Top Tech Jobs & Startup Jobs

Design and build instrumentation, data acquisition, video monitoring, and control systems for space vehicle subassemblies and liquid rocket engine testing. Responsibilities include gathering specifications, producing electrical schematics and panel layouts, procuring parts, managing vendors and builds, and supporting system installation and activation. The role applies instrumentation theory, sensor integration, signal conditioning, PLC and software development, filtering, shielding, analog circuit design, and closed-loop control tuning.

Designs permanent magnet AC/DC motors, BLDCs, solenoids, resolvers, LVDTs, RVDTs, and related electromagnetic systems. Performs FEA simulations, optimization, material selection, electrical and mechanical design, documentation, prototyping, testing, troubleshooting, reliability analysis, and root-cause investigations. Collaborates with mechanical, manufacturing, quality, controls, program management, and customers throughout product development and production transition for high-reliability aerospace and motion-control applications.

Contribute to ASIC and SoC digital-block design and verification using Verilog, SystemVerilog, and UVM. Support test planning, coverage closure, assertions, protocol monitors, scoreboards, CDC/RDC/LINT checks, external IP integration, formal verification, and RTL/testbench debugging. Document design intent and verification results while collaborating with senior engineers. The role is intended for early-career engineers with relevant electrical or computer engineering education and project or coursework experience.

Supports New Glenn vehicle operations integration for Stage 1 mechanical subsystems. Responsibilities include developing CONOPS and operations documentation, supporting design reviews, creating test plans and acceptance criteria, integrating hardware and software, providing on-console support during testing and launch operations, analyzing test data, troubleshooting mechanical and hydraulic systems, and implementing corrective actions. The role requires engineering experience with mechanical or fluid power systems and systems engineering processes.

Design and deliver tooling, fixtures, handling equipment, and GSE to support manufacturing, assembly, integration, and test of lunar vehicle hardware. Develop requirements, CAD models, drawings, and controlled documentation; validate and support fabrication, assembly, testing, and continuous improvement while ensuring compliance with safety, quality, and regulatory standards.

Develop, modify, and release Siemens NX models, assemblies, and ASME Y14.5 drawings for production and test tooling. Apply MBD/PMI per ASME Y14.41, follow configuration-management processes, support vendor RFQs/inspection packages, perform drawing/model checks, and collaborate with engineering teams. Mentor junior drafters and ensure manufacturable designs for aerospace tooling and GSE.

Design and develop GN&C flight control laws and flight software for lunar vehicles. Prototype algorithms, perform linear and frequency-domain stability analyses, conduct trade studies, and collaborate with subsystems. Support model-based development, testing (HIL/SIL/Monte Carlo), and requirements/interfaces to ensure safe spacecraft attitude and control performance.

Lead the spacecraft bus development for a Blue Ring national security mission: manage design, integration, test, and delivery; coordinate multidisciplinary teams, customers, and stakeholders; hold technical signature authority and ensure programmatic, cost, schedule, and technical objectives are met.

Design, implement, test, and deploy mission operations and ground software for on-orbit vehicles. Collaborate with vehicle, systems, and operations teams to define requirements and architectures, build prototypes, integrate components, run unit and system tests (SIL/HIL), support CI/CD and release processes, produce documentation, and support mission control operations, training, and pre-flight validation.

Lead Manufacturing Engineering process standardization and automation initiatives: prioritize and manage projects that eliminate non-value tasks, implement operating rhythms, track engineering changes and KPIs, champion adoption of automation and data-visualization tools, and deliver measurable productivity improvements for manufacturing engineers.