Physics Education is more than techniques John M. Clement.

Slides:



Advertisements
Similar presentations
TEA Science Workshop #7 October 25, 2012 Kim Lott Utah State University.
Advertisements

Rigor Define the term and give an example. 1. Defining Rigor Rigor is creating an environment in which each student is expected to learn at high levels,
Common Core Math: 2 > 4 Super Week Norms Silence your technology Limit sidebar conversations.
Integrating Guided Inquiry and Modeling: An example of “Reading an Object” for any grade, any age, any science topic Gordon Berry* and Mary Hynes-Berry**
Writing Across the Curriculum
“Clickers” in the classroom. Dr. Douglas Duncan Director of Astronomical Laboratories University of Colorado, Boulder Former national.
Why should we change how we teach physics? Derek Muller & Manju Sharma Sydney University Physics Education Research (SUPER)
Mind the Gap Seminar Hungary Doris Jorde University of Oslo.
Why Teach Science Using an Inquiry Approach? Dr. Carl J. Wenning Physics Department Illinois State University Normal, Illinois USA.
/ 181 InstrutionalMethods. Aim The purpose of this session is to increase the effectiveness of the trainings that are prepared by the participants, by.
Science Inquiry Minds-on Hands-on.
We are a team looking forward to the integration of technology in the classroom. We are not the only ones who want this to happen. We are trying to get.
Inquiry-Based Learning
Scientific Inquiry: Learning Science by Doing Science
N E P F N evada E ducator P erformance F ramework Southern Nevada Regional Professional Development Program Standard 2 Part 2 Secondary Mathematics.
Top 10 Instructional Strategies
A Framework for Inquiry-Based Instruction through
Physics Education Research-Based Reform at a Multicultural Institution Richard Steinberg City College of New York This work is supported by NSF and FIPSE.
Instructional software. Models for integrating technology in teaching Direct instructional approach Indirect instructional approach.
TLC Monthly Webinar for Tutor Coordinators May 10, :00 – 2:00 pm.
Paul S. Steif Carnegie Mellon University
An Inquiry Approach to Science
Elementary School Science: Emphasizing the Basics Presented by Frank H. Osborne, Ph. D. © 2015 EMSE 3123 Math and Science in Elem. Ed.
1 Chapter 7 Models for Teaching: Direct Melinda Bauer and Shannyn Bourdon.
T 7.0 Chapter 7: Questioning for Inquiry Chapter 7: Questioning for Inquiry Central concepts:  Questioning stimulates and guides inquiry  Teachers use.
Learning Science and Mathematics Concepts, Models, Representations and Talk Colleen Megowan.
TESOL Materials Design and Development Finish Tomlinson’s “Introduction” and begin Harmer’s “Describing Learners” Week 3.
Academic Needs of L2/Bilingual Learners
David McConnell, Geology University of Akron May 2005 NAGT Observing and Assessing Workshop Hey, Technology Boy: It’s the Message, Not the Medium.
If a child is to keep alive his inborn sense of wonder, he needs the companionship of at least one adult who can share it…rediscovering with him the joy,
Inquiring Minds. The goals for today’s lesson are...  To demonstrate understanding of the process of scientific inquiry,  To recognize that science.
Physics Education Research (PER): The PER-Friendly Classroom and The Importance of Reasoning Brian A. Pyper Ph.D. Director of Physics Education BYU-Idaho.
The New Internet and the Classroom Cool Tools For Teachers.
Learning Gains in Physics in Relation to Students' Mathematics Skills David E. Meltzer Department of Physics and Astronomy Iowa State University.
PROCESS-ORIENTED GUIDED INQUIRY LEARNING (POGIL) WHAT IS IT?
Removing the Mask of Inquiry Presented by the Delaware Valley Science Fairs Barbara Lorenzon Director of Education Dick Close.
The Scientific Method What is the Scientific Method? Click here!
Learning Gains, Student Attitudes, and impacts on LA’s in Phys 1110 (Sp ‘03) S. Pollock With NSF/STEM-TP support.
Presented to the School of Health and Rehabilitation Sciences September 23, 1999 Developing a Lecture for the Web Carol Washburn Ed.D.
Quote 1 Reciprocal Teaching “In a classroom using the Reciprocal Teaching approach, a student working in a small group reads aloud a brief passage of text.
 Social cognitive theory is acquiring symbolic representations through observation.  Learning through imitation of observed behaviour.
1 Year 1 Science Teacher Leadership Academy Session 6.
University of Colorado, Boulder
Elliot Eisner’s “Ten Lessons the Arts Teach” By: Allison McGhee.
Physics Education Research at CU S.J. Pollock SPS Fall 05 or why do I keep filling out those online surveys at the start of every course?
The Power of Observation. Before Observation Which students are the focus of the observation? What method will best capture the observation? What opportunities.
A New Use for Multimedia Learning in Introductory Physics Gary Gladding University of Illinois July 22, 2008 AAPT Meeting Edmonton, Alberta.
Interactive Classroom: Why Use a Classroom Response System.
Utilizing Small Groups in Large ESL Classes Dr. Bruce Kreutzer International University, HCMC.
Chapter 8: Inquiry & Teaching Science Chapter 11: Discussion, Demo, & Lecture Design Strategies: Universal, Backwards, & Inquiry Based Class #4: Teach.
A Lesson Study Implementation: Application Inquiry Strategy on Hand-on Activity to Enhance Student’s Comprehend of Ohms’ law By: Dr. Selly Alemneh Dra.
How to Teach Science using an Inquiry Approach (ESCI 215 – Chapter 1)
“Developing an Inquiry- based Science Classroom Using the 5E Instructional Model.” Instructor: Brian Zeiszler Office: Elko High School
Science Writing Using Firsthand Data Copyright © 2005 Education Development Center, Inc. Jeff Winokur Education Development Center,
4:00 – 4:05pm Welcome and Introductions 4:05 – 4:20pm Ice Breaker 4:20-4:30 pm Norms 4:30 – 5:00pm Journaling 5:00 – 5:30 pm Enquiry activity stations.
GROUP LEARNING TEACHING and ASSESSMENT Give me a fish I eat for a DayTeach me to fishI eat for a life time.
TRANSITIONING TO NGSS: FROM CONCLUSION WRITING TO ARGUING FROM EVIDENCE Day 3 Craig Gabler Regional Science Coordinator ESD 113.
VIDEO ANALYSIS OF TEACHING ASSESSMENT OF CLINICAL PRACTICE ECE Spring 2014 By: Megan McGuire.
Constructivism & Alternative Conceptions. What is constructivism? What are the implications of constructivist theory for teaching?
Welcome To My Showcase Portfolio Franca Perrotta
Concept Questions July Outline  Concept Inventories Questions  Next Step Questions  OAPT Peer Review Questions  OAPT Contest Questions.
The Learner Centered Classroom
Cognative Theory and the Design of Multimedia Instruction
Flipped Classes: A Low-Stakes Opportunity for Problem
Retention and Retrieval - Storage is not the problem
Online versus Classroom
Robert Gagné’s 9 Events of Instruction
Welcome to Explorify! This presentation will help you introduce your colleagues to Explorify – we’ve given you all the key information but feel free to.
The Scientific Method.
Presentation transcript:

