

Projects Summaries
ESM 581: Educational Assessment
Assessment System for Doctoral Dissertation Candidates in a Virtual Postdoctoral Program
Introduction
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This proposal presents an assessment system specifically designed for doctoral dissertation candidates participating in a virtual postdoctoral program. The system addresses challenges associated with adopting innovative assessment frameworks within IT departments at public universities and underscores their ability to enhance academic performance in online educational environments (Nielsen & Franco, 2019).
Barriers to Adoption and the Role of IT Professionals
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The investigation identifies key barriers to implementing innovative assessment frameworks in IT departments at public universities. Overcoming these barriers requires IT professionals to adopt Knowledge Innovation Technology (KIT) methodologies that incorporate Artificial Intelligence (AI) and Business Intelligence (BI). By doing so, institutions can improve operational efficiency and cultivate a culture of innovation among faculty members, students, and administrative staff (Setiawan, 2021).
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Advantages of AI and BI Integration
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AI technologies enhance the reliability and trustworthiness of data processing for IT professionals. Concurrently, BI tools offer real-time analytics capabilities, empowering administrative personnel to promptly identify and address emerging issues (Creswell & Creswell, 2018).
Assessment Framework Components
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Rubrics: Structured criteria for evaluating the effectiveness of BI dashboards, AI tools, and Knowledge Management (KM) systems.
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Checklists: Tools to ensure equity, transparency, and usability throughout the assessment process.
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Performance Indicators: Quantitative and qualitative metrics for monitoring dissertation progress and the quality of feedback provided to candidates.
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Institutional Dashboards: Platforms for tracking technology adoption rates and assessing their impact on academic outcomes.
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Technology Solutions
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BI Tools: Software such as Power BI and Tableau for visualizing key performance metrics.
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AI Engines: Systems based on GPT technology to support formative assessments and personalized feedback.
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KM Platforms: Solutions like SharePoint and Notion, which facilitate the documentation and sharing of insights derived from academic discussions.

Assessment Proposal Presentation Recording- Attempt 2
IT 521 Prosemnr 1: IT as a Profession
Understanding the Dick & Carey Model
Introduction
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The Dick & Carey Model is a systematic instructional design framework that conceptualizes teaching and learning as an interconnected system. This approach emphasizes establishing clear goals, conducting thorough learner analysis, creating measurable objectives, and implementing continuous evaluation. As a structured, iterative process, the model ensures that instructional design remains purposeful, measurable, and learner-centered. For those committed to creating effective, ethical, and adaptive learning experiences, the Dick & Carey Model serves as a foundational theory.
Overview of the Model
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Developed by Walter Dick and Lou Carey in their seminal work The Systematic Design of Instruction (1978), the Dick & Carey Model is commonly referred to as the Systems Approach Model. In contrast to linear models, this framework treats instruction as a dynamic system in which instructors, learners, instructional materials, and learning contexts interact to produce desired learning outcomes.
Components
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Identify Instructional Goals: Define what learners should know or be able to do by the end of instruction.
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Conduct an Instructional Analysis: Break down the instructional goals into the specific skills and knowledge learners must acquire to achieve them.
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Analyze Learners and Contexts: Assess learners' characteristics—including prior knowledge, motivation, and skills—as well as the learning environment.
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Write Performance Objectives: Create measurable objectives that specify the desired behavior, the conditions under which it will occur, and the criteria for success.
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Develop Assessment Tools: Design tests, quizzes, or performance tasks to evaluate how well learners meet the objectives.
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Develop an Instructional Strategy: Plan the instructional methods, the sequence of activities, opportunities for practice, and feedback mechanisms.
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Develop and Select Instructional Materials: Create or adapt materials such as slides, readings, or multimedia resources that are aligned with instructional strategies.
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Design and Conduct Formative Evaluation: Pilot the instruction with small groups to identify areas for improvement.
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Revise Instruction: Make necessary adjustments to instruction based on findings from the formative evaluation.
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Conduct Summative Evaluation: Assess the overall effectiveness of instruction with larger groups to determine the program's success.
Key Features of the Model
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Systemic Approach:
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Instruction is viewed as a system where all components—goals, learners, materials, and evaluation—interact with one another.
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Iterative Process:
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The model is not strictly linear; steps are often revisited and refined to improve instructional effectiveness.
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Focus on Measurable Outcomes:
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Objectives and assessments are designed to ensure clear accountability for learning outcomes.
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Learner-Centered:
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Emphasizes the importance of analyzing learner needs and contexts before designing instruction.
Strengths of the Model
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Provides clarity and structure for instructional designers.
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Ensures alignment between instructional goals, objectives, strategies, and assessments.
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Encourages ongoing improvement through both formative and summative evaluation.
Limitations
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It can be time-consuming due to the detailed nature of its steps.
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May feel rigid if not adapted to flexible or creative learning environments.
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Conclusion
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For instructional designers, the Dick & Carey Model offers a scalable, evidence-based framework that ensures instructional materials are cognitively aligned, ethically grounded, and learner-focused. The model is especially effective when designing bilingual or multimedia resources, as it demands clarity in objectives and adaptability in strategies, making it an invaluable tool for creating impactful educational experiences.

Dick & Carey Project
Prototype Presentation
