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Undergraduate Faculty Enhancement Program |
Mathematics Department - Snygg Hall #18 State University of New York College at Oswego Oswego, New York 13126 |
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Project Directors |
Dr. Jack Narayan, SUNY Oswego Dr. Carol Freeman, Finger Lakes Community College Dr. Constant Goutzires, SUNY at Oneonta Dr . John Winn, SUNY at Farmingdale |
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Phone |
(315) 341-2890 |
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Fax |
(315) 341-3177 |
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Award Number |
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Project Location |
SUNY Oswego, Oswego, NY |
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Project Type |
Residential |
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Project Dates |
5/18/97 to 5/24/97 |
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Recruitment Area |
New York State |
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Application Deadline |
4/30/97 |
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Enrollment |
24 |
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Eligibility/Qualifiers |
Mathematics Faculty |
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Nationally Recognized Consultants
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Cost to the Participants |
Travel to and from Oswego |
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Stipends |
$250.00 |
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Meals Lodging |
Per diem allowance paid by the grant Single rooms provided in residence hall |
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Discipline Focus |
Linear Algebra and ODE |
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Contact |
Building upon the success of the work accomplished through its previous Undergraduate Faculty Enhancement project, " Integration of Workshop Approaches in Calculus and Precalculus", the SUNY coalition will now focus on the content and mode of instruction in Ordinary Differential Equations (ODE) and Linear Algebra. The SUNY Coalition, comprised of twenty nine two and four year schools, will be expanded state-wide to include private institutions.
This project will enable the state-wide coalition to: integrate modern curricula (conceptualization, exploration, and higher-level problem solving) as proposed in The College Mathematics Journal (1994) into the teaching of Ordinary Differential Equations (ODE) and Linear Algebra; integrate technology and innovative pedagogy into the teaching of ODE and Linear Algebra; attract and retain students from underrepresented groups in ODE and Linear Algebra; change the academic culture by collaborating with the Long Island Consortium for Mathematical Sciences Throughout the Curriculum to extend mathematical science throughout the curriculum; and expand the current model of the SUNY Coalition state-wide.
These efforts will help to: increase faculty's knowledge in the content and pedagogy related to teaching and scholarship in ODE and Linear Algebra; emphasize the importance of mathematical modeling in industry; increase the enrollment in upper division mathematics courses; improve student understanding and retention of fundamental mathematics concepts; provide the opportunity for faculty to develop and initiate alternatives to the lecture format; and promote effective communication between two- and four-year institutions and users of mathematics in the real world.
The first-year participants comprised of Lead Professors from the original SUNY Coalition and new members will implement ODE and / or Linear Algebra modern curricula and innovative pedagogical approaches in the year following the summer training. The implementation plan for the new participants of the second year will be the same as that of the first year. In addition the Lead Professors, selected from the first-year participants, will begin work on interdisciplinary courses.
Technology in general, and the graphing calculator, in particular, is having and will continue to have a significant effect on the way we teach mathematics. Mathematicians at all levels in their careers must keep up with the technology and agree on appropriate ways of using the technology to promote learning. Faculty are recognizing the need to explore alternative methods of teaching which integrate computers, graphing calculators, and cooperative learning in the curriculum.
Participants in the proposed workshop will experience how modern curricula, technology, and instructional techniques can be integrated to enhance the teaching of ODE and Linear Algebra. They will engage in hands-on activities and will work in small groups to select exercises, examples, and applications to use on their home campuses. The tools used in this project will include Texas Instruments (TI) graphing calculators with peripherals, MacMath, Maple, MathLab, Differential Systems, and Interactive Ordinary Differential Equations. Specific brands were chosen based on the experience of the project directors; however, participants will be free to select and use comparable tools at their own institutions.
Participants will be selected based upon their level of commitment to do follow-through activities in their classes and the amount of support that will be provided by the participant's institution. In particular we shall require that:
Since one of our goals is to recruit and maintain students from underrepresented groups in mathematics, we shall make every attempt to achieve the desired participation of women, underrepresented minorities, and individuals with disabilities.
Jack Narayan: narayan@oswego.edu
Carol Freeman: clf@sjfc.edu
Constant Goutziers: goutzicj@SNYONEVA.CC.ONEONTA.EDU
John Winn: WINNJA@SNYFARVA.CC.FARMINGDALE.EDU
Bob Devaney,Steve Leon, Gilbert Strang, Alan Tucker, Beverly West and others.
The worshop is supported by the National Science Foundation and the SUNY Central Administration.
Access the listserv at UFE Listserve
SUNY at Oswego
May 18-24,1997
experience how modern curricula, technology, and instructional techniques can be integrated to enhance the teaching of ODE and Linear Algebra; |
engage in hands-on activities and will work in small groups to select exercises, examples, and applications to use on their home campuses; |
experiment with Texas Instruments (TI) graphing calculators, MacMath, Maple, MathLab, Differential Systems, and Interactive Ordinary Differential Equations; and |
interact with consultants including Bob Devaney, Steve Leon, Gilbert Strang, Alan Tucker, Beverly West and others. |
Deborah McKenzie
Office of Research and Sponsored Programs
SUNY at Oswego, NY 13126
Tel.(315) 341-2890, Fax (315) 341-3177
Email: McKenzie@oswego.edu
THE DEADLINE DATE FOR COMPLETED APPLICATION FORMS HAS BEEN CHANGED. FORMS MUST BE RECEIVED BY APRIL 30, 1997.
The workshop is supported by the National Science Foundation and the SUNY Central Administration. The directors of the project are Jack Narayan, Jack Winn, Carol Freeman, and Constant Goutziers. For more information visit our Web Site at http://www.oswego.edu/~narayan.