Top Tech Jobs & Startup Jobs

Design, analyze, build, and test rocket mechanisms for stage separation, payload deployment, aero control, and landing systems. Conduct concept development, trade studies, requirements definition, load and materials reviews, and hardware testing. Collaborate with structures, avionics, fluids, manufacturing, additive, and test teams while owning projects through completion, supporting manufacturability, and delivering work on schedule and budget.

Own end-to-end sourcing and supply strategies for assigned commodity categories. Lead sourcing events, high-value negotiations, master service agreements, supplier relationships, performance reviews, supply assurance, risk mitigation, and cost roadmaps. Partner with engineering, finance, and operations leaders on procurement plans and commercial risk. Drive category KPIs, supplier consolidation, benchmarking, and sourcing coverage while mentoring specialists and leading cross-functional initiatives.

Own end-to-end sourcing and supply strategies for assigned commodity categories, including category planning, should-cost modeling, supplier selection, negotiations, MSAs, supplier performance, supply assurance, and risk mitigation. Partner with engineering, finance, and operations leaders to deliver cost, quality, delivery, and continuity goals. Lead sourcing events, procurement plans, KPI improvements, supplier consolidation, and cross-functional initiatives while mentoring sourcing specialists.

Lead a small team designing custom avionics controllers for rocket propulsion, fluid, payload, and separation systems. Own the full hardware lifecycle from requirements and design through board bring-up, verification, qualification, production, integration, and vehicle operations. Apply mixed-signal, analog, power, and control electronics expertise while leading root-cause investigations, engineering processes, cross-functional integration, and team mentorship for mission-critical hardware.

Leads avionics survivability engineering for Terran R, covering EMC, radiation effects, and EEE component reliability. Establishes requirements, assesses risks, develops mitigations, and directs analysis, testing, qualification, and verification across vehicle systems. Coordinates multidisciplinary engineering teams and external stakeholders while ensuring compliance with aerospace and defense standards. Influences design decisions and oversees complex EMC, radiation, and component qualification programs from early development through flight.

Build and own an end-to-end spacecraft hardware-in-the-loop test capability, including rack hardware, avionics integration, simulation, data acquisition, automated test frameworks, CI/regression pipelines, dashboards, and telemetry. Debug failures across hardware, software, interfaces, timing, communications, and test infrastructure. Lead spacecraft integration and validation through launch while coordinating with subsystem engineering teams.

Own the design, development, analysis, testing, and delivery of mechanical hardware for space science avionics platforms. Responsibilities include designing enclosures, mounting structures, thermal accommodations, and spacecraft interfaces; ensuring hardware survives launch and space environments; solving structural and thermal packaging challenges; rapidly prototyping and debugging hardware; and leading systems through qualification to flight readiness.

Own the design, development, qualification, and integration of high-performance spacecraft electronics for deep-space compute and storage. Lead architecture, prototyping, board bring-up, validation, and technology demonstrations while balancing compute capability with power, thermal, EMI, mechanical, reliability, and radiation constraints. Collaborate with science and software teams to integrate onboard and ground infrastructure and deliver flight-ready systems.

Design, build, and qualify high-performance spacecraft electronics for deep-space compute, storage, networking, and communications. Lead architecture, prototyping, bring-up, validation, and system integration while balancing power, thermal, EMI, mechanical, reliability, and radiation constraints. Collaborate with science and software teams to develop flight and ground systems, evaluate technologies, derisk interfaces, and validate performance. The role requires autonomous technical leadership in a fast-paced development environment.

Own the mechanical design, analysis, testing, and delivery of flight-ready hardware for space science avionics platforms. Develop enclosures, mounting structures, thermal accommodations, and spacecraft interfaces that withstand launch and space environments. Rapidly prototype and iterate designs, solve structural and thermal challenges, and lead systems through qualification and flight. Collaborate cross-functionally in a fast-paced aerospace environment.