“5 HIGH IMPACT TEACHING PRACTICES”

Slides:



Advertisements
Similar presentations
TEAM-BASED LEARNING: What Makes It: DISTINCTIVE? SO IMPORTANT?
Advertisements

What is a Research Lesson?
“5 HIGH IMPACT TEACHING PRACTICES”
Welcome to College and Career Ready Standards Quarterly Meeting # 1.
“5 TRANSFORMATIVE TEACHING PRACTICES” Presentation by: L. Dee Fink, Ph.D. Educational Consultant in Higher Education Author of: Creating Significant Learning.
“GETTING BETTER AS A TEACHER”
Paul Quick, PhD Coordinator of Faculty and TA Development Course Design 1: Planning your FYOS First-Year Odyssey Seminar Workshops.
The JOY and RESPONSIBILITY of TEACHING WELL
Creating Significant Learning Experiences L. Dee Fink.
Metacognition: The Key to Acing Courses! Saundra Y. McGuire, Ph.D. Assistant Vice Chancellor Professor, Department of Chemistry Past Director, Center.
Metacognition: The Key to Acing Courses (and everything else)!
“5 HIGH IMPACT TEACHING PRACTICES” Presentation by: L. Dee Fink, Ph.D. Educational Consultant in Higher Education Author of: Creating Significant Learning.
Desired outcomes You will analyze your current learning strategies for Chemistry 1201 You will understand exactly what changes you need to implement to.
Presentation by: L. Dee Fink International Consultant in Higher Education “Innovative Pedagogy & Course Redesign IX” Fairfield University June 3-5, 2009.
DESIGNING COURSES for SIGNIFICANT LEARNING
Chapter 1 Defining Social Studies. Chapter 1: Defining Social Studies Thinking Ahead What do you associate with or think of when you hear the words social.
1 Ideas of Problem-based Learning As a learner-centred process, problem- based learning meets the learners' interests and as such gives room for developing.
Want to become an expert learner? Metacognition is the Key!
“Developing Faculty Capabilities to Support Integrative Learning A Session Led by: L. Dee Fink, Ph.D. International Consultant in Higher Education AAC&U.
Session Objectives Analyze the key components and process of PBL Evaluate the potential benefits and limitations of using PBL Prepare a draft plan for.
College of Education Graduate Programs
Metacognition: The Key to Acing Courses! Saundra Y. McGuire, Ph.D. Assistant Vice Chancellor Professor, Department of Chemistry Past Director, Center.
Ace Course 101: Metacognition is the Key!. What’s your career track?
Welcome to: Asking Critical Thinking Questions in the Kindergarten Classroom Presentation name Presenter Name and Date 1.
BITE-SIZED STUDENT SUCCESS STRATEGIES FOR THE HIGHER ED CLASSROOM Diane Hagni Center for Educational Research and Teaching Innovation (CERTI)
Professional Teaching Portfolio Valerie Waloven
21st Centruy Approaches to Teaching Physics
Metacognition: The Key to Acing Courses (and everything else)!
Ace Mr. Coiro’s Chemistry: Metacognition is the Key!
Learning Assessment Techniques
Polling Question... How do you think you did on the test?
Visible Learning Strategies for collaboration to promote learning in small group settings Giulia Forsythe, Centre for Pedagogical Innovation.
Learning Without Borders: From Programs to Curricula
How to Succeed in College Chemistry
Metacognition and Learning
Inquiry-based learning and the discipline-based inquiry
Academic Support Services
Differentiated Instruction
OSEP Leadership Conference July 28, 2015 Margaret Heritage, WestEd
Let’s Use Metacognition
Quarterly Meeting Focus
Session #1 Reflection Questions
Intermediate Small Business Programs, Part B SBP 202 Lesson 1: Introduction February 2017 Lesson 1: Introduction.
Teaching and Learning with Technology
Magothy River Middle School
Metacognition: The Key to Acing Courses (and everything else)!
ASSESSMENT OF STUDENT LEARNING
Pat Conole (315) My Showcase Portfolio Pat Conole (315) t687.
DESIGNING COURSES for SIGNIFICANT LEARNING
What to include in your Portfolio؟
Metacognition: The Key to Acing Courses!
“5 HIGH IMPACT TEACHING PRACTICES”
“Tell me and I forget. Show me and I remember
Essential Question: How can I give back to my school and community over the course of the year?
Study Skills for School Success! Session 3
MULTIPLE INTELLIGENCE SELF-ASSESSMENT
PART ONE: Assessing Institutional Learning Outcomes
Metacognition: The Key to Acing Courses!
Study Skills for School Success! Session 3
Parent-Teacher Partnerships for Student Success
The Heart of Student Success
Designing Programs for Learners: Curriculum and Instruction
Cornell Notes with GBQs
Conscious Competence Ladder: Debrief
Student Learning Outcomes at CSUDH
Conscious Competence Ladder: Debrief
Final Course Reflection ELED Dr. Jiyoon Yoon
Individual Identity: Typical Student Team Roles
*Intense Study Sessions
Presentation transcript:

