Consultant specializing in control and communications systems. My areas of strength are in designing, implementing and troubleshooting control loops that are embedded in products, and designing, implementing and troubleshooting low-level communications and measurement algorithms such as demodulation and Kalman filter applications.

Line software engineer, responsible for creating new embedded software designs and maintaining existing ones in FLIR's line of airborne thermal imaging equipment.

Line software engineer, responsible for creating new embedded software designs and maintaining existing ones in FLIR's line of airborne thermal imaging equipment.

System architect and software lead for FLIR's next generation of thermal imaging equipment (Star IV). Designed and coded data acquisition and control algorithms for lens controllers, gyroscopes, optical dither stages and focus/field of view mechanisms. Let the software engineering team, defined process and standards.Control system architect and software lead for Star II. Designed and coded motion control algorithms for gimbal. Designed software and critical analog components of DSP-based gyroscope control board that allowed the system to exceed the gyroscope manufacturer's performance.Software team leader: provided technical direction to software personell for airborne systems.

Electrical designer for the CI-203 laser leaf area meter; resporsible for the circuit design & layout, wrote the software and brought the system to manufacturing.Responsible for upgrades on the CI-301 photosynthesis meter including hardware & software.

Responsible for hardware development. Designed analog and digital peripheral circuits for IBM PC-based voice response systems. Principle engineer on ISDN integration, Data Follow-Me switch and T1 integration. Supervised junior staff in product testing, system evaluation and reliability testing.