Top Tech Jobs & Startup Jobs

Design, develop, and maintain real-time deep learning pipelines and production ML microservices on Kubernetes. Curate datasets, establish benchmarks, improve observability and monitoring, and scale ML workflows. Collaborate with product, backend, and systems teams, contribute to R&D for aerospace/defense use cases, and document operational best practices.

Lead EMI/EMC engineering for space systems: develop control plans, perform analysis and testing (MIL-STD-461, DO-160, ECSS), run electromagnetic simulations, resolve non-compliance, document results, and mentor junior engineers.

Lead EMI/EMC engineering activities for phased-array communication systems: develop control plans, analyze designs, run and coordinate compliance testing (MIL-STD-461, DO-160, ECSS), use EM simulation tools, troubleshoot issues, document results, and mentor junior engineers.

Lead day-to-day execution and performance for satellite/space payload programs, serving as single customer contact. Establish baselines (IMP/IMS), develop WBS, monitor cost/schedule/technical performance using EVMS and metrics, manage subcontractors and cross-functional teams, drive risk-based decisions, support revenue recognition, mentor program engineers, and improve program processes.

Serve as senior technical authority for phased-array RF communication systems, owning end-to-end architecture from concept through production. Define requirements, interface control documents, and verification plans. Lead technical design reviews, collaborate on requirements flow-down, mentor the Munich engineering team, and engage with customers to translate needs into product requirements while ensuring aerospace-grade reliability and system integration.

Lead EEE parts/component selection, qualification, standardization, vendor evaluation, and failure analysis for space/aerospace products. Define test/qualification requirements, author parts plans and ECOs, review screening/test data, prepare NSPARs and SCDs, perform BOM cost and obsolescence analysis, and coordinate with design, reliability, and quality teams to mitigate risk and ensure compliance with industry standards.

Lead development of spacecraft power electronics from architecture and trade studies through detailed circuit design, PCB layout, simulation, verification, integration, production transition, and mentor/lead a small team while driving innovation and qualification testing.

Design, develop, and test liquid rocket engine combustion devices (chambers, pre-burners, igniters). Create CAD models and detailed drawings, define requirements and system integration, support manufacturing (3D-printing, machining, inspection), execute test programs, analyze data, and collaborate across engineering teams to deliver flight-ready hardware.

Lead definition, design, simulation, testing, and production release of spacecraft power electronics. Duties include power architecture, DC-DC converter design, modeling and analyses (WCA, FMEA, reliability), PCB layout support, board bring-up, verification, integration and qualification testing, production transition, and mentoring junior engineers.

Lead development of power system architectures and design high-power DC-DC and AC-DC converters (up to >20 kW). Perform analysis (WCA, FMEA, reliability, power integrity), lead board bring-up, verification, integration, qualification, production release, and mentor a small power-electronics team while developing test plans and supporting manufacturing.