems and technology?

    You are required to use at least two references.

    **## HCA-360-RS-T5-ProjectPlan.docx**

    ![](https://www.sweetstudy.com/questions/education-stewardship-standards-and-guidelines-assignment)

    ### **HCA-360: Project Plan**

    **General Information**

    Student name:

    Author(s):

    Project organization/company:

    **Project Overview and Project Objectives**

    **State the Project Chosen:**

    ## Company Background

    Provide an overview of the type of healthcare organization (HCO) you chose to adapt the project for. Explain why the project is being undertaken for this type of HCO. Include pertinent background information for the project.

    <text>

    ## Legal, Social, and Ethical Contexts

    How do you intend to ensure and maintain consistency in data stewardship standards across the clinical and public health sectors? Who will have access to what data? How will data be collected and stored? How will confidentiality be maintained throughout this process?

    <text>

    ## Project Objectives

    Differences between clinical and public health data use and how this partnership will minimize those disparities.

    Similarities between clinical and public health data use and how this partnership will capitalize on those parallels.

    <text>

    ## Advantages

    How will this partnership strengthen the infrastructure and interdisciplinary team goals for health information systems and technology?

    <text>

    ## Benefits and Opportunities

    Describe the benefits or opportunities resulting from project implementation.

    <text>

    1.
    **Clinical and public data standards:** Use the template to list all known data standards, if applicable, and their respective role and intent.

    | | | |
    | — | — | — |
    | Standard Name | Clinical, public, or both? | Responsibilities/ intent |
    | | | |
    | | | |

    2.
    **Work Breakdown**: List the work breakdown required to satisfy the project objectives. Identify other resources that may be required to complete the project successfully.

    | | | | | | |
    | — | — | — | — | — | — |
    | Work Breakdown Structure |
    | ID | Steps to Standardize | Effort Hours | Start Date | Planned Completion | Actual Completion |
    | 1 | | | | | |
    | 2 | | | | | |

    **Project Completion**

    1. Describe what measures will be used to determine project success.

    2. Use the template to list the project completion criteria.

    | |
    | — |
    | **Project Completion Criteria** |
    | 1 – |
    | 2 – |

    3. Use the template to list the project assumptions and constraints, if applicable. An assumption is an educated guess that a likely condition or circumstance is presumed to be true. A constraint is a limiting condition or circumstance that defines the project boundaries. Assumptions allow the project to succeed. Constraints restrict or limit the project execution.

    | | | | | | |
    | — | — | — | — | — | — |
    | **Assumptions and Constraints** |
    | ID | Description | Comments | Type | Status | Date Entered |
    | 1 | | | | | |
    | 2 | | | | | |

    ## References:

    © 2024. Grand Canyon University. All Rights Reserved.

    2

    **image1.png**

    **RUBRIC-DataStewardshipStandardsandGuidelines.pdf**

    This file is too large to display. [View in new window](https://www.sweetstudy.com/files/rubric-datastewardshipstandardsandguidelines-pdf)

    **RUBRIC-DataStewardshipStandardsandGuidelines.pdf**

    This file is too large to display. [View in new window](https://www.sweetstudy.com/files/rubric-datastewardshipstandardsandguidelines-pdf)

    **## DATASTEWARDSHIPSTANDARDSANDGUIDELINES.docx**

    DATA STEWARDSHIP STANDARDS AND GUIDELINES

    PLEASE USE NO AI , PROJECT PLAN TEMPLATE IS ATTACHED SEPARATE TO THIS

    Data are essential to progress when it comes to health care information technology and HMIS. The collecting, interpreting, and modeling of data allows information technology specialists, health care administrators, and clinical practitioners to provide the highest quality patient diagnoses, treatment, and care. But the data are only effective when users have appropriate access and understand how to read the data, and when the integrity of the data is sound.

    Using the information provided in conjunction with your own research, create a plan to enforce data stewardship standards across the clinical and public health sectors. Use the "Project Plan" template to complete this assignment.

