Perform structural analysis and stress modeling to support hardware engineering efforts from concept through qualification. Collaborate across multidisciplinary teams to guide design decisions and validate physics-based models through testing.
The GRC Lead is responsible for owning and maturing the company's Governance, Risk, and Compliance program, with a specific focus on CMMC and NIST standards. They will lead readiness efforts, manage control frameworks, and coordinate internal and external audits while partnering with cross-functional teams.
The Mechanical Engineer V will provide senior-level design leadership for controllable solid propulsion systems while managing a team of approximately 10 engineers. Responsibilities include overseeing complex mechanical design, performing trade-off analyses, and ensuring alignment with mission and contractual requirements.
The Enterprise Systems Architect will define and lead the technology architecture for cloud infrastructure, endpoint management, and manufacturing applications. This role involves partnering with cross-functional teams to design secure, scalable solutions that integrate enterprise systems with plant operations.
The Systems Engineer V serves as a senior technical leader responsible for defining, integrating, and validating complex defense systems while ensuring compliance with mission requirements. They will also mentor junior engineers and act as the primary technical liaison with customers and suppliers.
The Salesforce Administrator will manage and improve the Salesforce environment by configuring solutions, maintaining data quality, and building automated workflows. They will partner with cross-functional teams to gather requirements, provide user support, and ensure consistent system adoption.
The Chief Engineer is responsible for the end-to-end mission success of solid rocket propulsion programs by leading multidisciplinary teams and overseeing complex systems engineering processes. They must align technical execution with budgetary and schedule constraints while serving as the primary technical spokesperson for the program.
The Automation Engineer will design and implement automated solutions to streamline IT and business processes while integrating AI-driven agentic workflows. This role involves managing infrastructure automation, CI/CD pipelines, and cross-functional collaboration to enhance operational efficiency.
The Enterprise Network Architect is responsible for the discovery, architecture, design, and implementation of network infrastructure across diverse corporate and mission-support environments. This role serves as a senior technical authority, translating business and security requirements into scalable, resilient, and compliant network solutions.
The Solid Rocket Propulsion Engineer is responsible for the design, analysis, development, and testing of solid rocket motor systems throughout the product lifecycle. This role involves cross-functional collaboration with manufacturing, quality, and program management teams to ensure technical rigor and mission success.
The Systems Engineer serves as a senior technical authority providing programmatic oversight and strategic integration for complex defense and aerospace programs. They are responsible for guiding system architecture, managing technical baselines, and ensuring compliance with mission requirements across multi-disciplinary teams.
The Senior Data Engineer will design and implement data workflows and pipelines to integrate enterprise systems like MES, ERP, and PLM into a cohesive ecosystem. This role ensures end-to-end traceability, operational visibility, and regulatory compliance across multi-site manufacturing operations.
The intern will create a comprehensive Supplier Intelligence Database and support procurement operations including purchase order tracking and file management. They will also assist with MRP interim tracking and maintain visibility on supplier performance and delivery commitments.
The Vice President of Growth will develop and execute strategic business development plans to drive revenue and bookings within the space, defense, and national security sectors. They are responsible for building key customer relationships, managing the capture and proposal process, and aligning business activities with the company's long-term strategic objectives.
Define end-to-end mission concepts for lunar landers, rovers, and spacecraft while connecting customer needs with high-performing technical solutions. Manage mission requirements, perform trade studies, and contribute to programmatic planning including schedules and budgets.
The Mechanical Engineer II is responsible for performing structural integrity and performance analysis on advanced solid rocket propulsion systems. They will coordinate with interdisciplinary teams to provide design recommendations based on FEA, structural dynamics, and thermal physics models.
The Mechanical Engineer II is responsible for performing stress and structural dynamics analysis on advanced solid rocket propulsion systems. They will interpret FEA results and provide design recommendations while collaborating with an interdisciplinary team.
The Systems Engineer serves as a senior technical authority, providing strategic integration and programmatic oversight for complex defense and aerospace programs. They are responsible for defining system architecture, managing technical baselines, and ensuring compliance across multi-disciplinary engineering teams.
The Project Manager will define end-to-end mission concepts and manage internal technology development projects for lunar landers and spacecraft. Responsibilities include developing program budgets, schedules, and supporting proposal creation for NASA and commercial customers.
The Chief Engineer is responsible for the end-to-end mission success of solid rocket propulsion programs by managing multidisciplinary teams and overseeing complex systems engineering processes. They must align technical execution with budgetary and schedule requirements while serving as the primary technical spokesperson for the program.
You will define end-to-end mission concepts for lunar landers and surface power systems while connecting customer needs with high-performing technical solutions. Additionally, you will perform power and avionics design, conduct trade studies, and contribute to programmatic planning and proposal development.
Provide engineering leadership and technical coordination for defense-related programs, acting as a liaison between disciplines and stakeholders. Support technical planning, execution, and the maintenance of integrated master schedules and project deliverables.
