Technology Integration Lesson Plan
(Edited Version)
Submitted in Partial Fulfillment of the
Requirements of
PREFACE 3
I. ANALYSIS 4
1. Who is the audience? 4
2. What do they need to learn? 4
3. What is the budget? 4
4. What are the delivery options? 4
5. What constraints exist? How will they be overcome or handled? 5
6. Advance Organizers for Lecture Notes EXAMPLE 6
7. What will the students do to determine competency? 7
8. Pedagogy 7
9. Additional Needs Assessment Factors 7
A. System of Interest 8
B. Summary of Needs Identified: 8
C. Problem Statement 8
II. DESIGN 9
WebCT: 7 Best Teaching Principles, Learning Styles and Cognitive Skills
Face to Face Classroom Educational Technology Tools 16
III. & IV COURSE DEVELOPMENT & IMPLEMENTATION 19
Sociology 139 Syllabus Revised 20
COURSE FORMAT 20
Online quizzes 20
Attendance 21
Online Discussion Forum 21
Basic Computing Skills 21
Learning Portfolio 21
Two Exams 21
Classroom Lecture and Discussion 21
Textbooks 21
LEARNING PORTFOLIO ASSIGNMENT 30
1. Annotated Bibliography 30
2. Learning Journal 30
3. Learning Team Oral Presentation: 30
COMPILING THE INDIVIDUAL LEARNING PORTFOLIO 31
Criteria for Evaluating Information Resources 33
V. EVALUATION 37
Sociology 139- Evaluation Summary 37
Peer Evaluation of Rubric for Group Projects 38
Online Discussion Rubric 39
Oral Presentation Rubric 41
REFERENCES 44
APPENDIX
A.1 Bloom’s Taxonomy of Educational Objectives 45
A.2 Technology Integration and Types of Learning 47
A-3: Seven Good Teaching Principles 48
Technology Integration Lesson Plan Proposal:
By Robin Y. Mabry Hubbard (rymabry@socket.net)
Created On: 03/01/03 05:37:19 PM
Last Major Update: 4/7/2003 10:32 PM
Revised for Selective Distribution 5-21-2003
Formatting: 2003-04-24/ 16:26:29 / 5-23-2003
Copyright 2003 © Curators of the University of Missouri and Robin Y. Mabry-Hubbard - All Rights Reserved
Preface and
pages 3-8 Deleted
See appendix for more details on Good Teaching Principles (A-3) , Types of Learning (A-2) and Bloom’s Taxonomy (A-1)
Adapted from Georgia State University’s Distance & Distributed Learning Website
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WebCT Tool |
Examples of how this tool is used. |
(Cognitive Skills) |
Good Teaching Principles |
Learning Styles
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Use the Notes function to have students create their own annotations of various texts or image documents posted Content Modules for self-study.
Have the students compile their notes and share them with the whole class.
Opens a whole world of discussion regarding interpretation, how one approaches text and image, etc. |
- Collaborative Learning
- Conceptual Learning
- Data Gathering and Synthesis
- Document and Artifact Analysis:
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Active learning
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Detailed oriented |
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& Digital DropBox
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Describe assignments, such as papers, essays, projects and formal lab reports in detail.
The grading criteria can be given and any external materials (example of assignment, files or URLs) can be suggested.
Students can send electronically through the Digital Dropbox.
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Organizational Tool |
Rich, rapid feedback. It provides a forum for extended and meaningful feedback that the student cannot lose and can access at any time
Faculty to student interaction·
Time on task |
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Use sound clips of musicians, artists, poets, and writers, playing, reading and discussing their own work or actors playing out a scenario. |
- Authentic Inquiry
- Case Studies
- Collaborative Learning
- Conceptual Learning
- Student Presentations
- Teacher Presentations
- Virtual Labs and Field Trips
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Respect diverse learning styles
Rich, rapid feedback |
Auditory learners |
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Provide the bookmark tool on path pages so students can create their own custom shortcuts to key pages. |
Student Organizational Tool |
Time on task |
Sequential learners Self-paced learners |
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Central Course Task Lists Outlining on each day the activities a student should be completing. Supplement or replace Course syllabus. |
Organizational Tool |
Time on task |
Concrete, sequential Advanced organizer |
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Publisher provided from the textbook. Discussion questions and projects where resources are available either on CD-ROM or on the web. |
• Conceptual Learning
• Presentations
• Virtual Labs and Field Trips |
Time on Task |
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Students to keep in touch with the instructor and have questions, answered (either by posted virtual office hours or by appointment)
Small Group Activities
Student Lounge
Option to provide automatic transcript of chat sessions
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- Authentic Inquiry
- Case Studies
- Collaborative Learning
- Conceptual Learning
- Problem Solving
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Faculty-student interaction
Student-student interaction
Diverse learning
Rich, rapid feedback Promotes active learning |
Verbal learners Social learners |
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Student can compile pages from a Content Module and create their own custom study guide. |
- Data Gathering and Synthesis |
Time on task |
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Course Content Modules |
Compilation of chapter Outlines.
