Top Tech Jobs & Startup Jobs

Responsible for the full lifecycle of AI/machine learning on resource-constrained hardware, including data ingestion, model development, and deployment on embedded devices, while working closely with cross-functional teams.

Support process design, tooling, and new product introductions for satellite production. Collect and analyze production data to improve yield, cycle time, and quality. Assist equipment setup, troubleshooting, and continuous improvement (Lean, 5S) under senior engineer guidance.

Support RF component and assembly prototyping, integration, testing, debugging, and calibration in a laboratory environment. Develop software and scripts to automate RF test systems, control instruments, collect and validate measurement data, detect faults and anomalies, and generate analysis dashboards and reports. Document procedures and collaborate with RF, test, and software engineers to convert manual processes into repeatable automated workflows.

Lead the architecture, integration, testing, and deployment of multi-protocol IoT systems spanning sensors, edge gateways, mobile and web applications, firmware, and cloud platforms. Build data ingestion pipelines, APIs, schemas, QA frameworks, CI/CD automation, and reliability improvements. Provide technical direction, mentor engineers, collaborate across hardware and software teams, lead partner pilots, resolve production issues, and help grow the engineering team.

Lead the design, implementation, and optimization of MAC and network layer protocols for wireless communication systems, focusing on 5G technologies.

Lead end-to-end design, analysis, verification, and flight-readiness of high-speed digital PCBAs for LEO satellites. Collaborate across electrical, software, and systems teams, perform schematic capture and PCB layout, run signal integrity and timing simulations, support manufacturing, testing and in-orbit readiness.

The Staff Satellite Electro-Mechanical Engineer will lead the development of satellite hardware including PCBs and harnesses, working closely with various engineering teams on packaging and testing.

Lead full life-cycle design, verification, and production support of spacecraft battery management system electronics, including schematic capture, PCB layout, circuit analysis, testing, manufacturing integration, and interdisciplinary design reviews.

Design, integrate, and validate mixed-signal electrical systems for small-form-factor space and IoT products. Perform schematic design, PCB layout review, SoC integration, component selection, prototyping, testing, troubleshooting, and collaborate with cross-functional teams and vendors to meet performance, power, and size constraints.

Lead end-to-end mixed-signal PCBA development for LEO satellites, including requirements, schematic capture, PCB layout (Altium), circuit analysis, verification/qualification testing, design reviews, and flight/manufacturing support.