“5 HIGH IMPACT TEACHING PRACTICES” Presentation by: L. Dee Fink, Ph.D. Educational Consultant in Higher Education Author of: Creating Significant Learning Experiences East Tennessee State University Conference on High-Impact Instructional Practices January 8, 2018

Your Situation at ETSU: Your Strategic Plan for 2016-2026: Six Key Areas: #1: Maximize [the quality of] the student experience both inside and outside the classroom #3: Support Excellence in Teaching Specific Action Called For: Provide opportunities for students to experience “high-impact educational practices” PROFESSIONAL Responsibility: How can I support this goal, in my own courses? PERSONAL Question: “Your Life as a Teacher” What makes [or would make] it fulfilling – for you?

Two Basic Perspectives: Paradigm Shift: From “Teaching” to “Learning” Continuous Improvement

Basic Argument: If we want BIG IMPROVEMENTS in STUDENT LEARNING, We must make BIG IMPROVEMENTS in OUR TEACHING!

Getting Better Over Time A Quality of Teaching When You Began Teaching B NOW Near Future

IDEAS ON TEACHING & LEARNING GOOD NEWS: LOTS OF POWERFUL NEW IDEAS ON TEACHING & LEARNING

Origin of Idea of “High Impact Practices” 2000: National Survey of Student Engagement (NSSE) “High Impact Educational Practices” First-Year Seminars Learning Communities Service Learning Undergraduate Research Capstone Courses and Projects

“New” Ideas on Teaching in Higher Education: How students learn Learning-centered teaching Designing learning experiences Identifying what students might learn Using active learning Using small groups Assessing student learning Motivating and enabling students to learn Using powerful teaching strategies Teaching large classes Using instructional technology Evaluating teaching Reflecting on your work as a student [teacher]

“5 HIGH IMPACT TEACHING PRACTICES” Help Students Become Better Learners Learning-Centered Course Design Team-Based Learning Engage Students in Service – With Reflection Be a Leader with Your Students

“5 HIGH IMPACT TEACHING PRACTICES” Help Students Become Better Learners

Louisiana State University Saundra McGuire Louisiana State University

Saundra McGuire: Using ‘METACOGNITION’ to Help Students Learn How to Learn

Students’ Big Needs: Change their views about “Intelligence” Change the way they study, i.e., what they do when they try to learn something

Students’ Big Needs: Change their views about “Intelligence”

Counting Vowels in 45 seconds How accurate are you? How many vowels in the words on the next slide?

Dollar Bill Dice Tricycle Four-leaf Clover Hand Six-Pack Seven-Up Octopus Cat Lives Bowling Pins Football Team Dozen Eggs Unlucky Friday Valentine’s Day Quarter Hour

How many items in the list do you remember? 2 or less 3 – 5 6 – 8 9 – 12 13 or more

Dollar Bill Dice Tricycle Four-leaf Clover Hand Six-Pack Seven-Up Octopus Cat Lives Bowling Pins Football Team Dozen Eggs Unlucky Friday Valentine’s Day Quarter Hour

NOW how many words or phrases do you remember? 2 or less 3 – 5 6 – 8 9 – 12 13 or more

What were two major differences between your 1st and 2nd attempts?

