Spacecraft Mechanisms Senior Engineer at The Aerospace Corporation in Johnson Space Center, TX

Job description

The Aerospace Corporation is the trusted partner to the nation’s space programs, solving the hardest problems and providing unmatched technical expertise. As the operator of a federally funded research and development center (FFRDC), we are broadly engaged across all aspects of space— delivering innovative solutions that span satellite, launch, ground, and cyber systems for defense, civil and commercial customers. When you join our team, you’ll be part of a special collection of problem solvers, thought leaders, and innovators. Join us and take your place in space. Building on The Aerospace Corporation's reputation as a trusted, impartial advisor with integrity and dedication to mission success, the Civil Systems Group (CSG) combines deep technical expertise with market-leading innovation to help our customers solve complex systems engineering and integration challenges. CSG is organized by core customer-facing lines of business to manage and grow programs within NASA, NOAA, and the NNSA, while extending our capabilities to other civilian federal government agencies fully integrated within Aerospace rules, regulations, processes, values, and behaviors. Human Exploration and Spaceflight (HESF) Division in CSG is the company subject matter experts for human spaceflight. HESF supports NASA and its bold human exploration missions from the NASA Headquarters mission directorates to the Moon to Mars office down to every Artemis Program in operation. We also support the International Space Station (ISS), Commercial LEO Development Program, Commercial Crew Program, and Human Health and Performance. HESF support spans from architecture and mission design to technology development, requirements and design reviews, and finally to verification, safety, and on orbit operational reviews and concurrences. For this position, you will function as the Spacecraft Mechanisms Senior Engineer (Senior Project Leader – Engineering Program Management & Systems Engineering) to provide mechanical system architecture and design support and project management support to cover Low Earth Orbit structures and mechanisms architecture, requirements, and prototype development. This position will support the Mechanical Design and Analysis Branch of the Structural Engineering Directorate of the NASA Johnson Space Center (JSC). This is a 100% onsite role at the Johnson Space Center in Houston, Texas. What You’ll Be Doing Lead and oversee the systems engineering and integration life cycle to include hardware development, analysis, operation, hazard reviews, anomaly resolution, requirements verification, re-flight assessments, and flight acceptance testing Perform architectural and technical studies in support of NASA customers, with a focus on mobility mechanisms Provide subject matter expertise to formulation and testing teams, including oversight and coordination of project activities, meetings, and tasks (technical, cost, schedule, and risk). Support the assessment of engineering design concepts and architectures. Perform systems engineering, integration, and test activities Support system level trade studies, concept of operations definition, and requirements definition and verification. Travel as required to support various customer sites and technical conferences and meetings. What You Need to be Successful – Senior Project Leader - Engineering Program management & Systems Engineering Minimum Requirements: Bachelor’s degree from an accredited program in electrical or mechanical engineering 10+ years of experience in human rated spacecraft mechanisms and structures to include operations and hardware development Hands-on experience in the design of spacecraft flight hardware systems to include coordination of systems and hardware interface requirements. Experience leading systems engineering and integration for complex spacecraft, particularly for mission-critical space applications. Experience in working with international partners to ensure seamless system int