Hablando de la Formación de Profesores de Ciencias New Trends in the Formation of Physics Teachers C ARL J. W ENNING, D IRECTOR P HYSICS T EACHER E DUCATION.

Slides:



Advertisements
Similar presentations
How People Learn: Brain, Mind, Experience and School John D. Bransford, Ann L. Brown, and Rodney R. Cocking, editors.
Advertisements

How People Learn: Brain, Mind, Experience and School John D. Bransford, Ann L. Brown, and Rodney R. Cocking, editors.
Economic Education and How People Learn Scott Simkins, Interim Director Academy for Teaching and Learning (ATL) North Carolina A&T State University Acknowledgements:
Theme-based Curriculum and Task-based Activities: A Language Teacher’s Reflection Yan Zhao.
PD Plan Agenda August 26, 2008 PBTE Indicators Track
PK & PCK Discussion Session Facilitated by Dr Zahari Hamidon.
Understanding by Design Planning Instruction Stage Three Prepared for Mercer University EDUC621 by Sherah B. Carr, Ph.D Information adapted from training.
TWSSP Summer Academy June 24-28, Celebrations.
Southeastern Louisiana University College of Education & Human Development Conceptual Framework: Setting the Standard for Excellence through Best Practice.
SUNY Cortland Conceptual Framework … our shared vision for preparing candidates to work in P-12 schools.
Good teaching, good teachers and comparative analysis Fernando Reimers.
Chapter 12 Instructional Methods
Why Teach Science Using an Inquiry Approach? Dr. Carl J. Wenning Physics Department Illinois State University Normal, Illinois USA.
LEVELS OF INQUIRY: CONCEPT TO REALITY Dr. Carl J. Wenning Department of Physics.
Instructional Strategies
Reflective Pathways from Theory to Practice Brewton-Parker College Education Division.
Teaching High School Physics Dr. Carl J. Wenning Illinois State University & Ms. Rebecca Vieyra Carey-Grove High School.
 Inquiry-Based Learning Instructional Strategies Link to Video.
Pedagogical Approaches to Science Instruction ~Defining Inquiry~ Bay Area Science Oakland Unified School District POSIT ~ 2007.
Illinois MSP Program Goals  To increase the content expertise of mathematics and science teachers; 4 To increase teaching skills through access to the.
A project of The Council, managed by the National Association of Agricultural Educators.
Gwen Giddens, Director, LRS Project-Based Learning.
Connected Learning with Web 2.0 For Educators Presenter: Faith Bishop Principal Consultant Illinois State Board of Education
The Areas of Interaction are…
=_A-ZVCjfWf8 Nets for students 2007.
* Research suggests that technology used in classrooms can be especially advantageous to at-risk, EL, and special ed students. (Means, Blando, Olson,
Issues for Researchers Allan Feldman, UMass Amherst Jodie Galosy, Michigan State U Carole Mitchener, U of Illinois Chicago STEM Alternative Certification.
Chapter 11 – Teaching and Learning with Technology in Mathematics and Science Instruction Cullen Byrne and Abby Harnack.
ationmenu/nets/forteachers/2008s tandards/nets_for_teachers_2008.h tm Click on the above circles to see each standard.
Putting Research to Work in K-8 Science Classrooms Ready, Set, SCIENCE.
Transforming Learning with Technology a Portfolio by Jeanette Gorzelitz Created in EdL 325 Instructional Technology Fall 2009 As a teacher it is critical.
What is Interact? Active learning projects that: use authentic situations engage students challenge students.
Dr. Carl J. Wenning Department of Physics Illinois State University
Copyright © Allyn & Bacon 2007 Power Point Presentations for Each Chapter of SuperVision and Instructional Leadership: A Developmental Approach Carl D.