    In a project plan, elaborate on the following points:

    1. Overarching goal for the alignment of both clinical and public data standards.

    2. Differences between clinical and public health data use and how this partnership will minimize those disparities.

    3. Similarities between clinical and public health data use and how this partnership will capitalize on those parallels.

    4. Your proposal for new data stewardship standards and guidelines.

    5. Action plan: What will be the first steps in standardizing these data stewardship guidelines and how do you plan to go about managing this process? How do you intend to ensure and maintain consistency in data stewardship standards across the clinical and public health sectors? Who will have access to what data? How will data be collected and stored? How will confidentiality be maintained throughout this process?

    6. How will this collaboration affect patients, health care practitioners, and both public and private health care organizations?

    7. How will this partnership strengthen the infrastructure and interdisciplinary team goals for health information systems and technology?

    You are required to use at least two references.

    **## HCA-360-RS-T5-ProjectPlan.docx**

    ![](https://www.sweetstudy.com/questions/education-stewardship-standards-and-guidelines-assignment)

    ### **HCA-360: Project Plan**

    **General Information**

    Student name:

    Author(s):

    Project organization/company:

    **Project Overview and Project Objectives**

    **State the Project Chosen:**

    ## Company Background

    Provide an overview of the type of healthcare organization (HCO) you chose to adapt the project for. Explain why the project is being undertaken for this type of HCO. Include pertinent background information for the project.

    <text>

    ## Legal, Social, and Ethical Contexts

    How do you intend to ensure and maintain consistency in data stewardship standards across the clinical and public health sectors? Who will have access to what data? How will data be collected and stored? How will confidentiality be maintained throughout this process?

    <text>

    ## Project Objectives

    Differences between clinical and public health data use and how this partnership will minimize those disparities.

    Similarities between clinical and public health data use and how this partnership will capitalize on those parallels.

    <text>

    ## Advantages

    How will this partnership strengthen the infrastructure and interdisciplinary team goals for health information systems and technology?

    <text>

    ## Benefits and Opportunities

    Describe the benefits or opportunities resulting from project implementation.

    <text>

    1.
    **Clinical and public data standards:** Use the template to list all known data standards, if applicable, and their respective role and intent.

    | | | |
    | — | — | — |
    | Standard Name | Clinical, public, or both? | Responsibilities/ intent |
    | | | |
    | | | |

    2.
    **Work Breakdown**: List the work breakdown required to satisfy the project objectives. Identify other resources that may be required to complete the project successfully.

    | | | | | | |
    | — | — | — | — | — | — |
    | Work Breakdown Structure |
    | ID | Steps to Standardize | Effort Hours | Start Date | Planned Completion | Actual Completion |
    | 1 | | | | | |
    | 2 | | | | | |

    **Project Completion**

    1. Describe what measures will be used to determine project success.

    2. Use the template to list the project completion criteria.

    | |
    | — |
    | **Project Completion Criteria** |
    | 1 – |
    | 2 – |

    3. Use the template to list the project assumptions and constraints, if applicable. An assumption is an educated guess that a likely condition or circumstance is presumed to be true. A constraint is a limiting condition or circumstance that defines the project boundaries. Assumptions allow the project to succeed. Constraints restrict or limit the project execution.

    | | | | | | |
    | — | — | — | — | — | — |
    | **Assumptions and Constraints** |
    | ID | Description | Comments | Type | Status | Date Entered |
    | 1 | | | | | |
    | 2 | | | | | |

    ## References:

    © 2024. Grand Canyon University. All Rights Reserved.

    2

    **image1.png**

    **RUBRIC-DataStewardshipStandardsandGuidelines.pdf**

    This file is too large to display. [View in new window](https://www.sweetstudy.com/files/rubric-datastewardshipstandardsandguidelines-pdf)

    **## DATASTEWARDSHIPSTANDARDSANDGUIDELINES.docx**

    DATA STEWARDSHIP STANDARDS AND GUIDELINES

    PLEASE USE NO AI , PROJECT PLAN TEMPLATE IS ATTACHED SEPARATE TO THIS

    Data are essential to progress when it comes to health care information technology and HMIS. The collecting, interpreting, and modeling of data allows information technology specialists, health care administrators, and clinical practitioners to provide the highest quality patient diagnoses, treatment, and care. But the data are only effective when users have appropriate access and understand how to read the data, and when the integrity of the data is sound.

