Oversaw development and integration of image sensors for various products.

Explored new data extraction techniques to solve critical problems.

Supported the optical design for a very high powered laser Performed analysis on beam quality, power, jitter Provided illumination design, scattered light Utilized variety of analysis tools, including: FRED, Zemax, MATLAB, MathCAD Performed laboratory data acquisition and analysisSet up and executed NI Labview data acquisition system Measured pressure, temperature, flow rate Monitored Laser Safety using door interlock and ESTOP buttons Developed data acquisition and performance eval GUI for various hardware using MATLAB Measured power using both thermal and photo diode methods Measured wavefront using Shack-Hartmann method Measured beam quality using CMOS imaging array Specified and procured mirror and lens substrates with thin film coatings for laser demonstration Determined surface figure, surface roughness Identified thermal distortions during use

Used Solid Works to produce research and development drawings of catheter tips Tested and redesigned as needed based on test results Designed over 20 different versions, drafted, procured and tested Designed and specified test methods for product qualification Programmed three axis assembly robots which were used during pre-production