Diversity in Physics: Policy and Politics First? Shirley M. Malcom, Ph.D.

Slides:



Advertisements
Similar presentations
WASC Visiting Committee Report 3/28/2007. Areas of Strength Organization The Co Principals and the School Leadership Team provide direction and support.
Advertisements

STEM ACTION CENTER HB 150 Applied Science 7 th and 8 th Grade STEM Pathways and Certification.
The Common Core State Standards: Opportunities and Challenges for the Mathematical Education of Teachers.
Not Your Grandmothers Class: STEM Education in an Age of Transition Shirley M. Malcom, Ph.D.
EAC HIGHER EDUCATION POLICY
The Need To Improve STEM Learning Successful K-12 STEM is essential for scientific discovery, economic growth and functioning democracy Too.
The Five Working Groups Faculty Development Scaling-Up Post-Graduate programmes and 1.Research & Development 2.Innovation 3.Industry - Institute Interaction.
The Cost of a Private College and College Life Karly Barraza Brockett, M.Ed. Associate Director of Admissions California Institute of Technology.
Title I Schoolwide Providing the Tools for Change Presented by Education Service Center Region XI February 2008.
Making the Grade Grading Practices for Students with Disabilities By Cathy Sartain Industries
Unfulfilled Promise: Ensuring High Quality Teachers for our Nation’s Students No Child Left Behind: A Status Report from Southeastern Schools Eric Hirsch.
Conditions to Support Successful Teaching Challenging Coursework: School Climate and Organization Elaine Allensworth April 10, 2012.
STEM Education Reorganization April 3, STEM Reorganization: Background  The President has placed a very high priority on using government resources.
Fostering STEM Diversity OPAS Vision for the Year All Oregonians have the opportunity to choose and successfully pursue engineering or applied science.
Stimulating Discussion Around “What We Know” About Strengthening High School Mathematics Programs and Outcomes National High School Center’s Summer Institute.
Analysis and Next Steps. Summary Nevada’s final score of ranks 24 out of the 36 states that applied Among the ten grant recipients,
Secondary Teacher Preparation in Mathematics Institute for Mathematics and Education Tucson, Arizona March 7 – 8, 2008.
1 Exploring NSF Funding Opportunities in DUE Tim Fossum Division of Undergraduate Education Vermont EPSCoR NSF Research Day May 6, 2008.
Future Educational Principles 4 th CeTUSS Workshop Uppsala University, December 4-5, 2006 Trond Clausen Høgskolen i Telemark & IEEE Education Society.
Thailand’s Experience in Addressing the Challenges of Secondary Education Development By Khunying Kasama Varavarn Permanent Secretary, Ministry of Education,
CSU Summit on the Preparation of Teachers Irvine, California February 14, 2011 Connecting Teacher and Administrator Preparation with After-School Learning.
1 Sustaining Technical Programs The NSF’s Advanced Technological Education Program and American Competitiveness Mike Lesiecki, MATEC A Member of the Academic.
DRAFT Building Our Future 2017 Fulton County Schools Strategic Plan Name of Meeting Date.
Education in South Korea: Challenges and Reforms
The College Board: Expanding College Opportunity The College Board is a national nonprofit membership association dedicated to preparing, inspiring, and.
Module 4 TED 356 Curriculum in Sec. Ed.. Module 4 Explain the current official federal and state standards, including professional and accrediting groups.
The State of K-12 Computer Science Education The instructional practices and assessments discussed or shown are not an endorsement by ACM or the U.S. Department.
I. Nature and history of problem basic structures and incentives II. Potential for improvement why there is hope, why hard to reach II. How DOD might bring.
Academic Affairs BOT Orientation 29 August 2011 Dr. Chula King Provost and Vice President for Academic Affairs.
The 100 Day Transition Report. Objectives  Review Guiding Beliefs  Discuss 100 Day Activities  Discuss Findings  Discuss Next Steps.
Texas High School Project and the Texas Science, Technology, Engineering, and Math (T-STEM) Initiative Texas Regional Collaboration March 6, 2007.
Academic Affairs Dr. Chula King Provost & VP Academic Affairs 26 May 2010.