Presentation of detailed content for each "unit" or "learning module".
Instructor’s lecture in written form
Student Outlines for note-taking in-class “advance organizers”
Connect quizzes, assignments, discussion messages and course content into single, seamless “checklist” |
- Conceptual Learning
- Document and Artifact Analysis
- Teacher ‘s directed Instruction (lecture)
- Teacher Presentations
- Problem Solving |
Diverse learning
Communicates high expectations
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Linear learners Learner to content interactivity Facilitates directed instruction through constructivism Provides global picture Advanced organizer
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Attendance Forum where students post a brief message of their understanding of current topics. Student Lounge “At the Water Cooler” Forum to encourage informal student interaction and course assistance General Help and Logistics Forum for students to post course related questions; receive answers and view instructor announcements Specific Topics and Issues Forum where students can post their thoughts on specific issues or to specific questions Provide private discussion groups for group projects |
- Authentic Inquiry
- Case Studies
- Collaborative Learning
- Conceptual Learning
- Data Gathering and Synthesis
- Student Presentations
- Teacher ‘s directed Instruction (lecture)
- Teacher Presentations
- Problem Solving
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Faculty-student interaction
Student-student interaction
Rich, rapid feedback
Promotes active learning
Respects diverse learning |
Verbal learners Social learners Textual learners |
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Use the glossary to define terms but also provide media, such as images, audio, etc. that will explain the term more completely.
For instance if this is a foreign language course, include an audio clip, which pronounces the term correctly. |
- Conceptual Learning
- Data Gathering and Synthesis:
- Student Presentations
- Teacher ‘s directed Instruction (lecture) |
Time on task. Students can access definitions in course without stopping to thumb through notes and texts
Rich, rapid feedback |
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List learning objectives for each path or even each Content Module.
Tie this tool to self-test questions, which evaluate these learning objectives. |
- Collaborative Learning
- Conceptual Learning
- Data Gathering and Synthesis:
- Problem Solving |
Communicates high expectations
Faculty -student interaction
Time on task |
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Use the image database to house images that the instructor has created, or where copyright is not a problem.
Artifacts, maps, images , diagrams , and drawings |
- Authentic Inquiry
- Conceptual Learning
- Document and Artifact Analysis:
- Teacher Presentations
- Virtual Labs and Field Trips
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Faculty- student interaction
Student - student interaction
Active learning |
Supports visual learning |
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Build an index to cross reference key terms and concepts to the detail content within the course. |
- Conceptual Learning |
Time on task
Active learning |
Global view of course contents |
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Provides the necessary private mail between students and faculty
With private mail inside WebCT helps to organize and store mail specific to the course |
- Collaborative Learning |
Faculty-student interaction
Student-student interaction |
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Create a hierarchical group of pages to logically organize learning tasks and activities |
- Collaborative Learning
- Conceptual Learning
- Teacher ‘s directed Instruction (lecture)
- Teacher Presentations
- Problem Solving |
Diverse learning
Communicates high expectations |
Learner to content interactivity Facilitates directed instruction through constructivism Provides global picture and organization |
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Use the student presentation tool to let students share their own projects, papers and creative works such as animation, audio, video -- or artifacts.
Presentation tool can be used to create private areas to share documents for group activities and virtual study groups. |
- Authentic Inquiry
- Case Studies
- Collaborative Learning
- Conceptual Learning
- Student Presentations
- Problem Solving
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Faculty -student interaction
Student-student interaction
Active learning
Diverse learning
Rich, rapid feedback |
Collaborative Constructivist - provides for application of knowledge construction Visual |
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Provide this tool to students so they can quickly evaluate their participation in a class.
Use to track student content module access and discussion group participation or lack of. |
Student Organizational Tool |
Rich, rapid feedback
Respects diverse learning
Faculty - student interaction
Time on task |
In a constructivist environment, this tool can help a student track themselves |
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Exams from a specific location such as campus computer labs.