We knew what the task was. We knew how the information was organized.

*Intense Study Sessions The Study Cycle 4 Reflect 3 Review Preview before class – Skim the chapter, note headings and boldface words, review summaries and chapter objectives, and come up with questions you’d like the lecture to answer for you. Preview 4 Reflect Attend class – GO TO CLASS! Answer and ask questions and take meaningful notes. Attend Review after class – As soon after class as possible, read notes, fill in gaps and note any questions. Review Study – Repetition is the key. Ask questions such as ‘why’, ‘how’, and ‘what if’. Intense Study Sessions* - 3-5 short study sessions per day Weekend Review – Read notes and material from the week to make connections Study Assess your Learning – Periodically perform reality checks Am I using study methods that are effective? Do I understand the material enough to teach it to others? Assess *Intense Study Sessions 1 Set a Goal (1-2 min) Decide what you want to accomplish in your study session 2 Study with Focus (30-50 min) Interact with material- organize, concept map, summarize, process, re-read, fill-in notes, reflect, etc. 3 Reward Yourself (10-15 min) Take a break– call a friend, play a short game, get a snack 4 Review (5 min) Go over what you just studied Center for Academic Success B-31 Coates Hall ▪ 225.578.2872 ▪www.cas.lsu.edu

Average Exam Scores from 3 Courses General Chemistry I - East Tennessee Tech Class sizes: 70-90 students Fall 2011: Teacher offered 50-minute intervention after 1st Exam After that, reminded students to use their new learning strategies Question: How did exam scores compare to earlier years?

Average Exam Scores from 3 Courses General Chemistry I - East Tennessee Tech Class sizes: 70-90 students Fall 2011: Teacher offered 50-minute intervention after 1st Exam After that, reminded students to use their new learning strategies Question: How did exam scores compare to earlier years?

Average Exam Scores from 3 Courses General Chemistry I - East Tennessee Tech Class sizes: 70-90 students Fall 2011: Teacher offered 50-minute intervention after 1st Exam After that, reminded students to use their new learning strategies Question: How did exam scores compare to earlier years?

The Story of Three LSU Students Travis, junior psychology student 47, 52, 82, 86 B in course Joshua, first year chemistry student* 68, 50, 50, 87, 87, 97, 90 (final) A in course Dana, first year physics student 80, 54, 91, 97, 90 (final) A in course *2010 Summer Scholar

“5 HIGH IMPACT TEACHING PRACTICES” Help Students Become Better Learners Learning-Centered Course Design

“Learning-Centered Course Design”

3 FEATURES OF A HIGH QUALITY LEARNING EXPERIENCE During Course/College: After College: End of course 3. The learning: ADDS VALUE 1. Students are: ENGAGED 2. Student effort results in: SIGNIFICANT & LASTING LEARNING

FUNDAMENTAL TASKS OF TEACHING Knowledge of the Subject Matter Interacting with Students Designing Learning Experiences Managing the Course Beginning of the Course

FUNDAMENTAL TASKS OF TEACHING Knowledge of the Subject Matter Interacting with Students Designing Learning Experiences Managing the Course Beginning of the Course

Taxonomy of Significant Learning

Taxonomy of Significant Learning Learning HOW to Learn Becoming a better student Inquiring about a subject Self-directing learners Foundational Knowledge Understanding and remembering: Information Ideas Application Skills Thinking: Critical, Creative, & Practical Managing projects Caring Developing new… Feelings Interests Values Integration Connecting: Ideas Bodies of Knowledge Realms of life Human Dimensions Learning about: Oneself Others 33

Understand and remember the key concepts, terms, relationship, etc. In a course with significant learning, students will: Understand and remember the key concepts, terms, relationship, etc. Know how to use the content. Be able to relate this subject to other subjects. Understand the personal and social implications of knowing about this subject. Value this subject and further learning about it. Know how to keep on learning about this subject, after the course is over.

