Diane M. Ford

E-mail: dford@cerritos.edu 

Education

<div align=right>M.S. in Applied Mathematics                                                                    May 1994</div>
California State University, Long Beach
,

Sponsored by the Hughes Masters Fellowship
Graduate Emphasis: Numerical Analysis and Statistics

<div align=right>B.A. in Applied Mathematics (Scientific Programming)                           March 1990</div>
University of California, San Diego

Provost Honors List, Golden Key National Honor Society

Work History

<div align=right>Cerritos College, Norwalk, CA                                August 1996 to May 1998, January 2006 to present
Part-Time Mathematics Instructor.
Taught pre-college level courses, developed curriculum and classroom materials, and assessed student academic progress. Attended AMATYC Conference.  Initiated group activities.

·        Pre-Calculus and Pre-Algebra, Trigonometry

Private Tutoring                                                                                          2001 - present

Tutored high school and college students in geometry, pre-algebra, finite mathematics and intermediate algebra.</div>  Attended math tutoring training session sponsored by the Long Beach Literary Council.

DeVry Institute of Technology, Long Beach, CA                                       November 1997 to June 2000</div>
Adjunct Math Professor.
Taught Quantitative Methods, which provided students a working knowledge of mathematical and software tools used to support decision making. The course built on Finite Mathematics to develop practical applications of theoretical concepts. Coverage included logic, finance, applied equations, optimization and probability concepts. Taught a supplemental computer lab section, which utilized software such as DS for Windows and Microsoft Excel to analyze problems and develop solution models. Provided students with lecture notes online at http://hometown.aol.com/dianeford/math168.htm.

·        Quantitative Methods (a.k.a. Finite Mathematics)

<div align=right></div>Hughes Aircraft Company (now ThalesRaytheon), Fullerton, CA                April 1990 to January 1998
Member of Technical Staff.
Systems engineering, mathematical modeling, simulation programming, system performance analysis, technical writing.

<div align=right>Rio Hondo College, Whittier, CA                                                                January 1995 to May 1996</div>
Part-Time Mathematics Instructor.
Taught pre-college level mathematics courses, developed curriculum and classroom materials, assessed student academic progress. Created a Math Web Page (later relocated to http://www.hometown.aol.com/dianeford) for math teaching and learning assistance.

·        Arithmetic, Elementary and Intermediate Algebra

 

<div align=right>UCSD Math Department, La Jolla, CA                                                September 1988 to December 1989</div>
Teaching Assistant.
Graded homework and tests, reviewed homework questions and lecture material in class sessions of about 30 students once a week. Offered office hours for additional assistance.

·        Trigonometry, Analytical Geometry, Pre-Calculus, Calculus

<div align=right>UCSD Office of Academic Support and Instructional Services, La Jolla, CA                                                                                                                                                                  September 1987 to March 1990</div>
Math Tutor.
Tutored groups of 1 to 6 students at a time on a drop-in basis.

·        Pre-Calculus, Calculus, Differential Equations, Linear Algebra

Computer Skills

Computer Languages: C, C++, HTML, FORTRAN, SIMSCRIPT, VISUAL BASIC
Computer Hardware: Macintosh, IBM PC, DEC, Sun
Operating Systems: Windows, System 7, MS-DOS, VMS, Unix, Solaris 2.5
Computer Software: Microsoft Word, Excel, Powerpoint, Frontpage, MS Internet Explorer, DS for Windows, MATLAB, SAS, DesignEase, SESWorkbench, OPNET, MacDraw, Adobe PhotoDeluxe, DeskScan, Netscape.

Professional Experience

Modeling and system performance analysis of RF communication systems, traffic systems, and air defense systems using simulation programs written in FORTRAN, SIMSCRIPT, and BASIC, as well as models utilizing Excel spreadsheets. Simulation modeling in C (using OPNET and SESWorkBench simulation environment tools) of real time processors and networks (including channel-access, routing, name service, and network management protocols) for the purpose of determining expected utilization and queue delays. Programming in Visual Basic for generating network architecture management information bases (MIBs).  Statistical analysis using Excel-based tools for the purpose of analyzing transmission assembly line error data. Presentations to groups of 30 to 75 people (employees, customers, government officials, students).

 

References

Available upon request