Design, analysis and testing of stabilized gimbal and precision pointing mirror subassemblies. These may include such components as the gimbal themselves, Inertial Measurement Units (IMU), Inertial Navigation Systems (INS), DSP/Microcontroller control systems, bore sighting and transfer alignment algorithms, motor selection, power amps, and the sensors being stabilized.
Create system specifications, perform systems engineering, define system architecture, and develop requirements.
Support development of gimbal systems controlled using feedback from optical and inertial sensors such as IMU’s, gyros, accelerometers, and lasers.
Develop and implement servo control algorithms for various gimbal modes to include scanning, Geo-pointing, step-stare and whiskbroom modes.
Full understanding of servo control loop tuning to platform input PSD.
Electrical Engineering Degree.
Five years experience in the same field.
Well versed in MS office.
Good communication skills in English.