1 Highly Qualified Teachers New Results for
SCIENCE AND MATHEMATICS TEACHER INITIATIVE Improving the Undergraduate Pipeline to Math and Science Teaching Credentials Program Overview.
Science Technology Engineering Mathematics.  STEM education is influential in driving national economic growth & innovation  Every person depends on.
Graduate School of Education Leading, Learning, Life Changing Evolving Oregon Educational Policy Courtesy of Pat Burk, Ph.D. Department of Educational.
Texas Science Technology Engineering and Math (T-STEM) Initiative Robin Gelinas—Texas Education Agency Director of Policy Initiatives.
A Collaborative Project to Build Capacity Through Quality Teacher Preparation.
The Common Core State Standards Initiative Alisa Chapman, University of North Carolina October 24, 2013.
EGS Research & Consulting BASELINE SURVEYS OF MATHEMATICS DEPARTMENT CHAIR PERSONS, MATHEMATICS FACULTY AND EDUCATION DEPARTMENT FACULTY.
Benchmarking for Success: Ensuring U.S. Students Receive a World-Class Education Presentation to the North Carolina Accountability Conference February.
Designing and Delivering Preparation in Response to Local Need: Challenges in Preparing and Retaining HQ Special Education Personnel presented by: Phoebe.
U.S. Department of Education Reform Agenda Overview April 2010.
Title I and Families. Purpose of Meeting According to the No Child Left Behind Act of 2001, schools are required to host an Annual Meeting to explain.
LESSONS LEARNED IN PROMOTING EXCELLENCE IN TEACHING AND LEADERSHIP for CHSI 2 ND National High School Leadership Summit Archived Information.
Committee on Undergraduate Student Success April 26, 2010 Focusing on UK’s War on Student Attrition.
Lansing Central School District District Assessment Results Presentation May 14, 2012 Dr. Stephen L. Grimm, Superintendent District Leadership Team 1.
Making the Grade Grading Practices for Students with Disabilities By Cathy Sartain Industries
1 Faculty Development Opportunities Weekly events – Institute on High Impact Pedagogical Practices – Faculty Development Workshop Series – The Pre-Tenure.
1 Parallel Session 5A: Gender Issues in Post-Primary Education Negotiating the Interface between Upper Secondary and Higher Education in sub-Saharan Africa:
NOVA Evaluation Report Presented by: Dr. Dennis Sunal.
California State University, Sacramento Shared Solutions: A Framework for Discussing California Higher Education Finance Nancy Shulock, Director Institute.
Special Education Module #1 : Legislative Overview.
Academic Affairs BOT Orientation 22 August 2012 David Marker, Ph.D. Interim Provost and Vice President for Academic Affairs.
America´s Lab Report. Chapter 2: The Education Context Key Points: “High school students’ science achievement nationwide is not impressive and has not.
Past, Present, & Key to our Future. * In 1995 a survey was conducted across DE and it was found that the predominant form of Science Education was textbook.
Strategic Plan 2017 How will you contribute to our success?
Dr. Leslie David Burns, Associate Professor Department of Curriculum and Instruction UK College of Education
2009 ASEAN-KOREA EDUCATION LEADERS’ FORUM Seoul November 2009.
Talent Development – What does it look like at the elementary and secondary levels?
Aim: Does the US need to reform the educational system? Do Now: Make a list of the best aspects of the education you receive and make a list of the worst.
Asking the Right K-12 Questions How to Answer Them to Evaluate K-12 STEM Outreach and Engagement Carlos Rodriguez, Ph.D., Principal Research Scientist.
Occur when a societal condition is improved due to a participant’s action taken in the previous column. \ -Increased number and more diverse pool of youth.
American Mathematical Society Workshop for Department Chairs and Department Leaders Atlanta, GA January 3, 2017.
February 7-9, 2017 Lakeway, Texas
GENDER RESPONSIVE PEDAGOGY
Quarterly Meeting Focus
Education in Australia
Why? Why do we provide for Talent Development opportunities in Cobb County? Meet the needs of high-achieving/highly- able students who have not qualified.
Why? Why do we provide for Talent Development opportunities in Cobb County? Meet the needs of high-achieving/highly- able students who have not qualified.
Presentation transcript:

Diversity in Physics: Policy and Politics First? Shirley M. Malcom, Ph.D.

What is Policy Anyway? Prudence or wisdom in the management of affairs A definite course or method of action selected from among alternatives and in light of given conditions to guide and determine present and future decisions Diversity in Physics

Diversity in Physics: A Pre-test True or false: Policies relevant to addressing issues of diversity in physics are mostly national/federal True or false: Policies affecting opportunity to learn physics affect the makeup of the talent pool Which of the following affect(s) school access to physics? (a) graduation requirements; (b) course offerings; (c) teacher assignment; (d) standards; (e) assessment. Diversity in Physics

Diversity in Physics: A Pre-test (cont’d) True or false: There is little connection between K- 12 physics opportunities and diversity issues in undergraduate physics True or false: The main reason people don’t pursue study in physics is related to their lack of intellectual capacity to perform in the field True or false: Socio-economic status has little to do with access to physics Diversity in Physics

K-12 Education in STEM: Federal and Federalism; National or Nationwide Diversity in Physics

Federalism and Education (federal interest vs. federal control): Just a handful of elements—statistics; equity; access and quality Diversity in Physics

From US ED website “Education is primarily a State and local responsibility in the United States. It is States and communities, as well as public and private organizations of all kinds, that establish schools and colleges, develop curricula, and determine requirements for enrollment and graduation. The structure of education finance in America reflects this predominant State and local role. Of an estimated $1.15 trillion being spent nationwide on education at all levels for school year , a substantial majority will come from State, local, and private sources. This is especially true at the elementary and secondary level, where about 87.7 percent of the funds will come from non-Federal sources.” US investment is approximately 10.7% Diversity in Physics

NCLB: A blessing and a curse States decide the cut score: Lowering the floor (-) Only “mathematics” and language arts (-) Specific attention to different populations (+) A narrowing of curriculum (-) Teaching to the test/teaching for the test (-) Diversity in Physics

The Coming of the Standards Movement 2 Adoption of standards and assessment as policy Standards re-visited (What’s different this time?) The “War within the states” Diversity in Physics

Are we focusing on the right things? Recruiting new STEM teachers and renewal of experienced teachers Projects vs. systemic approaches Science content and science practices Engineering w/o engineering qualified teachers Higher education as key to K-12 reform Implementation of NGSS—S/Es as critical friends Specific attention to different population groups Technology and tools to support learning Diversity in Physics

Why has it been so hard to address issues related to URGs in STEM? Mainstreaming vs targeting: Receiving less of everything needed to be successful Diversity in Physics

Why have we had only modest success with women in physics? Learning from our failures and our successes. Diversity in Physics

Students with disabilities: Seeing the abilities beyond the disabling conditions Diversity in Physics

Systemic Approaches Starting from the outside: What STEM education programs beyond the school have been able to tell us (Equity and Excellence) Moving to the inside Inside and outside Diversity in Physics

A System of Solutions: Every School, Every Student Diversity in Physics

Our insights into success for all students Why, when and under what circumstances are some institutions/programs more successful than others? What can we learn: Physics First; AP for all (NMSI); physics in non-formal environments (e.g., The Exploratorium)? Diversity in Physics

What we can do Individual Institutional Organizational Beyond the system (work in museums, other informal places and programs) Effecting policy change (Analysis, committee service) Changing the system Research/Data Diversity in Physics