Female Student Recruitment in S.T.E.M. Fields Satasha Green, PhD Dean School of Education.

Slides:



Advertisements
Similar presentations
Gender & Education. Gender differences in attainment In the past, boys used to achieve far more in education than girls In the past, boys used to achieve.
Advertisements

Latrobe.edu.au CRICOS Provider 00115M School Partnership Program Presenter: Hayley Cail School Partnership Program Co-ordinator Regional 1 May 2014.
GEAR UP Idaho  GEAR UP Idaho is a federal grant program that provides comprehensive, early intervention college access programming to selected Idaho.
Why So Few? Women in Science, Technology, Engineering, and Mathematics.
Women in Science, Technology, Engineering and Math (STEM) Issues, Data, Programs and Action.
Careers in industry: mentorship, internship, recruitment, transparency Elizabeth Pollitzer, Portia Ltd Women for Smart Growth Digital Agenda Assembly,
Gender differences in education
Hawthorne Academy of Health Sciences
Fostering STEM Diversity OPAS Vision for the Year All Oregonians have the opportunity to choose and successfully pursue engineering or applied science.
Diversifying the STEM Pipeline Darris W. Williams Program Coordinator – LSAMP Onondaga Community College.
Madison Area Technical College (Madison College) Center for Adult Learning Shawna Carter, Ed. D. Associate Dean Madison, Wisconsin.
The Rationale for Promoting Science, Technology, Engineering and Maths (STEM) Careers STEM Online module: Basics 2011.
Igniting the Spark: Girls in Science, Technology, Engineering, and Mathematics (STEM) Gloria L. Blackwell Vice President of Fellowships, Grants, and Global.
© 2008 McGraw-Hill Higher Education. All rights reserved. 1 CHAPTER 5 Sociocultural Diversity.
Understanding and Supporting Gender Equality in Schools
Nontraditional Careers. Definition of a Nontraditional Career Any occupation in which women or men comprise 25 percent or less of its total employment.
CSU Summit on the Preparation of Teachers Irvine, California February 14, 2011 Connecting Teacher and Administrator Preparation with After-School Learning.
BY THE NUMBERS CALIFORNIA IN FY st : National ranking in NSF funds $920 Million: NSF funds awarded 262: NSF-funded institutions 2,721: NSF grants.
Careers in Human Service Career Cluster
1 Sustaining Technical Programs The NSF’s Advanced Technological Education Program and American Competitiveness Mike Lesiecki, MATEC A Member of the Academic.
Gender Equity in Computing Rita M. Powell Department Manager Dept. of Computer & Information Science.
Family Engineering Nights ERIC HEISELT, DIRECTOR OF K-12 OUTREACH BAGLEY COLLEGE OF ENGINEERING, MISSISSIPPI STATE UNIVERSITY MAGC CONFERENCE, SEPTEMBER.
SeaPerch Program Mrs. Brostrom Oceanography.  SeaPerch is an innovative underwater robotics program that equips students with the resources they need.
Women and STEM (Science, Technology, Engineering and Maths) Bill Jones Executive Director Student Experience Julie Byrne Principal of Sheffield City College.
Barrier Busters! Mimi Lufkin National Alliance for Partnerships in Equity.
Chapter 6 Education and Achievement ___________________________.
PROFESSIONAL ORGAINIZATIONS LEADERSHIP FORUM AUGUST 6-7, 2013 NYSACTE RECOMMENDATIONS FOR COLLEGE AND CAREER READINESS.
Why So Few? Women in Science, Technology, Engineering, and Mathematics.
Before Proposing to Change the Equation, We should Know All the Variables Adam V. Maltese March 14, 2012.
ADVANCE PAID Program Office of Academic Personnel Setting the UC Context for Issues of the Double Bind Yolanda Moses Associate Vice Chancellor for Diversity,
Matt DeLozier Dean of High School Programs and STEM Education Northeast State Community College.
1 | Presentation title – 00/00/2012 Apprenticeships – the flight path to a successful career/business John Chudley PhD CMarEng CEng FIMarEST.
Community Needs Assessment Project Recommended Strategies for Improvement.
WOMEN IN COMMUNITY COLLEGES WOMEN IN COMMUNITY COLLEGES ACCESS TO SUCCESS.
Profile of an Engineering Education and Professions Introduction to Mechanical Engineering The University of Texas-Pan American College of Science and.
SCIENCE AND MATHEMATICS TEACHER INITIATIVE Improving the Undergraduate Pipeline to Math and Science Teaching Credentials Program Overview.
Research Questions: - -How can you create a critical classroom environment through which more women will be encouraged and supported in their participation.
Science Technology Engineering Mathematics.  STEM education is influential in driving national economic growth & innovation  Every person depends on.
The time is now! Attracting and Retaining Dynamic Young Women to Your Company 15th SHRM Vermont State Annual Conference HRevolution: Change Tomorrow Today.
Looking Ahead to 2013 and Beyond INSPIRING THE NEXT GENERATION OF SCIENTISTS AND ENGINEERS IN NORTHEASTERN MARYLAND STEM SUMMIT XII Women in STEM: Progress.
Presentation of the results of Study 1: Barriers to Female Participation in STEM post-secondary programs February, 2014.
Catalyst: 9/8/10 1.In which year was had the highest percent of computer science degrees awarded to women? 2. Which majors awarded the majority of degrees.
Careers Guidance: Roles and responsibilities. What is Careers Guidance????
111 Understanding STEM Education Hilary Dito STEAM Coordinator CCCOE Keep Calm and Integrate on!
EDUCATION CURRENT GENDER STATUS STEM Fields. NATIONAL EDUCATION TRENDS  About 20.1 million women have bachelor's degrees, compared to nearly 18.7 million.
PAWS 2 Why Career/Technical Training? August 29, 2012.
GENDER GAPS IN EDUCATION Angelica SALVI DEL PERO Social Policy Division Evidence from the OECD Flemish Ministry of Education & Training 18 October 2012.
Connecticut Algebra One for All
STEMNET Science, Technology, Engineering and Mathematics Network STEMNET and STEM Ambassadors- Changing Attitudes and Inspiring Pupils Dr Ajay Sharman.
Equality and diversity good practice fund: Raising aspirations of underrepresented groups 30 October 2015 Chris Brill, Senior Policy Adviser
Awareness of Gender GAP Between Latinas and Latinos Graduating from High School.
Aboriginal and Torres Strait Islander Higher Education Advisory Council Indigenous Leaders Forum Broadening Indigenous participation across the disciplines:
B U I L D I N G C O N S T R U C T I O N P R O D U C T S 1 Caterpillar Clayton Assembly Pre-Apprentice Program.
Why So Few? Women in Science, Technology,
Women at Work Understanding the Wage Gap and its Impact on Montana’s Workforce Barbara Wagner Chief Economist Economic Update Series July 30, 2015.
Few Women Study Computing 57% of all undergraduate degrees 59% of the undergraduate degrees in biology 42% of the undergraduate degrees in mathematics.
Learning and Gender Week 2, lesson 2 – Subject choice differences and gender role socialisation.
PLYMOUTH STEM STRATEGY DRAFT Vision To unify and monitor the positive momentum in STEM to ensure its leadership across Plymouth is aligned to.
Gender & Computing Joanne McGrath Cohoon. The Big Picture Reasons girls should study CS Reasons few of them do  What can we do about it?  Where can.
Investing in the Future: How to Retain Women in Stem Janine McCormick & Lora Leigh Chrystal February 2, 2016.
Think Future: Year 9 Introduction to Lesson 4 Promoting science, technology, engineering and mathematics.
Pennsylvania has a great future in STEM jobs
A Historic and Contemporary Inquiry-Based Project
The Experiences of Female High School Students and Interest in STEM:
How CA Leading Women Can Address the Gender Gap in STEM Majors
Can Ohio seize the future?
Creating a College-Going Culture: How Are We Doing?
Introduction to Lesson 7 Exploring green careers
Great Opportunities with STEM
Gender Equity in Computing
Presentation transcript:

Female Student Recruitment in S.T.E.M. Fields Satasha Green, PhD Dean School of Education

Current Status of Women in STEM Fields Women: earn disproportionately fewer S.T.E.M. undergraduate degrees hold nearly 50% of all jobs in the US, but less than 25% of S.T.E.M. jobs women with S.T.E.M. degrees are more likely to work in education or healthcare than their male counterparts 1 in 7 engineers are female (U.S. Dept. of Commerce, 2011) no employment growth in S.T.E.M. jobs for women since 2000

What May Be A Cause? In K-12 settings young girls are rarely encouraged to pursue math and science Stereotypes: science and math are “male” fields humanities and arts are “female” fields

How can we promote female advancement in the S.T.E.M. fields? Two major issues we must address: 1)Training K-12 Teachers in S.T.E.M. Education 2)Encouraging girls in S.T.E.M. in early grades

It’s starts with Teachers Teachers can play a huge role in helping to decrease the S.T.E.M. gender gap Teachers do have an impact on student learner outcomes U.S. school teachers have to help educate and engage students in S.T.E.M. fields Colleges and universities will have to train 25,000 new K-12 teachers in S.T.E.M each year

THE WAY WE TRY TO RECRUIT GIRLS INTO S.T.E.M. FIELDS IS ALL WRONG!

We need to recruit by appealing to WHY we need them in S.T.E.M. We NEED you to help make the world a better place. We NEED you to help discover the cure for cancer. We NEED you because you have the ability to change the course of humanity for the better.

Rework the K-12 curriculum An interest in S.T.E.M. needs to be cultivated at a young age K-12 educators should work to encourage young girls to pursue opportunities in S.T.E.M.

Promising Practices in K-12 Education Raise girls’ awareness of S.T.E.M. occupations Help girls find relevancy in S.T.E.M. Be aware that girls (and female teachers) may feel less confident of their abilities to use new technology Be aware of overt biases against girls – and be especially alert for unintended biases against girls Make use of the variety of resources available to help students in general and girls in particular

Promising Practices in Higher Education Actively recruit women through multiple strategies Provide adequate financial supports Foster positive educational environments in which girls and women are exposed to S.T.E.M. careers Offering strong counseling, advising and academic supports for students early on and throughout programs of study Creating educational pathways Conducting research on women and S.T.E.M. education

References Community for Advancing Discovery Research in Education. (2011). Retrieved from: education-cadre-0http://cadrek12.org/projects/community-advancing-discovery-research- education-cadre-0 Etraining Pedia. (2013). Closing the STEM Gender Gap in K-12 Education: How Teachers Can Help education/ 12-education/ Huhman, H.R. (2012). STEM Fields And The Gender Gap: Where Are The Women? Retrieved from: progress/2012/06/20/stem-fields-and-the-gender-gap-where-are-the-women/ progress/2012/06/20/stem-fields-and-the-gender-gap-where-are-the-women/ Palek, J. (2012). Recruiting and Supporting Women and Girls in Science, Technology, Engineering, and Mathematics (STEM) Careers, Women View Retrieved from: Popova, M. (2013). Explore. Retrieved from: fields fields