    Using the information provided in conjunction with your own research, create a plan to enforce data stewardship standards across the clinical and public health sectors. Use the "Project Plan" template to complete this assignment.

    In a project plan, elaborate on the following points:

    1. Overarching goal for the alignment of both clinical and public data standards.

    2. Differences between clinical and public health data use and how this partnership will minimize those disparities.

    3. Similarities between clinical and public health data use and how this partnership will capitalize on those parallels.

    4. Your proposal for new data stewardship standards and guidelines.

    5. Action plan: What will be the first steps in standardizing these data stewardship guidelines and how do you plan to go about managing this process? How do you intend to ensure and maintain consistency in data stewardship standards across the clinical and public health sectors? Who will have access to what data? How will data be collected and stored? How will confidentiality be maintained throughout this process?

    6. How will this collaboration affect patients, health care practitioners, and both public and private health care organizations?

    7. How will this partnership strengthen the infrastructure and interdisciplinary team goals for health information systems and technology?

    You are required to use at least two references.

    **## HCA-360-RS-T5-ProjectPlan.docx**

    ![](https://www.sweetstudy.com/questions/education-stewardship-standards-and-guidelines-assignment)

    ### **HCA-360: Project Plan**

    **General Information**

    Student name:

    Author(s):

    Project organization/company:

    **Project Overview and Project Objectives**

    **State the Project Chosen:**

    ## Company Background

    Provide an overview of the type of healthcare organization (HCO) you chose to adapt the project for. Explain why the project is being undertaken for this type of HCO. Include pertinent background information for the project.

    <text>

    ## Legal, Social, and Ethical Contexts

    How do you intend to ensure and maintain consistency in data stewardship standards across the clinical and public health sectors? Who will have access to what data? How will data be collected and stored? How will confidentiality be maintained throughout this process?

    <text>

    ## Project Objectives

    Differences between clinical and public health data use and how this partnership will minimize those disparities.

    Similarities between clinical and public health data use and how this partnership will capitalize on those parallels.

    <text>

    ## Advantages

    How will this partnership strengthen the infrastructure and interdisciplinary team goals for health information systems and technology?

    <text>

    ## Benefits and Opportunities

    Describe the benefits or opportunities resulting from project implementation.

    <text>

    1.
    **Clinical and public data standards:** Use the template to list all known data standards, if applicable, and their respective role and intent.

    | | | |
    | — | — | — |
    | Standard Name | Clinical, public, or both? | Responsibilities/ intent |
    | | | |
    | | | |

    2.
    **Work Breakdown**: List the work breakdown required to satisfy the project objectives. Identify other resources that may be required to complete the project successfully.

    | | | | | | |
    | — | — | — | — | — | — |
    | Work Breakdown Structure |
    | ID | Steps to Standardize | Effort Hours | Start Date | Planned Completion | Actual Completion |
    | 1 | | | | | |
    | 2 | | | | | |

    **Project Completion**

    1. Describe what measures will be used to determine project success.

    2. Use the template to list the project completion criteria.

    | |
    | — |
    | **Project Completion Criteria** |
    | 1 – |
    | 2 – |

    3. Use the template to list the project assumptions and constraints, if applicable. An assumption is an educated guess that a likely condition or circumstance is presumed to be true. A constraint is a limiting condition or circumstance that defines the project boundaries. Assumptions allow the project to succeed. Constraints restrict or limit the project execution.

    | | | | | | |
    | — | — | — | — | — | — |
    | **Assumptions and Constraints** |
    | ID | Description | Comments | Type | Status | Date Entered |
    | 1 | | | | | |
    | 2 | | | | | |

    ## References:

    © 2024. Grand Canyon University. All Rights Reserved.

    2

    **image1.png**

    **RUBRIC-DataStewardshipStandardsandGuidelines.pdf**

    This file is too large to display. [View in new window](https://www.sweetstudy.com/files/rubric-datastewardshipstandardsandguidelines-pdf)

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