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Reforming Undergraduate STEM Education The AAU Initiative. Tobin Smith AAU Vice President for Policy NSF S-STEM Projects Meeting Crystal Gateway Marriott, Arlington, Virginia October 16, 2012. - PowerPoint PPT Presentation
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Reforming Undergraduate STEM Education The AAU Initiative
Tobin SmithAAU Vice President for PolicyNSF S-STEM Projects MeetingCrystal Gateway Marriott, Arlington, VirginiaOctober 16, 2012
AAU & its History in STEM Education- Boyer Commission Report, 1998 “Reinventing Undergraduate Education: A Blueprint for America’s Research Universities”
- Undergraduate Research Pilot Study, 2001- Standards for Success, 2003 “Understanding University Success"
- Informal Survey of STEM Retention Programs at AAU Universities, 2010- AAU Undergraduate STEM Initiative, 2011
Recent ReportsPresident’s Council of Advisors on Science
& Technology (PCAST): Engage to Excel Report
National Research Council (NRC): Discipline-Based Education Research Report
Mission StatementThe goal of the AAU Undergraduate STEM
Education Initiative is to help influence change in the culture of STEM departments at AAU universities so that they will use evidence-based, student-centered, active, sustainable pedagogy in their classes, particularly at the freshman and sophomore levels.
Rationale Workforce needs → Competitiveness
Desire for a scientifically-literate population
New scholarship on what works in the classroom: evidence-based teaching methods
Several AAU institutions are already at the forefront of improving STEM undergraduate education
Problems
STEM completion rates not good
Research universities don’t produce as many STEM majors as other colleges and universities
Evidence-based teaching methods are not widely adopted. Why?
Teaching (and learning) are not effectively evaluated and rewarded
Key ComponentsFramework (Goal #1)
Demonstration Projects (Goal #2)
Incentives (Goals #3 and #4)
Promising Practices (Goal #5)
Framework [Goal #1]What is the Framework?A menu of evidence-based practices that can be used to improve STEM teaching and to measure these improvements. Core Component Pedagogy
Who will use it?The framework is designed to be used by several different stakeholders including: Faculty Administrators Departments Institutions
How will it be used? The framework is usable along several dimensions:
To improve teaching and learning in the classroom To coordinate courses within the department To determine how broadly evidence-based techniques are being used
Out with the old…
In with the new…
Demonstration Projects [Goal #2]A subset of AAU institutions will be identified to serve as demonstration sites that will implement the framework.
Activities will include implementing practices to:
Improve the quality of teaching and learning in STEM classes
Determine if and how evidence-based teaching methods are being used
Measure the effects of using improved teaching methods on STEM and Non-STEM majors
Vs.
Preliminary Demonstration Site Criteria Presidents/Chancellors must make a public commitment to
serving as a demonstration site. Institutions must contribute substantial resources to the
demonstration project and provide a plan for sustainability. Institutions must include at least 3 departments with some
rational connection within their demonstration projects. Respected senior faculty within participating departments
must be engaged. Institutions must include assessment within their
demonstration projects.
Incentives [Goals #3 and#4]FEDERAL INSTITUTIONAL
Work with federal agencies on mechanisms to encourage good teaching Explore institutional and
departmental incentives for good teaching
Including:◦ Working with Cottrell Scholars, HHMI
professors and others on identifying and disseminating promising practices for evaluating teaching in promotion and tenure
PULSEPartnership for Undergraduate Life Science Education
Promising Practices [Goal #5] To develop effective means for sharing information about promising & effective undergraduate STEM
programs, approaches, and methods.
Key ProjectsPromising Practices Resource Booklet &
Workshop Program Evaluation Techniques
Undergraduate STEM Education Reform
Graduate Student Training
Recruitment/Retention of Women and
URM
Course Content/
Curriculum
Areas of STEM Reform
• Pedagogy
• Faculty Development
• Future Faculty Development (graduate student training)
• Institutional/State/Federal Policy
• Course content/curriculum
• K-12 Teacher Development
• Workforce Development
• Recruitment/retention of underrepresented student populations in STEM (including women and minorities)
Organizations Addressing These Areas of Need: Association of Public Land-grant Universities (APLU)
◦ K-12 Teacher Development
Business Higher-Education Forum (BHEF)◦ Workforce Development
Project Kaleidoscope (PKAL)◦ Faculty Development and Policy
Association of American Universities (AAU)◦ Pedagogy
Disciplinary Societies◦ Faculty development and curriculum
Many others…
PedagogyCourse
Content/Curriculum
Broader Institutional Policies and
Practices Workforce Development Faculty Development
Graduate Student Training/Future
Faculty Development
Retention of Women, Minorities
and other Under-re presented groups
in STEMK-12 Teacher Development
Research Universities
Comprehensive and Liberal Arts
Colleges
Minority Serving
InstitutionsCommuni ty
Colleges IncentivesDe monstration
ProjectsWorkshops/Forums/
Conferences/Seminars Frame work Course Re-designResearch
Study
Association of American Universities (AAU): Undergraduate STEM Education Initiative l l l l l l
Association of Public Land-grant Universities (APLU): Science and Mathematics Teacher Impe rative (SMITI) l l l l l
Association of Public Land-grant Universities(APLU): Minority Male STEM Initiative l l l l lAssociation of Public Land-grant Universities(APLU)/American Association of Community Colleges (AACC)/Ope n Learning Initiative (OLI): Cognitive Course wares Design l l l l l l
Busi ne ss Higher Education Forum (BHEF): STEM Higher Education Workforce Projects l l l l l
Howard Hughes Medical Institute (HHMI): Society of HHMI Professors l l l l l
Center for the Integration of Research, Teaching, and Learning (CIRTL) l l l l l l
Project Kaleidoscope (PKAL): Framework for Institutional Effective ness in STEM Learning l l l l l l
Project Kaleidoscope (PKAL): Leadership for 21st Century STEM l l l l l l
Project Kaleidoscope (PKAL): STEM Student Transfer Success l l l l l l
Bay View Alliance (BVA) l l l l l
Reinvention Center l l l l
Visi on and Change in Undergraduate Biology Education l l l lUniversity of Texas-Austin/U-Teach Institute/National Math & Science Initiative (NMSI): U-Teach Program l l l l
American Physical Society: Support Programs for Undergraduate Instruction l l l l l l l lAmerican Association of Community Colleges (AACC): Advanced Te chnical Education Program l l l l
Target Institutions Mechanisms for ImplementationPrimary Area(s) of Emphasis
Thank youTobin Smith
Vice President for PolicyAssociation of American Universities
[email protected] Phone: 202-408-7500
Website: www.aau.edu