INTEGRATED COURSE DESIGN: Key Components Learning Goals Feedback & Assessment Teaching & Learning Activities S i t u a t i o n a l F a c t o r s

3-COLUMN TABLE: 1. Found. Know. 2. Application 3. Integration Learning Outcomes: Assessment Activities: Learning Activities: 1. Found. Know. 2. Application 3. Integration 4. Human Dim.: Self, Others 5. Caring 6. Learning How to Learn

3-COLUMN TABLE: 1. Found. Know. 2. Application 3. Integration Learning Outcomes: Assessment Activities: Learning Activities: 1. Found. Know. 2. Application 3. Integration 4. Human Dim. Self, Others 5. Caring 6. Learning How to Learn

3-COLUMN TABLE: 1. Found. Know. Multiple-choice tests 2. Application Learning Outcomes: Assessment Activities: Learning Activities: 1. Found. Know. Multiple-choice tests 2. Application Case studies 3. Integration Essays, focused on Integration 4. Human Dim. Self, Others Reflective essays 5. Caring Statements of preferences 6. Learning How to Learn Learning portfolios

3-COLUMN TABLE: 1. Found. Know. Multiple-choice tests 2. Application Learning Outcomes: Assessment Activities: Learning Activities: 1. Found. Know. Multiple-choice tests 2. Application Case studies 3. Integration Essays, focused on Integration 4. Human Dim. Self, Others Reflective essays 5. Caring Statements of preferences 6. Learning How to Learn Learning portfolios

3-COLUMN TABLE: 1. Found. Know. Multiple-choice tests Reading Learning Outcomes: Assessment Activities: Learning Activities: 1. Found. Know. Multiple-choice tests Reading 2. Application Case studies In-class problem solving, with fdbk. 3. Integration Essays, focused on Integration Discussion (small group?) 4. Human Dim.: Self, Others Reflective essays Reflections, essays 5. Caring Statements of preferences Community projects 6. Learning How to Learn Learning portfolios Project: learn something new

Criteria of “GOOD” Course Design Significant Learning Learning Goals Integrate Teaching and Learning Activities Feedback & Assessment Active Learning Educative Assessment S I T U A T I O N A L F A C T O R S In-Depth Situational Analysis

3-COLUMN TABLE: Learning Goals: Assessment Activities: Learning Activities: 1. 2. 3. 4. 5. 6.

WEEKLY SCHEDULE Week #: Mon Wed Fri 1 2 3 4 .. 12 13 14 15 ? ? ?

- - - - -> - - - - -> - - -> Learning ACHIEVED Learning IMAGINED - - - - -> - - - - -> - - -> Learning ACHIEVED 4 1 Learning Goals Xxx xxx Week: Mon Wed Fri 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 5 2 Learning Goals Ass’m’t Activ. LearningActiv. Xxx 2. Xxx 3. Xxx 4. Xxx 5. Xxx 6. Xxx 3 3-Column Table Weekly Schedule

2009: “New Directions for Teaching & Learning” Issue #119: “Designing Courses for Significant Learning: Voices of Experience” Accounting Spanish Economics Music Analysis Multiple courses at one university Special Education (2) Philosophy and Art History Biology Engineering College Teaching

“5 HIGH IMPACT TEACHING PRACTICES” Help Students Become Better Learners Learning-Centered Course Design Team-Based Learning

“Team-Based Learning: A Special Way of Using Small Groups” Larry Michaelsen

QUESTION: Many teachers are using small groups these days. WHY?

HOW DO PEOPLE LEARN? Transmit Knowledge?

Transmission Of Knowledge

HOW DO PEOPLE LEARN? Transmit Knowledge? Can transmit “information” Constructivism

Constructivist View of Learning People have to take that information and CONSTRUCT their own understanding of it, i.e., figure out what it means and they can do with it.

HOW DO PEOPLE LEARN? Transmit Knowledge? Constructivism Individual Constructivism Social Constructivism

Social Constructivism: We can construct our understanding of anything by ourselves, but... it usually works much better to collaborate and dialogue with others

QUESTION: Many teachers are using small groups these days. WHY? ANSWER: Constructivist View of Knowledge Individual Social But: Not all ways of using small groups are equally good.

