Top Tech Jobs & Startup Jobs

Manage assembly, integration, and test activities for the Nyx space vehicle, including vibration, shock, thermal, TVAC, EMC, parachute, mechanism, and structural testing. Responsibilities include defining requirements, preparing procedures, executing tests, procuring and installing instrumentation, resolving anomalies, documenting results, coordinating internal and external facilities, supporting equipment procurement, and collaborating with AIT technicians and MGSE teams.

Support assembly, integration, qualification, and functional testing of propulsion equipment for qualification and flight models. Responsibilities include planning integration procedures, procuring tooling and ground support equipment, conducting mechanical and electrical tests, collaborating with design teams, documenting results, and driving continuous improvement. The role requires liquid propulsion knowledge, hands-on mechanical assembly, basic electrical test capability, Python scripting, organization, and strong teamwork.

Support flight software certification for the Nyx orbital vehicle through V&V and IV&V, requirements management and tracing, test planning, documentation for certification and NASA safety reviews, standards interpretation, interfacing with system engineering and product assurance, and contributing to software design and integrated mission testing using C++ and Python.

Designs and structurally validates spacecraft propulsion hardware, especially thrust chamber assemblies and injectors. Responsibilities include CAD development, hand calculations, FEA, material and manufacturing-process selection, interface and configuration control, trade studies, structural documentation, and test support. The role also supports manufacturing, inspection, root-cause investigations, model correlation, and design updates based on test results.

Develop EMC/EMI design recommendations, test policies, and compliance plans for spacecraft systems. Review designs, conduct pre-compliance and compliance testing, analyze test data, resolve non-conformities, and ensure adherence to aerospace and defense standards. Collaborate with systems and hardware engineers, document results, provide technical guidance, and support EMC/EMI mitigation throughout the product lifecycle.

Designs, analyzes, procures, and commissions mechanical ground support equipment for aerospace capsule assembly and testing. Responsibilities include CAD design and drafting, mechanical calculations, finite element analysis, supplier coordination, manufacturing follow-up, assembly support, commissioning, documentation, and mechanical test support. The role requires knowledge of machine and structural design, manufacturing processes, design for manufacturing, GD&T, margin calculations, and hands-on mechanical assembly.

Design, analyze, procure, and commission mechanical ground support equipment for lunar lander assembly and testing. The role includes CAD and manufacturing drawings, structural calculations, FEA, supplier coordination, manufacturing oversight, assembly support, commissioning, documentation, and mechanical test planning. Candidates need mechanical or aerospace engineering expertise, machine and structural design experience, manufacturing knowledge, GD&T, hands-on assembly skills, and strong technical communication.

Build and deploy deep-learning computer vision systems for autonomous spacecraft proximity operations. Responsibilities include 6-DoF pose estimation, synthetic-to-real training, model optimization and quantization, embedded and neuromorphic deployment, uncertainty and explainability, hardware-in-the-loop validation, self-supervised adaptation, and efficient cloud/HPC training. The role also supports camera selection, requirements definition, testing, and safety-critical space applications.

Develop and test flight software for the Nyx spacecraft, including subsystem requirements, software modules, unit tests, integrated tests, and spacecraft simulator components. Collaborate with avionics, propulsion, and GNC teams while applying embedded programming, debugging, CI/CD, real-time systems, communication protocols, and safety-critical software practices.

Own the embedded software platform stack for aerospace systems, including bootloader, BSP, RTOS, MCU drivers, communications, FPGA interfaces, toolchains, and CI infrastructure. Bring up ARM Cortex-M platforms, develop safety-critical firmware, debug hardware and software issues, validate requirements, maintain documentation, and coordinate with electronics, systems, testing, and EGSE teams.