Opto-Mechanical Engineer
Job Description
Overview:
As an Opto-Mechanical Engineer at Aetherflux, you will play a critical role in designing, developing, and integrating optical and mechanical systems for space-based laser platforms. This role requires expertise in laser system design, optical simulation, and the integration of optical components into highly engineered satellite structures. You will work on innovative technologies to optimize the performance of laser systems under the challenging conditions of space.
Key Responsibilities:
Optical System Design: Use optical design software (e.g., Zemax, Code V) to design, simulate, and optimize optical systems for laser-based satellite platforms.
Lens & Detector Systems: Design lens systems, calculate focal lengths, and analyze lens parameters. Work with CCD and/or CMOS sensors to capture images and evaluate performance at the focal plane.
Laser System Design & Integration: Design and model laser systems, including solid-state, fiber, or semiconductor lasers, and integrate them with mechanical structures for space deployment.
Nonlinear Optical Systems: Characterize and optimize laser and nonlinear optical systems, including laser amplifiers and nonlinear optical materials.
Remote Sensing & Beam Propagation: Contribute to the development of laser-based remote sensing technologies such as laser radar, radiometry, and beam propagation.
System Prototyping & Testing: Lead the development, assembly, and characterization of laser and optical systems. Conduct lab testing to validate system designs and ensure they meet performance specifications.
Mechanical Integration: Work closely with the mechanical engineering team to design and integrate opto-mechanical systems for satellite platforms, ensuring that optical components can withstand the rigors of space.
Trade Studies & Optimization: Perform design trade studies to optimize system performance, cost, weight, and size for both the optical and mechanical aspects of laser systems.
System Validation: Support environmental testing, including thermal-vacuum, vibration, and radiation tests, to validate the durability of the systems in space environments.