About the job
Observable Space is at the forefront of space exploration, providing essential technologies ranging from advanced telescopes to sophisticated software architectures. We are pioneering real-time observations of space through our industry-first line of vertically integrated hardware and software solutions. As a leader in the US for advanced telescope design and manufacturing, our robust platform supports diverse applications in the space sector, catering to commercial, scientific, educational, and governmental entities, as well as astronomy enthusiasts.
Our innovations are backed by renowned institutional investors including Upfront Ventures, Oceans Ventures, Venrex, Marlinspike Partners, and Embedded Ventures.
Role Overview
In your capacity as a Senior Opto-Mechanical Engineer specializing in Photonics, you will engage with our comprehensive product suite, spanning from robotic ground-based telescope systems to cutting-edge space-based optical payloads. Your expertise will be pivotal in designing and integrating precision opto-mechanical systems that deliver exceptional photonic performance, focusing on fiber-coupled systems, laser-based subsystems, and high-sensitivity imaging assemblies.
This is a highly collaborative role requiring hands-on involvement: you will develop precision assemblies, collaborate closely with optical and electrical engineers, support alignment and integration processes, and troubleshoot intricate system-level challenges at the intersection of optics, mechanics, and environmental factors. You will report directly to the Head of Mechanical Engineering or the Optics/Hardware Lead, depending on organizational structure.
Key Responsibilities
Design, document, and architect opto-mechanical systems that support photonic subsystems for both terrestrial and extraterrestrial applications.
Create precision assemblies for fiber coupling, laser integration, optical benches, detectors, and components sensitive to alignment.
Lead the design, analysis, and validation of high-performance Wavefront Sensors.
Conduct STOP analysis (Structural, Thermal, Optical Performance) to ensure system stability and optical alignment under various operational conditions.
Perform FEA simulations to assess structural, thermal, and vibrational performance, focusing on minimizing optical drift and deformation.
Work closely with optical engineers to integrate photonic components such as lasers, waveguides, fiber optics, and detectors, while implementing strategies for Wavelength Division Multiplexing (WDM) systems.
