• I have been at Trinity University since the fall of 2005. Prior to my arrival at Trinity, I taught at two undergraduate-oriented engineering programs: the University of South Carolina Aiken, and the University of Kentucky/Extended Programs at Paducah. I also taught in the mathematics department at Austin Community College while pursuing my Ph.D.

    Over the past five years, I have worked as an expert witness in the area of force reconstruction of low damage automobile collisions. It is rewarding work because it specifically applies to the material I teach in Dynamics and Mechanics of Materials, and my calculation and analysis approach can be understood by students who have taken those classes.

    I have been a Licensed Professional Engineer in the Commonwealth of Kentucky since 2002, and the state of Texas since 2006.

    • Ph.D in Mechanical Engineering, The University of Texas at Austin
    • M.S. in Mechanical Engineering, The University of Texas at Austin
    • B.S. in Mechanical Engineering, Massachusetts Institute of Technology

    My research areas involve applications of mechanics and non-contact measurement (using videogrammetry). Current projects include (1) three-dimensional acceleration measurement using videogrammetry; (2) passive vibration reduction of a string trimmer (weed whacker); and (3) force reconstruction of vehicle collisions based on damage photographs.

    • Sophomore Design
    • Mechanics of Materials
    • Statics
    • Dynamics

    Since the 2007–08 school year, Trinity's sophomore engineering design class has partnered with Goodwill Industries of San Antonio for the purpose of developing assistive devices for certain disabled workers. Products developed include a cart that allows bulky but light-weight cartons to be wheeled up flights of stairs, a device that allows hearing-impaired workers operating loud lawn equipment to be contacted from a distance, and a hand-control for a foot-operated riding lawn mower. This last project won third prize in the NISH Student Scholar Competition in 2008. Students enjoy this class because they have the opportunity to quickly put their engineering knowledge to work, as well as the fact that their work is actually helping a number of Goodwill employees perform their jobs more effectively.

    I have enjoyed singing (baritone) with the Trinity Choral Union. I also direct our informal student engineering a capella group "The Moody Blues." We perform a couple of pieces each fall at our Holiday Luncheon, and in the spring at our annual Awards Banquet.