Physics Education is more than techniques John M. Clement

Some References Modeling.asu.edu The best site for teacher workshops. mazur- Wonderful papers and talks. prst-per.aps.org Free online journal edited by Joe (Edward) Redish. AAPT - if not a member join and get access to many important papers.

Familiar Results Richard Hake in a 6000 student survey Conventional teaching gain maximum 25% “Interactive Engagement” 30-70% gain Up to 90% gain in recent class Indirect measurement shows 10% gain in pre-college physics classes

In the Past?? There is NO evidence to show that this is any different from the past!

Conventional Learning Paradigm Lecture (direct instruction) “Lecturer transmits concepts to the the students” by talking about them “Transmissivist” paradigm

Communication theory Lecturer recalls information Lecturer encodes a message Message travels over medium Learner receives message Learner decodes message Learner stores information

Problems Improper encoding Noise in transmission Improper decoding Improper storage This depends on learner having same model for decoding as the lecturer uses in encoding!

Mazur demo Do students learn by being shown something? On a scale of 1 to 5 with 5=Yes, and 1=No

Demo to dispel misconception

Posttest 2 months later How many students got it right? Vote 1 finger for 10% 2 for 20…

Correct answers 18 % get it right on memory posttest 82 % get it wrong. Common misconception that the plank evens out load even when object is on one side.

One student wrote “As demonstrated in lecture both scales will read 10N regardless of where the center of mass is located. The platform and the metal block form one unit that is being measured, so the scales show two evenly distributed readings, no matter where the metal block is placed along the platform.”

Why? Discuss with your neighbor why and come up with an answer.

Model You interpret what you see according to your mental model! So what you remember is basically what your mental model tells you happened.

Solution Does anyone have a solution?

Solutions Treatment Right – Wrong No demo3070 Observe1882 Predict2971 Discuss3070 ????

But on test of understanding Mode correct bal torque no clear reasoning No demo315342% Observe Predict Discuss Students have to be given time and opportunity to change their mental models.

How does memory work? Discuss with your neighbor and come up with an answer.

Why? Can anyone give an answer?

Memory Part of the answer is that we only remember concepts and facts, but not a photo. So when you picture something you saw you use a few concepts and facts to recall. You reconstruct most of the memory from your mental models.

Transfer? Michelle Perry Tested transfer for 4 cases 1.Teach algorithm – NO transfer 2.Teach meaning – near transfer 3.Teach meaning then algorithm? 4.Teach algorithm then meaning?

Transfer? Michelle Perry Tested transfer for 2 cases 1.Teach algorithm – NO transfer 2.Teach meaning – near transfer 3.Teach meaning then algorithm - NONE 4.Teach algorithm then meaning – NONE Algorithm blocks transfer

What is effect of extra study? SCIENCE Feb 2009 Experiment compares- US students ~ 1 year of physics Chinese students 5 years of rigorous physics How much better did Chinese students score on FCI?

50 – 86%

Scientific Reasoning? Using the Lawson Classroom test of scientific reasoning how much better did Chinese students score?

How to increase reasoning? Inquiry based course using Karplus “Scientific Learning Cycle” 1.Exploration 2.Concept development 3.Application After 1 semester 58%  66% Or gain of 0.47 effect size or 20% normalized gain.

Recent evidence from math Calculus concept inventory by Jerry Epstein Regular calculus courses get 10% gain Interactive engagement get 20%

Multimedia There is evidence for effectiveness of multimedia designed according to known cognitive research, but none for just showing videos. How can you improve conventional video concept presentations?

Video presentation Just telling students about a concept, and even including the answers to the posttest produced no gain. 6/24 right But including a segment with “peers” discussing misconceptions helped. 12/24 right responses. Or 30% normalized gain.

Paying attention? Teachers often tell students to pay attention. Does this work??? J:\12[1]_mpeg2video.mpg

J:\Inattentional\couple.gif

Conciousness “Experience is not something we feel but something we do” You can find the full text with demos to this paper on the web.