Practice quizzes
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- Conceptual Learning
- Problem Solving |
Rich, rapid feedback
Communicate high expectations
Time on task
Faculty-student interaction
Active learning |
Can direct student learning through selective release |
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Provide students with appropriate references which tap several types of media, i.e. journals, text books, websites, etc. |
• Data Gathering and Synthesis
• Problem Solving
• Conceptual Learning
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Respects diverse learning
Active learning
Communicates high expectations |
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Put the resume session icon on the homepage so students can pickup at the last place they were in the course path pages. |
Student Organizational Tool |
Time on task |
Sequential learners |
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Insert the search tool on all path pages so students can easily locate topics in the course. |
Student Organizational Tool |
Time on task |
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Practice questions
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- Conceptual Learning
- Problem Solving |
Rich, rapid feedback
Communicates high expectations
Diverse learning |
Can direct student learning· Allows for self-evaluation· Self-paced learners |
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Use the student homepages as an introductory "ice-breaker" activity so students can get to know each other. Students can write a brief description of their favorite sites.
As a web adaptation of an annotated bibliography, this tool can be used to have students locate specific Internet resources, describe and post them. |
- Collaborative Learning
- Student Presentations
- Virtual Labs and Field Trips
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Student to student interaction
Respects diverse learning |
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Syllabus
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Course outline, expectations and policies.
Can be placed on the left navigation menu for easy access. |
Organizational Tool |
Time on task
Faculty –Student Interaction
Communicates High Expectations
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Concrete, sequential |
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Use the link feature to add media to course Content Module pages.
Use to provide links to supplementary resources and references.
Provide a link to the regular student email (MU Webmail). |
- Authentic Inquiry
- Case Studies
- Collaborative Learning
- Conceptual Learning
- Data Gathering and Synthesis
- Document and Artifact Analysis
- Student Presentations
- Teacher ‘s directed Instruction (lecture)
- Teacher Presentations
- Problem Solving
- Virtual Labs and Field Trips
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Time on task (helps students reach needed materials quickly)
Active learning |
Links to others resources that may promote different learning styles Facilitates guided learning |
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Video
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Run clips of writers -- poets, novelists, and dramatists -- reading and discussing their own work.
Run clips of scenarios or to provide background.
Use streaming media to show full-length documentaries or other video presentations with copyright holders permission.
“Show and Tell” or Video Demonstrations |
- Authentic Inquiry
- Case Studies
- Collaborative Learning
- Conceptual Learning
- Student Presentations
- Teacher Presentations
- Virtual Labs and Field Trips |
Diverse learning |
Visual learners Demonstration of techniques |
Face to Face Classroom Educational Technology Tools Currently Used |
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Educational Technology |
Types of Learning |
Learning Styles |
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Audio Cassette or CD Players |
- Conceptual Learning
- Teacher ‘s directed Instruction (lecture)
- Teacher Presentations
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Auditory learners |
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Images _ slides, film, posters |
Visual learners |
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Index Cards (in class activities) |
Supports Active Learning |
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Lecture |
Auditory learners Facilitates directed instruction |
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Overhead Transparencies |
Visual learners |
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PowerPoint |
Visual learners |
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Printed Handouts |
Visual learners Facilitates directed instruction |
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Repositories (ERes) |
Visual learners |
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Streaming Media |
Visual / Auditory Demonstration of techniques |
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Textbooks and Readings |
Visual learners Facilitates directed instruction |
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Video (DVD or VCR) |
Visual / Auditory learners Demonstration of techniques |
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Website Resources |
Visual learners Links to others resources that may promote different learning styles Facilitates guided and active learning |
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Whiteboard / Chalkboard |
Visual learners |
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Cal State Fullerton. (2000). the ADDIE Instructional Design Model. Retrieved from the Internet February 28, 2003. http://distance-ed.fullerton.edu/pages/faculty_staff/online_guide/guide24.htm
Chickering, A.W. and Gamson, Z.F. (1991). Seven Principles for Good Practice in Undergraduate Education. Retrieved from the Internet March 13, 2003. http://www.hcc.hawaii.edu/intranet/committees/FacDevCom/guidebk/teachtip/7princip.htm
Georgia State University. (No date). Topics & Tools WebCT tools and the Good Teaching Principles and Learning Styles they Support. Retrieved from the Internet March 3, 2003 http://www.gsu.edu/~wwwdls/webCT/topics_&_tools/webct_tools.html
Mabry-Hubbard, R.Y. (2002). Management 202 Technology Integration Plan. Retrieved from the Internet February 28, 2003.