Constructing Ideas in Physical Science Joan Abdallah, AAAS Darcy Hampton, DCPS Davina Pruitt-Mentle, University of Maryland CIPS Workshop for Middle School.
Professional Development is aligned to your district’s initiatives and tailored to your districts current needs. Our modules are designed to  Deepen.
Project-Based Learning (PBL) Vivene Robinson.
LPSA Zone Leaders Meeting Illinois Science Teachers Association (ISTA) Illinois Section of the American Association of Physics Teachers (ISAAPT) Illinois.
ALYSSA HOLZHAUSEN EDUCATIONAL LEADERSHIP 325 SPRING 2013 IT Portfolio.
11.1 Chapter 11 Technology in Mathematics and Science Instruction M. D. Roblyer Integrating Educational Technology into Teaching, 4/E Copyright © 2006.
Christine Yang March 17, As a teacher it is critical for me to demonstrate mastery of technology teacher standards. ISTE-NETS Teacher Standards.
Session Objectives Analyze the key components and process of PBL Evaluate the potential benefits and limitations of using PBL Prepare a draft plan for.
Put Your Classroom On A 21 st Century DI-IT Create Engaging Technology Rich Differentiated Classroom Environments Create Engaging Technology Rich Differentiated.
Welcome Alabama Course of Study Technology Education Workshop.
Problem-Solving Approach of Allied Health Learning Community.
Lecture # 32 SCIENCE 1 ASSOCIATE DEGREE IN EDUCATION Professional Standards for Teaching Science.
New State Licensure for Middle Grades 5-8: Master of Arts in Teaching in Middle Grades as Proposed by National Louis University AMLE Annual Meeting October.
A Portfolio by: Mary S. Weinaug Enter.  As a teacher it is critical for me to demonstrate mastery of teacher standards  ISTE-NETS Teacher Standards.
Using Groups in Academic Advising Dr. Nancy S. King Kennesaw State University.
ISTE Standards for Teachers Anja Whitehead IDT 3600 Fall 2015.
Teaching Tips Chapters (23-24) Appraising and Improving your Teaching: Using students, Peers, Experts, and Classroom Research. Prepared By:Muhammed Bakir.
Science and Social Studies CHAPTER 12. Science and Social Studies Why have science and social studies Why have science and social studies historically.
Integrating Educational Technology into Teaching
Structuring Learning. Agenda Structuring learning. Structuring lab sessions. Engagement. Critical Thinking. Ideas for structuring learning. Activity.
Dr. Leslie David Burns, Associate Professor Department of Curriculum and Instruction UK College of Education
As a teacher it is critical for me to demonstrate mastery of technology teacher standards. ISTE-NETS Teacher Standards It is also critical for me to plan.
“Developing an Inquiry- based Science Classroom Using the 5E Instructional Model.” Instructor: Brian Zeiszler Office: Elko High School
 The professional growth and development of teachers is the fundamental purpose of teacher assessment.
D RAFT OF F RAMEWORK OF C OLLABORATION A CTIVITIES “SEAEDUNET 2.0: D IGITAL -A GE T EACHING AND L EARNING M ODEL ”
Susannah Moran Karen Diaz. Assessment  Authentic Tasks: –Do you think the United States should sign the Kyoto Protocol? Write a memo to the president.
21st Centruy Approaches to Teaching Physics
Teaching to Lead Preparing CTE Teacher for Today’s Students
DPI 10 Teaching Standards
TECHNOLOGY STANDARDS FOR EDUCATORS BONNIE SMITH MAY 2, 2011
Instructional Strategies
Problem-Based Learning “Within the problem lies the solution”
Competency Assessment
Project Category Grade Level
Effective Classroom Atmosphere
Teaching to Lead Preparing CTE Teachers for Today’s Students Debbie Anderson, Director cell#
Presentation transcript:

Hablando de la Formación de Profesores de Ciencias New Trends in the Formation of Physics Teachers C ARL J. W ENNING, D IRECTOR P HYSICS T EACHER E DUCATION I LLINOIS S TATE U NIVERSITY

3/2/2016 3:14:00 AMUMCE - SantiagoPágina 2 de 20 Teacher Preparation Recruitment Preparation Retention Other trends in the preparation of science teachers

3/2/2016 3:14:00 AMUMCE - SantiagoPágina 3 de 20 Recruitment of Candidates Pipeline Project (Illinois Section AAPT) –Guidelines for teachers –Brochure for students Recruitment Workshop (Arizona State U) Learning Assistants (U of Colorado) Free Introductory Courses (U of Texas)

3/2/2016 3:14:00 AMUMCE - SantiagoPágina 4 de 20 National Standards National Research Council: –National Science Education Standards –Inquiry and the NSES –How Students Learn Project 2061: –Science for All Americans –Benchmarks for Science Literacy National Science Teachers Association: –2004 Teacher Preparation Standards

3/2/2016 3:14:00 AMUMCE - SantiagoPágina 5 de 20 Knowledge Base Content knowledge of physics –Subject matter –Process skills Pedagogical knowledge –How students learn –How to match teaching and learning Pedagogical content knowledge

3/2/2016 3:14:00 AMUMCE - SantiagoPágina 6 de 20 Authentic Best Practices Addressing preconceptions –Subject matter preconceptions –Epistemological preconceptions Teaching for understanding –Employing the “Inquiry Spectrum” –Applying learning to real-world phenomena Promoting metacognition/self-regulation Establishing a proper class atmosphere

3/2/2016 3:14:00 AMUMCE - SantiagoPágina 7 de 20 Student-centered Classroom Atmosphere A classroom will be student centered to the extent that the teacher builds on knowledge students bring to the learning situations.

3/2/2016 3:14:00 AMUMCE - SantiagoPágina 8 de 20 Knowledge-centered Classroom Atmosphere The classroom will be knowledge centered to the extent that the teacher helps students develop an organized understanding of important concepts in the physics teaching discipline.

3/2/2016 3:14:00 AMUMCE - SantiagoPágina 9 de 20 Assessment-centered Classroom Atmosphere The classroom will be assessment centered to the extent that the teacher makes students' thinking visible so that ideas can be presented and verified.

3/2/2016 3:14:00 AMUMCE - SantiagoPágina 10 de 20 Community-centered Classroom Atmosphere The classroom will be community centered to the extent that the teacher establishes classroom norms that learning with understanding is valued and that all students feel free to explore what they do not understand.

3/2/2016 3:14:00 AMUMCE - SantiagoPágina 11 de 20

3/2/2016 3:14:00 AMUMCE - SantiagoPágina 12 de 20 Required PTE courses PHY Introduction to Teaching PHY Computer Applications PHY Readings for HS Teaching PHY Teaching HS Physics PHY Teaching by Inquiry PHY Student Teaching Seminar STT Student Teaching in Physics

3/2/2016 3:14:00 AMUMCE - SantiagoPágina 13 de 20 Special PTE Projects Inquiry-oriented Labs (110, 111, 112) Service Learning Project (209) Discussion Leadership (310) Lesson Study, Role Playing, Capstone (311) Student Performance Tasks (312) Social Context Project (353) STT Effectiveness Reporting Sys (399)

3/2/2016 3:14:00 AMUMCE - SantiagoPágina 14 de 20 Other Trends 1 Learning theories and learning styles Learning cycles Inquiry teaching Active learning Chunking behaviors Authentic problem solving

3/2/2016 3:14:00 AMUMCE - SantiagoPágina 15 de 20 Other Trends 2 Conceptual understanding and intuition Alternative assessments Novice versus expert understanding Deep versus surface learning Mental models Critical thinking tasks

3/2/2016 3:14:00 AMUMCE - SantiagoPágina 16 de 20 Other Trends 3 Curriculum projects and management Diagnostic and study skills Cooperative learning Inclusion New strategies (PBL, peer instruction, structured problem solving, case study method, inquiry demonstrations & labs)

3/2/2016 3:14:00 AMUMCE - SantiagoPágina 17 de 20 Classroom Technology Whiteboards –Peer instruction –Socratic dialogues Classroom response systems “clickers” Interactive computer simulations CBL- and MBL-based inquiry labs

3/2/2016 3:14:00 AMUMCE - SantiagoPágina 18 de 20 Teachers in Residence Teaching/co-teaching courses A “reality check” for universities Liaison with schools & teachers Recruiting teaching candidates Mentoring candidates & new teachers Supervision of student teachers Managing learning assistant program

Current National Initiatives PTEC and PhysTEC – two coalitions dedicated to improving physics teacher preparation comPADRE – a website with resources for teacher educators UTeach – an NSF-funded initiative involving fewer than 10 universities 3/2/2016UMCE - SantiagoPágina 19 de 20

Current ISU Initiatives Levels of Inquiry Learning Sequences National Institutes for Physics Teacher Educators (NIPTE) 3/2/2016UMCE - SantiagoPágina 20 de 20