© E. Kowch iD Instructional Design Evaluation, Assessment & Design: A Discussion (EDER 673 L.91 ) From Calgary With Asst. Professor Eugene G. Kowch march 27 (An Synchronous Meeting using WebCT discussion Thread and WWW Course Home Page Material)

© E. Kowch iD Agenda 1. Housekeeping 1. Timetable 2. Course Objectives 3. Blueprint Guidelines (online) 4. ID Model Guidelines (online) 2. Assessment and Evaluation - a Quick Overview 3. Discussion

© E. Kowch iD Timetable Keep an eye on the home page :-) Date (Class)TopicReadings/ Assts. Due March 27 (Vclass)Evaluation Rubrics Evaluation Review Lickona / nothing due April 03 (WebCT)Ethics & Values, Leadership Issues Optional online article / Blueprint Due April 10 (Vclass)Student Instruction Blueprint Presentations None / Present your Instruction Blueprint per guide April 17 (Vclass)Student ID Model Presentations None / Present your ID Model per guide

© E. Kowch iD Update: EDER 673 History of ID ID Terminology Instructional Design Philosophies Learners and Learning Theories Context based designs ID Models: A peek Needs Analysis Task Analysis Ordering Content (elaboration) Media Selection Motivation Ethics/ Ldrship SMCR/Feedback Communication Model Evaluation

© E. Kowch iD Course Objectives: A Review 1. Explore theories of learning and instruction, exploring implications and possible applications for their own practice, 2. Explore, develop and articulate their own instructional design models, to see how theory and practice can be articulated, 3. Design and present efficient, effective and appealing instructional interventions informed and referenced to theory, 4. Participate and present in a collaborative learning community to exchange and consider developing design ideas as instructional designers, 5. Examine the potential and limitations of media and technology use 6. Analyze some models critically and instructional interventions associated with the selection and sequencing of content across the instructional spectrum and 7. Explore and analyze the matching of instructional strategies to characteristics of learners and content.

© E. Kowch iD Blueprint Guidelines I. Approach: ism II. Introduction: State the purpose of this instruction. III. Audience: State the intended audience for your report IV. The Performance Problem: Explain the gap you will fill by your designed instruction. V. Learners: Provide a description of the learners for whom this instruction is intended. VI. Objectives: State the learning outcomes that you desire from this 30 minute instructional module. VII. Scope and Sequence: Describe the decision making process you went through VIII. Indicate optimal and minimal requirements for media and technology IX. Indicate the instructional flow / process X. Conclusion

© E. Kowch iD Blueprint Guidelines Grading Method for this project: Format: did the student follow the requested blueprint format? 10% Content: ID Model Application: did the student include and explain how the instructional blueprint uses the student's personal ID model? 30% Is the performance problem clearly identified? 10% Clarity & Coherence: is the report clear and legible/logical? 20% Scholarly / Theoretical basis: Are key models and theories cited? 10% Conclusion: Does the conclusion explain the blueprint to someone who might contract the designer for exactly this instruction? 20% total: 100%

© E. Kowch iD Blueprint Presentation Guidelines: 6 elements

© E. Kowch iD Blueprint Presentation Guidelines: 6 elements ElementsDoes not meet requirements (B-) Meets Partial Requirements (B to B+) Meets Full Requirements (A- to A+) 1. Model application Does not present model or presentation is incomplete. Presentation and explanation of the model are satisfactory or adequate. Presentation and explanation of the model are superior.

© E. Kowch iD Blueprint Presentation Guidelines: 6 elements

© E. Kowch iD Blueprint Presentation Guidelines: 6 elements IntegrationPresentation does not include integration of model, instruction, and/or theories. Presentation includes integration of model, and instructional unit Presentation includes integration of model, instructional unit, and theories.

© E. Kowch iD Blueprint Presentation Guidelines: 6 elements

© E. Kowch iD Blueprint Presentation Guidelines: 6 elements

© E. Kowch iD Blueprint Presentation Guidelines: 6 elements See the bottom of the home page for guidelines

© E. Kowch iD ID Model Guidelines 1. Informed: Do theories underpin the model? 2. Referenced: Are theorists referenced/understood? (APA not needed) 3. Relationships: Between Elements are indicated/explained 4. Granularity: Visual Model addresses most elements of models covered in EDER 673… 5. Missing Elements: A rationale is provided for element exclusion in your model 6. Limitations of the ID Model: Are defined 7. Generalizability: Evidence or explanation of use of this model in 1. 2 different content areas 8. Scalability: Can I understand the lesson and the program design via your model? 9. Innovation: Uniqueness - do you explain a new approach?

© E. Kowch iD ID Model Guidelines

© E. Kowch iD ID Model Guidelines

© E. Kowch iD ID Model Guidelines

© E. Kowch iD ID Model Guidelines

© E. Kowch iD ID Model Guidelines

© E. Kowch iD ID Model Guidelines

© E. Kowch iD ID Model Guidelines

© E. Kowch iD ID Model Guidelines

© E. Kowch iD ID Model Guidelines

© E. Kowch iD ID model Presentation (April 17)Guidelines. ElementsDoes not meet requirements (B-) Meets Partial Requirements (B to B+) Meets Full Requirements (A- to A+) ModelDoes not present model in Power Point or presentation is incomplete for VClass Presentation and explanation of the model are satisfactory or adequate, Powerpoints are clear and file is smaller than 300 KB Presentation and explanation of the model are superior, and meets Vclass Time Management Is over 5 minutes5 minutes in length but file upload is not ready/prepared 5 minutes in length

© E. Kowch iD ID model Presentation (April 17)Guidelines.

© E. Kowch iD ID model Presentation (April 17)Guidelines. Load file B here