Ormondroyd, J., Engle, M. and Cosgrave, T. (September 2001). Critically Analyzing Information Sources. Olin*Kroch*Uris Libraries Cornell University Library. Retrieved from the Internet March 10, 2003. http://www.library.cornell.edu/okuref/research/skill26.htm
Science & Engineering Library. (1997). Criteria for Evaluating Information Resources. University of Southern California. Retrieved from the Internet March 10, 2003. http://www.usc.edu/isd/locations/science/sci/pubs/criteval.html
Skiffer, L.T. (2003). Sociology 139 Syllabus. Retrieved from the Internet January 2003. http://bbapp1.missouri.edu/bin/common/course.pl?course_id=_1250_1&frame=top
University of Maryland University College. (2003). Teaching/Learning Activities what do you want to use technology for? Retrieved from the Internet March 5, 2003. http://www.umuc.edu/virtualteaching/module1/strategies.html
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Major Categories
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A.1 Bloom’s Taxonomy of Educational Objectives Categories in the Cognitive Domain: (with Outcome-Illustrating Verbs) |
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1. Knowledge |
Knows terminology and specific facts; ways and means of dealing with specifics (conventions, trends and sequences, classifications and categories, criteria, methodology); universals and abstractions in a field (principles and generalizations, theories and structures):Knowledge is (here) defined as the remembering (recalling) of appropriate, previously learned information. |
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defines; describes; enumerates; identifies; labels; lists; matches; names; reads; records; reproduces; selects; states; views |
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2. Comprehension |
Grasping (understanding) the meaning of informational materials. |
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classifies; cites; converts; describes; discusses; estimates; explains; generalizes; gives examples; makes sense out of; paraphrases; restates (in own words); summarizes; traces; understands |
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3. Application |
The use of previously learned information in new and concrete situations to solve problems that have single or best answers. |
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acts; administers; articulates; assesses; charts; collects; computes; constructs; contributes; controls; determines; develops; discovers; establishes; extends; implements; includes; informs; instructs; operationalizes; participates; predicts; prepares; preserves; produces; projects; provides; relates; reports; shows; solves; teaches; transfers; uses; utilizes. |
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4. Analysis |
The breaking down of informational materials into their component parts, examining (and trying to understand the organizational structure of) such information to develop divergent conclusions by identifying motives or causes, making inferences, and/or finding evidence to support generalizations. |
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breaks down; correlates; diagrams; differentiates; discriminates; distinguishes; focuses; illustrates; infers; limits; outlines; points out; prioritizes; recognizes; separates; subdivides. |
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5. Synthesis |
Creatively or divergently applying prior knowledge and skills to produce a new or original whole. |
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adapts; anticipates; categorizes; collaborates; combines; communicates; compares; compiles; composes; contrasts; creates; designs; devises; expresses; facilitates; formulates; generates; incorporates; individualizes; initiates; integrates; intervenes; models; modifies; negotiates; plans; progresses; rearranges; reconstructs; reinforces; reorganizes; revises; structures; substitutes; validates. |
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6. Evaluation |
Judging the value of material based on personal values/opinions, resulting in an end product, with a given purpose, without real right or wrong answers. |
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appraises; compares & contrasts; concludes; criticizes; critiques; decides; defends; interprets; judges; justifies; reframes; supports. |
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Other Educational Domains |
Affective Domain (emphasizing feeling and emotion) Psychomotor Domain (concerned with motor skills) |
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Source: http://faculty.washington.edu/krumme/guides/bloom.html |
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A.2 Technology Integration and Types of Learning |
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Technology Integration and Types of Learning
Conceptual Learning - Ideas, theories, principles of information systems, bodies of knowledge
Problem Solving - Deductive powers, inferential reasoning, testing assumptions, decision making
Object and Document Analysis - Contextualization and interpretation using texts, documents, pictures, objects
Data Gathering and Synthesis - Research skills, methodology, evaluation and reporting, quantification
Case Studies - Evaluation of systems by observing and analyzing simulated situations or processes
Virtual Labs and Field Trips - Testing and evaluating information through experiments and in site examination
Presentations by Teachers - Demonstrations, overviews, framing, setting forth of key information or salient points
Presentations by Students - Production or performance of representative knowledge by students
Collaborative Learning - Sharing knowledge, collective decision making, forming learning communities
Authentic Inquiry - Learner as practitioner, connecting theory to practice, taking responsibility for knowledge
Source: http://www.umuc.edu/virtualteaching/module1/strategies.html http://www.ee.ryerson.ca/~gosha/publicationsPDF/good_practice_final.pdf
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