Woodrow Wilson Indiana Fellowship Program Vision Statement –Highly qualified STEM teachers –Problem-based STEM curricula –Rural schools network –New models.

Slides:



Advertisements
Similar presentations
Instructional Leadership for the 21 st Century University of South Alabama in collaboration with Baldwin and Mobile County Public Schools.
Advertisements

National Academy of Engineering of the National Academies 1 Phase II: Educating the 2020 Engineer Phase II: Adapting Engineering Education to the New Century...
What Did We Learn About Our Future? Getting Ready for Strategic Planning Spring 2012.
Integrating Library Resources into the Course Development Process at an Online College ©2009 The Sheridan Libraries of The Johns Hopkins University Inspiration,
The Common Core State Standards: Opportunities and Challenges for the Mathematical Education of Teachers.
Literacy in the middle years of schooling focusing on Aboriginal Students.
DIScovery SciEnce through Computational Thinking (DISSECT) Enrico Pontelli.
The University of Wyoming Tier-1 Initiative Stage One: College of Engineering and Applied Science The Implementation Plan for FY2015-FY2020 K-14: Initiatives.
The Anatomy of Systemic Support for Immersion Programs.
STEM Endorsements. The Charge The STEM Advisory Council requested an implementation model for creating a STEM endorsement or endorsements Include a description.
Catalyzing Transformation Undergraduate Biology Education Judith A. Verbeke, Acting Division Director Division of Biological Infrastructure Biological.
STEM (Science, Technology, Engineering and Math) education is an integrated, interdisciplinary approach to learning that provides hands-on and relevant.
An Excellent Proposal is a Good Idea, Well Expressed, With A Clear Indication of Methods for Pursuing the Idea, Evaluating the Findings, and Making Them.
Kansas accreditation is:  1.A school improvement plan  2.An external assistance team  3.Local assessments aligned with state standards  4.Teachers.
STEM Education Reorganization April 3, STEM Reorganization: Background  The President has placed a very high priority on using government resources.
Center of Excellence in Mathematics and Science Education Cooperative Partners College of Arts and Sciences College of Education Dr. Jack Rhoton East Tennessee.
Secondary Teacher Preparation in Mathematics Institute for Mathematics and Education Tucson, Arizona March 7 – 8, 2008.
FCRSTEM Florida Center for Research in Science, Technology, Engineering and Mathematics Florida State University.
1 Exploring NSF Funding Opportunities in DUE Tim Fossum Division of Undergraduate Education Vermont EPSCoR NSF Research Day May 6, 2008.
The Directorate for Education and Human Resources (EHR) Diana L. Burley, Ph.D. Program Director Division of Undergraduate Education National Science Foundation.
1 Presentation Ivy Tech Community College Terre Haute, IN Jackie McCracken April 21, 2007.
Industry Advisory Board Department of Computer Science.
CSU Summit on the Preparation of Teachers Irvine, California February 14, 2011 Connecting Teacher and Administrator Preparation with After-School Learning.
FY14 Budget Priorities August UAS Mission UAS Core Themes  Student Learning enhanced by faculty scholarship, undergraduate research and creative.
EDUCATIONAL COUNSULTANCY SERVICES
If We Build It, Will They Come? The Case for Structural Change to Support STEM Education Reform Association of American Colleges & Universities Annual.
1. 2 Why is the Core important? To set high expectations –for all students –for educators To attend to the learning needs of students To break through.
Towards an Integrated Academy: A Teaching and Learning Framework for Carleton University
Learner-Ready Teachers  More specifically, learner-ready teachers have deep knowledge of their content and how to teach it;  they understand the differing.
EASTERN WASHINGTON UNIVERSITY Eastern Washington University EWU ODP Maps EWU ODP Maps
1 Tennessee Board of Regents Teacher Education Redesign: The University Teaching Residency.
SCIENCE AND MATHEMATICS TEACHER INITIATIVE Improving the Undergraduate Pipeline to Math and Science Teaching Credentials Program Overview.
State Role in Supporting Educators C HRIS M INNICH M AY 2012 | SCEE M EETING.
Oregon State Board of Education January 19, 2012.
Where Innovation Is Tradition Students as Scholars : QEP Update Fall 2010 Kimberly K. Eby Bethany M. Usher QEP Planning Committee.
Alternatives to traditional education –Charter schools –Vouchers Accountability –Assessment of adequate yearly progress –Funding of public education Concern.
Georgian Technical University – March 2012 Center for Excellence in Learning and Teaching The Role of University Teaching Centers in Improving Engineering.
Leading Change. THE ROLE OF POLICY IN CHANGE Leading Change – The Role of Policy Drift to Quantitative Compliance- Behavior will focus on whatever is.
A Collaborative Project to Build Capacity Through Quality Teacher Preparation.
REPORT ON THE OHIO CLINICAL ALLIANCE OCTEO CONFERENCE DUBLIN, OHIO MARCH 6, 2015.
Developed by Yolanda S. George, AAAS Education & Human Resources Programs and Patricia Campbell, Campbell-Kibler Associates, Inc. With input from the AGEP.
First Tuesday Series February 2, SACS -- Quality Enhancement Plan SACS requires that universities develop a comprehensive plan to enhance student.
West Sound STEM Network Working Together to Improve STEM Learning.
1. Housekeeping Items June 8 th and 9 th put on calendar for 2 nd round of Iowa Core ***Shenandoah participants*** Module 6 training on March 24 th will.
Anderson County Schools. 1. Providing technology to support instruction and to assist with stakeholder communication. 2. Identifying and providing new.
Preparing and Evaluating 21 st Century Faculty Aligning Expectations, Competencies and Rewards The NACU Teagle Grant Nancy Hensel, NACU Rick Gillman, Valporaiso.
Faculty Engagement in Partnership Work Nancy S. Shapiro University System of Maryland AACU 2007.
May 30, 2015 Central Washington University THE NEXT GENERATION OF STEM TEACHER PREPARATION IN WASHINGTON STATE.
Serving: What does the learner demand of us? Process: What processes do we need to master in order to serve our population? Development: What competencies.
Think Academics: Academic Visioning David Marker Interim Provost and Vice President for Academic Affairs.
Gifted Education Resource Institute Purdue University Discovery, Learning, and Engagement: An Integrated Approach.
Advancing graduate education. Enhancing the graduate student experience. GRADUATE EDUCATION THE UNIVERSITY OF MARYLAND Presentation to: Finnish Higher.
Columbus State University C ollege of Education and Health Professions PSC Program Review February 14-17, 2010.
Mission Mission The Raj Soin College of Business provides leadership and innovation to: Develop successful and ethical leaders capable of making valued.
1 HIGHER EDUCATION PROGRAMS AT NASA K. E. BLANDING, PH.D. Acting Director, Higher Education Division NASA Office of Education.
Set background image for this slide to change picture. A range of photos are available in the graphics folder.
 The NEFEC STEM Initiative Nancy Thompson Supervisor of Curriculum and Instruction.
Perkins End of Year Evaluation Southwestern Community College May 18, 2016.
Cal Poly Pomona University Strategic Plan 2011 ‐ 2015 Partial Assessment of Progress Presented to the University Strategic Planning Committee (USPC) 12/4/2014.
Towards an Integrated Academy: A Teaching and Learning Framework for Carleton University
AQIP Categories Category One: Helping Students Learn focuses on the design, deployment, and effectiveness of teaching-learning processes (and on the processes.
A Productive Partnership
Wichita State University (WSU) College of Health Professions (CHP)
School of Education 5-Year Strategic Plan Spring 2017.
Network of 43 research universities
Enhancing Academic partnerships DSA Faculty Fellows
FAST FACTS – COE Learning
School of Education Opportunity for Discovery, Learning & Engagement
February 21-22, 2018.
Seminar on the Evaluation of AUT STEM Programme
Presentation transcript:

Woodrow Wilson Indiana Fellowship Program Vision Statement –Highly qualified STEM teachers –Problem-based STEM curricula –Rural schools network –New models for STEM instruction –Science literacy –Students pursuing STEM careers

Woodrow Wilson Indiana Fellowship Program Mission Statement –Purdue will develop, implement, and evaluate an innovative STEM masters program to prepare highly qualified science and math teachers with expertise in problem-based learning for rural secondary schools in Indiana. –STEM Goes Rural (SGR) partners will collaboratively develop models for using distance education to provide high quality STEM education in rural communities.

Woodrow Wilson Indiana Fellowship Program Project Goals –Develop field-based, interdisciplinary STEM Masters Programs. –Develop and support a Purdue Rural Schools Network –Develop an evidence-based curriculum that fits the culture of rural communities. –Create new models of effective teacher education –Increase STEM interests and achievement in Indiana's rural schools.

Woodrow Wilson Indiana Fellowship Program Project Goals continued –Develop an assessment system –Foster collaborative interdisciplinary research

Woodrow Wilson Indiana Fellowship Program Project Implementation – Leadership Team –Vic Lechtenberg, Purdue Interim Provost/Vice Provost for Engagement –Sidney Moon, Associate Dean in the College of Education –Chris Sahley, Associate Dean for Undergraduate Education in the College of Science –Managing Director, TBA

Woodrow Wilson Indiana Fellowship Program Project Implementation- Advisory Board Role - to provide input during the planning and implementation stages of the project. Composition - Faculty and Deans/Associate Deans from the Colleges of Education, Engineering, Science, and Technology, P-12 superintendents, and other stakeholders.

Project Implementation – Advancement Team –Team members Purdue Foundations Director College of Education Advancement Director College of Science Advancement Director Marketing and communications experts. –Responsibilities Assist with all aspects of project fund raising, marketing, communications, and public relations. Woodrow Wilson Indiana Fellowship Program

Prospective Students –Graduates of Purdue in the STEM disciplines who want to teach in rural secondary schools –Students currently enrolled in, or applying for, Indiana STEM transition to teaching programs –Persons living and working in rural areas of Indiana with STEM degrees and an interest in teaching –Practicing scientists and engineers who are interested in a second career in STEM education –Returning veterans with STEM backgrounds who are interested in becoming teachers.

Woodrow Wilson Indiana Fellowship Program Program and Curriculum –STEM education rural schools. –Problem-based, content-rich STEM education for P-12 students and secondary teacher education candidates –Networking, collaboration, and STEM instruction via distance learning technologies –Context-specific curriculum modules that link STEM concepts to rural issues and problems –A three-year mentoring and induction program that provides advanced STEM teacher education skills such as integrating technology and engineering into science and math curricula and curriculum development

Woodrow Wilson Indiana Fellowship Program Project Outcomes –Increased science learning by secondary science students in targeted rural schools, as measured by standardized achievement tests and performance rubrics. –Hiring and retention of 80% of program fellows in rural, secondary school STEM teaching for three years following graduation. –A robust model for enhancing secondary STEM education in rural schools through collaboration and technology. –Presentation and/or publication of 3-5 scholarly products per year, beginning with year 3 of the project.