Top Tech Jobs & Startup Jobs in Los Angeles, CA

Lead development and execution of test plans for phased-array and reflector antenna systems. Oversee prototype fabrication, near-/far-field and environmental testing, chamber integration, vendor coordination, and documentation from concept through qualification.

As an Optomechanical Engineer, you will build optical setups, develop test software, conduct optical alignments, and collaborate on advanced systems for satellite communications.

Design and develop mixed-signal PCBAs for space communication systems, owning schematic capture, component selection, signal and power integrity analysis, clock and RF transmission-line design, EMI/EMC mitigation, BOM management, bring-up and validation, and cross-discipline collaboration with FPGA, DSP, and systems engineers.

Design the next generation of phased array antennas for in-space communication. Lead system architecture and collaborate with engineers on RF hardware. Oversee hardware lifecycle from design to qualification, and mentor team members.

The Senior Opto-Mechanical Engineer leads mechanical design, structural analysis, and performance evaluation of optical communication systems for space, ensuring reliability and production efficiency.

Develop embedded firmware for digital communication systems and control algorithms. Collaborate on system integration and diagnostics for spacecraft communication hardware.

Design and validate phased-array RF front-end systems for space-based communications. Perform RF/system analyses (link budgets, cascades, phase noise), define component specifications, run simulations (ADS, AWR, HFSS, MATLAB), and collaborate across multidisciplinary teams from concept through qualification.

The role involves designing high-performance RF PCBs, collaborating with engineers, ensuring compliance with specifications, and managing component libraries.

Lead design, simulation, and validation of phased-array RF front-end components for space communications. Architect RF front-end systems, develop RFIC/MMIC and T/R modules, perform simulations and environmental qualification, integrate and test hardware, mentor junior engineers, and collaborate across disciplines to meet mission requirements.

The Test Engineer III leads testing of advanced RF front-end systems for space communications, developing procedures, automating tests, and resolving issues.