Top Engineering Jobs

Lead design and delivery of electrical ground support equipment, overseeing standardization, power architecture decisions, and mentoring engineers.

Serves as technical authority and team leader for space-based interceptor tooling and mechanical ground support equipment. Responsibilities include requirements, CAD design, fabrication, qualification, vendor management, safety and regulatory compliance, configuration control, root-cause investigations, budgets, schedules, and production support. Leads tooling engineers, chairs design reviews, and presents to program leadership, MDA offices, and government stakeholders. Designs fixtures, lifting devices, launch equipment, transportation containers, weldments, and integration tooling while ensuring compliance with defense and aerospace standards.

Technical lead for spacecraft electrical power systems: set architecture and standards, lead design/analysis/verification of generation, storage, and distribution, perform reliability and radiation analysis, direct qualification and integration, mentor engineers, and support hardware through production and launch.

Develop innovative technologies for space security and sustainability. Collaborate with engineers on software, operations, algorithms, and hardware projects.

As a Principal RF Electrical Engineer, you'll architect multi-mission RF systems, define communication strategies, mentor senior engineers, and represent the company's RF capabilities externally.

As an Avionics Technician, you will assemble, integrate, and test avionics systems, collaborating with engineering and quality teams to ensure flight readiness of hardware.

As a Structures Technician, you will assemble, integrate, and fabricate spacecraft systems. Responsibilities include precision assembly, collaboration with engineering teams, and ensuring quality in manufacturing processes.

As an Operations Engineer III, you'll plan and execute missions for RPO-class spacecraft, manage operations procedures, resolve anomalies, and conduct analysis post-mission, collaborating with cross-functional teams.

Lead mechanical design and development of spacecraft structures, mechanisms, and assemblies from concept through flight delivery. Perform CAD modeling, define GD&T, integrate avionics and propulsion, lead design reviews, develop test plans, and mentor junior engineers to ensure launch- and on-orbit-qualified hardware.

Perform spacecraft radiation analyses (TID, SEE, DDD) and develop environment models; plan and execute radiation test campaigns; support part selection and mitigation strategies; maintain parts library; produce verification artifacts for requirements; support proposals, design reviews, and stakeholder briefings; train cross-discipline teams on survivability and reliability practices.