Quality of Student Learning Traditional Teaching (lecture, textbook focused)

3 General Ways of Using Small Groups: Casual “Turn to your neighbor and discuss “X”. Easy to do, but limited impact

Quality of Student Learning Traditional Teaching (lecture, textbook focused) Casual Use Different Ways of Using Small Groups

3 General Ways of Using Small Groups: Casual Cooperative Insert a carefully-designed group activity More impact than “Casual” but overall course structure is still unchanged

Quality of Student Learning Traditional Teaching (lecture, textbook focused) Cooperative Learning Casual Use Different Ways of Using Small Groups

3 General Ways of Using Small Groups: Casual Cooperative Different Course Structure Changes the structure of the course Much bigger impact on student learning

Quality of Student Learning Traditional Teaching (lecture, textbook focused) Team-Based Learning Cooperative Learning Casual Use Different Ways of Using Small Groups

3 General Ways of Using Small Groups: Casual Cooperative Different Course Structure Changes the structure of the course Much bigger impact on student learning Two major examples: PBL: Good – but difficult with large classes TBL: Good – and does work with large classes

SO, what makes TBL different & special? It takes note of the difference between: “small groups” and “TEAMS”. TBL is a SET of activities that provides the tools necessary to transform “small groups” into “high performance learning teams”.

3 “DIALOGUE” BOXES OF TBL BY Oneself Dialogue WITHIN Groups Dialogue AMONG Groups High Quality LEARNING x x =>

EXAM: Individual or Group The Sequence of Learning Activities in Team-Based Learning Covering a 2-3 week block of time Dealing with one major topic within the course Three Phases of Team Learning: Preparation Application (Practice with Feedback) Assessment In-Class: Out-of-Class: Activities: 3. Appeals R.A.P.: 1. Individual test 2. Team test 4. Corrective Instruction Review CULMINATING PROJECT EXAM: Individual or Group (Continue Group Work pattern as long (Simple) (Complex) as desired) Homework Reading Approximate Level of Content Understanding at Each Phase: ) ) ) ) ) ) 40% 50% 60% 70% 80% 90-100%

What are some of the unique TOOLS that TBL provides for the teacher? The Readiness Assurance Process Special kinds of Questions on the Application problems Immediate Feedback Peer Evaluation Structure of the grading system

What is the reaction of TEACHERS and STUDENTS – to TBL?

STUDENT Reaction Comments from a student in a course using TBL Course: “Preparing for College-Level Teaching” – for graduate students in Engineering and the Sciences

1. NEED “An engineering professional is almost always a part of a team. Engineering projects of any significant size are simply too much work or too much responsibility for one person to handle.”

1. NEED 2. RESULTS “[Students] learn the material better, which is the obvious reason for using TBL. “But there are so many other positives that emerge from the process, namely: social, writing, speaking, presenting and thinking skills all get improved during TBL. Students can learn more about scheduling, time management, working with difficult people, and organizing collective work through TBL.”

1. NEED RESULTS IMPLICATIONS “Without at least some TBL in their curriculum, they are significantly under-prepared for what is waiting for them in industry.”

“5 HIGH IMPACT TEACHING PRACTICES” Help Students Become Better Learners Learning-Centered Course Design Team-Based Learning Engage Students in Service – With Reflection

Engage Students in Service: “Service Learning”, “Civic Engagement”: What does that mean? Link courses or co-curricular actions to SERVICE to a community group or organization. > Service = Service + Link to Course + Reflection

Service + REFLECTIONS: Reflect on: What they experienced The possible impact of those experiences on “My understanding of…” The SUBJECT of this course, discipline, and/or curriculum OTHER PEOPLE – their background, their situation, their feelings, their behavior, etc. ORGANIZATIONS – the impact of: organizational structure, communication patterns, vision, implementation strategy, etc. Relationship of MY EXPECTED CAREER to COMMUNITY WELFARE MYSELF – my beliefs, values, actions, life goals, career choices – How these have changed or need to change?

