Top Tech Jobs & Startup Jobs

Design, simulate, prototype, and validate spaceborne antennas and arrays (patch, microstrip, phased). Perform full EM analysis (HFSS/CST/ADS), lab and anechoic chamber testing, support integration, flight verification, link budgets, and develop manufacturing/test procedures with cross-functional teams.

Develop automation, mission-planning, and scheduling software for coordinated radar satellite fleets. Implement GNC controllers, orbit determination algorithms, and models for propulsion, power, timing, and tracking. Integrate asynchronous data streams, CI/CD, containerized deployments, and cloud services to optimize imaging schedules and upload operational decisions.

Own execution framework for satellite programs: build schedules, manage dependencies and resources, surface risks, translate engineering roadmaps into release plans, coordinate cross-functional teams, and support prioritization, staffing, and bid decisions to ensure on-time delivery of hardware and software.

Design and validate digital and mixed-signal spacecraft electronics for radar payloads and satellite platforms, including high-speed interfaces, precision timing, power regulation, telemetry, and fault-tolerant systems. Lead prototyping, bring-up, testing, manufacturing, and iterative improvement across laboratory, environmental, and on-orbit qualification efforts while collaborating with RF, antenna, mechanical, software, and systems teams.

Design and validate digital and mixed-signal electronics for radar payloads and satellite platforms. Responsibilities include architecture, component selection, schematic capture, PCB design, prototyping, bring-up, test, manufacturing oversight, and iterative improvement based on lab, environmental, and on-orbit testing while collaborating across RF, antenna, mechanical, firmware, and systems teams.

Lead product vision and roadmap for 3D geospatial data products from optical and radar imagery. Define requirements (resolution, accuracy, latency, formats), prioritize algorithms, pipelines, APIs, and delivery; collaborate across engineering, algorithms, operations, GTM, and customers; track product metrics and maintain product documentation.

Design and implement FPGA logic and embedded firmware for Zynq UltraScale+ MPSoC-based radar payloads and on-orbit processing. Develop high-throughput data movement modules, Linux-based embedded systems (PetaLinux/Yocto), and test/automation tools in Python. Collaborate with digital, RF, signal processing, and systems engineers to integrate, validate, and optimize embedded architectures for satellite operation.

Design, prototype, and validate RF electronics for radar satellites including receive/transmit chains, switching, filtering, and protection. Lead subsystem definition, trade studies, component selection, bring-up, characterization, environmental qualification, and mentor other engineers while collaborating across antenna, mixed-signal, mechanical, firmware, and test teams.

Design, implement, and maintain scalable distributed systems and storage for petabyte-scale 3D geospatial data. Build high-performance APIs, data ingestion and processing pipelines, monitoring/operational tooling, and collaborate with cross-functional teams to define requirements and drive the backend roadmap.