Top Tech Jobs & Startup Jobs

Design and develop high-performance dataplane software for the TeraWave satellite communications network. Responsibilities include C/C++ packet processing with DPDK and VPP, line-rate optimization at 100G/400G, routing and tunneling integration, hardware accelerator interfaces, distributed dataplane architecture, benchmarking, code reviews, technical leadership, and cross-functional collaboration.

Designs, analyzes, and commissions production, test, and advanced manufacturing tooling for aerospace systems. Responsibilities include mechanical design, structural analysis, drafting to ASME Y14.5 standards, fixture and custom machine development, vendor coordination, fabrication, inspection, installation, proof testing, and project scheduling and budgeting. Collaborates with engineering, manufacturing, and operations teams to improve safety, quality, cost, reliability, and production performance.

Leads design-for-excellence reviews and mechanical assembly integration from concept through production. Evaluates CAD models and drawings for manufacturability, develops DFX standards, conducts tolerance and cost analyses, supports supplier and manufacturing collaboration, resolves quality issues, guides NPI and production readiness, and mentors engineers. The role focuses on industrializing complex aerospace hardware for high-volume satellite production.

Develops and maintains integrated master schedules for spaceflight programs, including resource loading, baseline change management, schedule health analysis, risk mitigation, and what-if planning. Partners with program managers, technical teams, and cost analysts to integrate cost and schedule plans, support budgeting, report program performance, and improve planning processes. The role requires 8+ years of program scheduling and controls experience, strong analytical and communication skills, and expertise with scheduling and cost integration tools.

Lead systems engineering and technical program activities for spaceflight motion-control products. Responsibilities include architecting closed-loop systems, developing and tracing requirements, managing technical risks, supporting verification and validation, presenting technical information, and coordinating with manufacturing, quality, and test teams. The role also involves analyzing and simulating system performance and ensuring design-for-manufacturability and successful delivery of functional flight hardware.

Lead complex, cross-functional manufacturing and operations initiatives in a high-velocity aerospace environment. Translate strategy into executable plans, manage schedules, risks, dependencies, costs, and performance, and drive accountability across manufacturing, supply chain, engineering, and program teams. The role also supports CapEx planning, operational readiness, change management, executive communications, and data-driven decision-making.

Lead mission systems engineering for Blue Origin’s Blue Ring and Mars Telecommunications Network. Define and maintain requirements, verification and validation plans, interfaces, and ground and mission operations architectures. Collaborate across spacecraft, software, operations, and payload teams; conduct integration, testing, performance analysis, and mission readiness activities. Ensure compliance with NASA and CCSDS standards while supporting deep-space, delay-tolerant operations and lifecycle development from requirements through deployment and operations.

Develop and own digital, analog, and mixed-signal avionics circuit boards across the full product lifecycle, including requirements, design, simulation, schematic capture, layout, prototyping, testing, verification, and production release. Support avionics architecture studies, component selection, risk and failure analyses, reliability assessments, troubleshooting, and root-cause investigations. Contribute to safety, mission assurance, technology development, and process improvements while communicating technical status and risks. The role involves hands-on collaboration and approximately 10% travel.

Develop and support manufacturing processes for complex aerospace and spaceflight hardware. Responsibilities include design-for-manufacturing guidance, drawing review, work-order instruction development, process sequencing, tooling and fixture design, repair and rework planning, manufacturing requirement updates, and hands-on fabrication support. The role collaborates with engineering, planning, scheduling, and internal customers to deliver products on schedule while applying GD&T, machining, welding, inspection, metrology, and other manufacturing methods.

Develops manufacturing strategies for early-stage aerospace vehicle and subsystem architectures. Plans prototype and demonstrator builds, performs producibility and DFX assessments, develops manufacturing plans and tooling designs, and identifies manufacturing risks. Partners with engineering, program management, supply chain, and operations teams to influence design decisions. Supports fabrication, assembly, testing, process documentation, BOM management, non-conformance resolution, and technical roadmaps while mentoring engineers and presenting recommendations to leadership.