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JCC Campus
Mathematics & Engineering


Departmental Goals for 200
4/2005 - Area 5
Department of Mathematics, Engineering and Computer Science
 

Within mathematics/engineering community,  we have identified several goals and specified the outcome we expect in order to successfully complete each goal.  

E.  Key Results Area 5:  Mathematics/Engineering Community  


1. Participate in available professional development opportunities.  

Outcome a:  Attend conferences and mathematics society meetings as they fit with  individual faculty interests.  Have faculty report back to the department in order to collectively reap the benefits of these meetings.  

Individual faculty attended the Annual Conferences of: MichMATYC, AMATYC, and the Hawaii International Conference for Mathematics and Statistics. Each attending faculty member shared ideas and information from the conferences with the department.
One faculty member, Vic Marquardt, gave a presentation on alternative careers for engineering graduates to the
U. of Mich. Mechanical Engineering student honors group, Pi Tau Sigma, (of which he was a student member).
In addition, several faculty members took courses to further their own learning. Courses included: MTH 151 - Calculus (JCC), EDU 511 Instructional Skills Workshop (Spring Arbor University), EDU 546 Math - Teaching for Understanding (Marygrove College) - 2 instructors, STT 861 - Theory of Probability and Statistics I (MSU), STT 888 - Stochastic Models in Finance (MSU), Finite Mathematics (EMU), Differential Equations (EMU).


2.  Increase services to help adjunct faculty.
 

Outcome a:  Expand use of the departmental website, and Outlook as an efficient way to provide adjunct instructors with resource materials.

All course materials for MTH 095 and MTH 110 provided to fulltime and adjunct faculty via a "for your eyes only" URL from the department website.
Student materials for MTH 095 and MTH 110 linked directly from the department website.
Individual lead faculty post materials for adjuncts on personal websites.
Testing materials sent via Outlook to adjunct faculty.
Changes and/or updated course information sent to adjuncts via email.

Outcome b:  Provide on-site mentoring for adjunct faculty using CBR labs.

Instruction was provided to adjunct faculty who wanted to use the CBR labs in their classrooms.  This year there were no new mathematics adjunct faculty and only one adjunct faculty requested a summary of the use of the CBR units and the labs.  The CBR units were taken to the Hillsdale center and to JCC@Lanawee Vo-Tech for use by adjunct faculty.

Outcome c:  Provide classroom visits and mentoring to all new adjunct faculty.

Classroom visits were made to 2 adjunct faculty (there were no new adjunct faculty this year) who were not observed in previous years.  Reciprocal visits to full time faculty classrooms were encouraged and a reciprocal visit was made by an adjunct faculty to a fulltime faculty classroom.   Informal discussions regarding mathematics education between fulltime and adjunct mathematics faculty were frequent throughout the semester.


3.  Be active in the K-12 community. 

Outcome a:  Serve on Mathematics Advisory committees for Jackson Area Career Center and ISD.  

Department Co-chair standing member of this committee.

Outcome b:  Pair education students with K-12 teachers for a service learning experience. 

JCC students have had service learning experiences in the following local schools:  Townsend Elementary, Bennett Elementary, Wilson Elementary, da Vinci Institute, and Jackson Arts and Technology Public Academy.

Additional Opportunities:

Individual math faculty have consulted with Grass Lake High School Principal and Curriculum Director regarding the connect between 9-12 and JCC.
Math faculty have consulted with the Jackson Math Science Center.
Math faculty have provided training in ALEKS for some administrators and staff at Michigan Works.

 

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