evaluation, integration and test support of electro-optical imaging systems in spaceborne applications such engineers and designers. Previous experience designing optical payloads is a must, as well as having very high push the boundaries of what is achievable with optical payloads in the CubeSat domain. Key Responsibilities optomechanical systems Creating detailed, high tolerance, optical and optomechanical drawings Researching and selecting Highly experienced in optics and optomechanics Knowledge and experience of electro-optical payload design Experience
testing, and integrating digital and electro-optical electronics for aerospace. VHDL firmware module implementation, and testing. Developing digital and electro-optical systems. Supporting product testing campaigns. desirable. Familiarity with CCD and CMOS electro-optical design advantageous. Understanding of radiation
testing, and integrating digital and electro-optical electronics for the aerospace sector. This entails software modules. Development of digital and electro-optical systems. Assist in product testing campaigns. Required an advantage Experience in CCD and CMOS electro-optical design will be an advantage. Understanding radiation
testing, and integrating digital and electro-optical electronic systems for the aerospace sector. Key effects on electronics. Experience in electro-optical design Experience with Python (or similar scripting fast-growing space industry Niche global market for optical payloads for microsatellites Cutting edge technology
high-density, high-speed digital, and electro-optical systems. Responsibilities: Designing, testing, and integrating digital and electro-optical electronic systems for the aerospace industry. Developing
for high-density, high-speed digital and electro-optical systems. Key Performance Areas and Responsibilities testing, and integrating digital and electro-optical electronic systems for the aerospace sector. This