Engage Students in Service: Service + REFLECTIONS: These Reflections can occur in the form of: One-minute papers Learning journals Learning portfolios

“Students Reflecting on Their Own Learning” John Zubizarreta

“TAKING CHARGE OF ONE’S OWN LEARNING” St1 St2 Teacher/Coach

? Meta-Learner: St1 St2 Teacher/Coach

Teacher/Coach Meta-Learner: One Who Takes Charge of their… ? Own Learning/ Development St1 St2 Teacher/Coach Own Knowing/Beliefs Own Thinking Own Performance Own Caring/Values

Learning Portfolios: KEY QUESTIONS WHAT did you learn? HOW did you learn? What helped and didn’t help you learn? What does this tell you about: YOURSELF AS A LEARNER? About the NATURE OF LEARNING? SIGNIFICANCE FOR YOU, of what you learned? Plan for FUTURE LEARNING: WHAT ELSE do you want or plan to learn? HOW will you learn that?

“5 HIGH IMPACT TEACHING PRACTICES” Help Students Become Better Learners Learning-Centered Course Design Team-Based Learning Engage Students in Service – With Reflection Be a Leader with Your Students

“Be a Leader With Your Students” Ken Bain

FUNDAMENTAL TASKS OF TEACHING Knowledge of the Subject Matter Interact with Students Designing Learning Experiences Managing the Course Beginning of the Course

FUNDAMENTAL TASKS OF TEACHING Knowledge of the Subject Matter Interact with Students Designing Learning Experiences Managing the Course Beginning of the Course

LEADERSHIP: “Motivating and enabling others to do something important well.” Question: What can teachers do, to LEAD students? General Answer: Create the right kind of relationship with students – caring, respectful, collaborative

Creating the Right RELATIONSHIP with Students: (Based on Bain) Interact in a way that shows YOU CARE! Interact in a way that MOTIVATES students. Dynamic COMMUNICATION SKILLS TRUSTWORTHY – in Power:Trust issues

Creating the Right RELATIONSHIP with Students: Interact in a way that shows YOU CARE! about students, student learning, teaching-learning process, about the subject of the course

Creating the Right RELATIONSHIP with Students: 2. Interact in a way that MOTIVATES students. Give praise in a way that motivates Listen well to the learners Motivate by interacting differently with different students

Creating the Right RELATIONSHIP with Students: (Based on Bain) Dynamic COMMUNICATION SKILLS Sense of drama, rhythm Good use of language Use language of “promises” > “demands” Express belief in students’ ability to learn Celebrate achievements Use warm language

Creating the Right RELATIONSHIP with Students: 4. TRUSTWORTHY – in Power:Trust issues Don’t use classroom to demonstrate power. Build trust relationships Give power to students to make decisions about their own learning Interact fairly (same policies for all)

Creating the Right RELATIONSHIP with Students: Interact in a way that shows YOU CARE! Interact in a way that MOTIVATES students. Dynamic COMMUNICATION SKILLS TRUSTWORTHY – in Power:Trust issues

“5 HIGH IMPACT TEACHING PRACTICES” Help Students Become Better Learners Learning-Centered Course Design Team-Based Learning Engage Students in Service – With Reflection Be a Leader with Your Students

QUESTIONS about: Team-Based Learning?? Service learning – with reflection, via learning portfolios?? Being a Leader with your students??

SUMMARY

L-PF: S Teacher Outside individuals, groups 1. Learning –Centered Design of Learning Experiences S 3. Focused small-group dialogue 4. Service Learning Opportunities Learn How to Learn L-PF: Teacher Re-Orienting Students’ Views of Learning: Start 5. Leadership - LEARNING PORTFOLIOS

BENEFITS TO… Society Your Institution Your Students Yourselves

Getting Better Over Time Quality of Teaching & Student Learning When You Began Teaching WOW!! NOW Near Future

THE END! ?? Higher Education: Let’s make it all that it can be and needs to be!

OR, A NEW START?? Let’s Get Started!! Teaching for the 21st Century . . . Let’s Get Started!!