you're responsible for teaching, and your students are resonsible for learning: flipping your...

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Flipping your classroom in introductory physics

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Presenter: Dr. Debora Katz, United States Naval Academy We've all heard the expression, "You can lead a horse to water, but you cannot make him drink." Many of us think this expression applies to our physics students. We lead them to physics, but we make them drink it in. Put in more concrete terms we are responsible for teaching, but our students are responsible for learning. So how can we get them to learn? In this webinar, Dr. Debora Katz, author of the new calculus-based physics text, Physics for Scientists and Engineers: Foundations and Connections, will discuss how flipping her classroom has shifted the focus from her teaching to her students' learning.

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Page 1: You're responsible for teaching, and your students are resonsible for learning: Flipping Your Classroom in Introductory Physics

Flipping your classroom in introductory physics

Page 2: You're responsible for teaching, and your students are resonsible for learning: Flipping Your Classroom in Introductory Physics

I love to lecture.

Page 3: You're responsible for teaching, and your students are resonsible for learning: Flipping Your Classroom in Introductory Physics

Students don’t learn in lectures.

Page 4: You're responsible for teaching, and your students are resonsible for learning: Flipping Your Classroom in Introductory Physics

you cannot make him drink.

Page 5: You're responsible for teaching, and your students are resonsible for learning: Flipping Your Classroom in Introductory Physics

Lecturing = teaching in the classroom.

Flipping = learning in the classroom.

Page 6: You're responsible for teaching, and your students are resonsible for learning: Flipping Your Classroom in Introductory Physics

1. Students in groups of 3 or 4.2. Groups based on their majors in order

to spread out talent.3. I answer questions, but I don’t lecture.

Page 7: You're responsible for teaching, and your students are resonsible for learning: Flipping Your Classroom in Introductory Physics

My class is 3 hours + 2 hours in lab

4 to 8 hours outside of class (USNA)

8 to 10 hours outside of class (recommended)

My students take 15 to 23 credits

Page 8: You're responsible for teaching, and your students are resonsible for learning: Flipping Your Classroom in Introductory Physics

so I put a carrot in his water dish.

Page 9: You're responsible for teaching, and your students are resonsible for learning: Flipping Your Classroom in Introductory Physics

I need to find a carrot to get my students to learn physics.

I will talk about the carrots in my class...

Page 10: You're responsible for teaching, and your students are resonsible for learning: Flipping Your Classroom in Introductory Physics

1. Come to class and take notes2. Do the homework problems3. Consult the book if I get stuck4. Redo a few problems the night before

the exam.

Page 11: You're responsible for teaching, and your students are resonsible for learning: Flipping Your Classroom in Introductory Physics

1. Read the book and take notes.2. Be prepared for class.3. Answer questions.4. Do problems.5. Review.6. Apply physics to something you care

about.7. Rinse and Repeat.

Page 12: You're responsible for teaching, and your students are resonsible for learning: Flipping Your Classroom in Introductory Physics
Page 13: You're responsible for teaching, and your students are resonsible for learning: Flipping Your Classroom in Introductory Physics

Newton’s second law is F = ma

It means I have to push harder on a heavier object to get the same acceleration.

What is the minimum force required to move the block…?

In today’s lab measure the cart’s acceleration and mass. Use the force sensor…

My jeep is stuck in the mud, can I use the winch and that tree to get it out?

Page 14: You're responsible for teaching, and your students are resonsible for learning: Flipping Your Classroom in Introductory Physics

Students don’t read their science textbooks.

Daily quiz – 50% total based on reading. CARROT: Daily quiz – 10% based on reading and taking notes.

Knowledge of the concepts from reading. They ask about points that they don’t understand.

Page 15: You're responsible for teaching, and your students are resonsible for learning: Flipping Your Classroom in Introductory Physics

Students don’t read their science textbooks.

1. Watch on-line lectures. MIT lectures are available.

2. Watch on-line demonstrations. Veritasium.

Page 16: You're responsible for teaching, and your students are resonsible for learning: Flipping Your Classroom in Introductory Physics

Students don’t read their science textbooks.

Do some physics before class.

Publisher supplied pre-lectures

Homework is due before covered in class

Collect data from video Direct Measurement Videos

Page 17: You're responsible for teaching, and your students are resonsible for learning: Flipping Your Classroom in Introductory Physics

Students are frustrated and quit when they cannot answer questions and solve problems.Daily quiz – 50% total based on problems.

CARROT: No problems are assigned for homework. Problems are done in class with group. Extra credit for each problem completed in class.

ANOTHER CARROT: Both individual and GROUP GRADES on every quiz.

Page 18: You're responsible for teaching, and your students are resonsible for learning: Flipping Your Classroom in Introductory Physics

Students tend to learn and burn.

Review quizzes—come from previous week or two. (Used to have major test at 6 and 12 weeks.)

CARROT: Students allowed to redo the problem portion of quizzes (50% of points).

We know how important it is to return to earlier material and to learn from our mistakes.

Page 19: You're responsible for teaching, and your students are resonsible for learning: Flipping Your Classroom in Introductory Physics

Students don’t believe physics matters.

As a term project students design their own “case study”.

CARROTS: Students have all term, they get feedback from their working group and me. It’s fun to be creative.

Page 20: You're responsible for teaching, and your students are resonsible for learning: Flipping Your Classroom in Introductory Physics

A student working on a case study is in the role of practitioner.

When a student works on a case study, we expect the highest levels of thinking, reasoning, problem-solving and communication.

Traditionally used in medical, business and law schools.

Like a practitioner, the student is motivated to learn and sees the relevance of the subject matter.

Page 21: You're responsible for teaching, and your students are resonsible for learning: Flipping Your Classroom in Introductory Physics

Create and solve a problem that comes from the material covered in SP211/2. The

problem can include material from any part of this semester’s syllabus and it should be solvable by a typical student in this class. Your project will be graded on creativity,

research, difficulty and solution.

Page 23: You're responsible for teaching, and your students are resonsible for learning: Flipping Your Classroom in Introductory Physics

Active learning group functions as working group to give each member feedback on term project.

CARROT: Group grade on term projects.

Three in-class Check Ups

Page 24: You're responsible for teaching, and your students are resonsible for learning: Flipping Your Classroom in Introductory Physics

Students read outside of class and discuss in class.

Groups do problems and answer question in class.

Term project—students create a case study.

Page 25: You're responsible for teaching, and your students are resonsible for learning: Flipping Your Classroom in Introductory Physics

1. Points (on daily quiz) for reading and taking notes.

2. Extra credit for whole group working outside of class.

3. Extra credit for working problems in class.

4. Redo allowed on quiz problems.

5. Term project is fun and group grade gives them incentive to help one another.

Page 26: You're responsible for teaching, and your students are resonsible for learning: Flipping Your Classroom in Introductory Physics

Do you prefer straight-forward lectures instead of the flipped classroom?

Page 27: You're responsible for teaching, and your students are resonsible for learning: Flipping Your Classroom in Introductory Physics

Do you like doing problems in class with your group?

Page 28: You're responsible for teaching, and your students are resonsible for learning: Flipping Your Classroom in Introductory Physics

Please provide any feedback that you might think would be useful for other instructors….

Page 29: You're responsible for teaching, and your students are resonsible for learning: Flipping Your Classroom in Introductory Physics

I prepare by 1. reading the same

material as the student.

2. Doing the problems before class.

3. Writing a daily quiz.4. Grading a daily quiz

In class, 1. List daily work on

board. 2. Visit each group at

least three times. 3. Answer questions.4. Advise on how to get

the most out of class