Jobs at Agile Space Industries

Supports multidisciplinary engineering teams developing in-space propulsion systems from requirements through production readiness. Coordinates technical planning, work packages, design, integration, testing, issue resolution, documentation, design reviews, customer alignment, resource planning, schedules, risks, and technical decisions. The role requires hardware product development experience in a manufacturing environment and collaboration across engineering disciplines, with chemical propulsion, systems engineering, technical reviews, and hazardous propellant experience preferred.

Supports and leads quality engineering across aerospace propulsion hardware design, manufacturing, testing, and delivery. Responsibilities include quality planning, process control, AS9102 first article inspections, configuration management, nonconformance disposition, root cause analysis, corrective actions, supplier quality, audits, QMS compliance, risk mitigation, and quality metrics. Senior-level duties include approving verification plans, leading audits, making hardware disposition decisions, and driving cross-functional process improvements.

Leads technical execution for multidisciplinary development of in-space propulsion systems, engines, and components. Manages development plans, work packages, milestones, technical risks, baselines, changes, documentation, reviews, and customer deliverables. Coordinates engineering, manufacturing, testing, supply chain, quality, suppliers, customers, and program management to align technical objectives, resources, cost, schedule, and priorities. Drives technical decisions and complex issues to resolution while providing technical leadership across aerospace hardware programs.

Lead systems engineering for rocket engine and thruster development programs, translating customer mission needs into requirements, architectures, verification plans, and delivered hardware. Drive trade studies, requirements traceability, technical risk closure, system integration, gated design reviews, qualification and acceptance testing, failure investigations, and cross-functional alignment among customers, suppliers, and engineering teams.

Design, analyze, prototype, manufacture, and test mechanical components and assemblies for chemical rocket engines and in-space propulsion systems. Lead design reviews, create CAD models, drawings, bills of materials, and work instructions; perform structural, thermal, and fluid analyses; coordinate vendors and cross-functional teams; support hardware assembly, testing, data analysis, risk mitigation, and customer communication.

Coordinate and support multidisciplinary hardware development for in-space propulsion from requirements through production readiness. Manage technical planning, design integration, test, documentation, and issue resolution while partnering with program management and customers to align requirements, schedule, resources, and technical decisions.

Senior marketing leader responsible for brand, product marketing, strategic communications, digital, events, and go-to-market strategy. Build and lead a marketing team, coordinate cross-functional commercial campaigns with BD and engineering, enable sales with messaging and collateral, set KPIs, manage marketing investments, and support product commercialization across commercial, civil, and national security space markets.

Lead Agile's marketing and commercial strategy, build and manage a marketing team, develop brand and go-to-market plans, run integrated campaigns, enable sales and capture, coordinate cross-functional product launches, and measure marketing performance to drive growth across commercial, civil, and national security space markets.

Lead and grow a delivery organization of program managers to turn propulsion hardware programs from concept through qualification and production. Own schedule, cost, risk, quality, and customer communications across engineering, manufacturing, supply chain, test, and finance while ensuring compliance with aerospace standards and contractual commitments.

Lead design, development, testing, and production support for liquid/hypergolic propulsion hardware. Own system and component design, run trade studies, support hot-fire tests, analyze data, drive root-cause fixes, mentor junior engineers, and coordinate cross-functional teams through reviews and productionization.

Operate manual and CNC machine tools to produce rocket hardware, perform metrology inspections, maintain equipment, troubleshoot production issues, mentor junior staff, follow QMS and safety procedures, and support assembly and quality compliance.

Own product definition and roadmap for in-space propulsion systems, lead technical proposal and requirements activities from award through SRR, coordinate across engineering, manufacturing, and business teams, support customer engagement, trade studies, anomaly investigations, and transition products into program execution.

Drive development, implementation, and optimization of manufacturing processes for aerospace components. Collaborate with design, operations, and quality to transition prototypes to production, perform capability studies, root cause analyses, and risk evaluations, develop process documentation, lead automation initiatives, mentor staff, and ensure safety and regulatory compliance.

Lead product definition, technical roadmaps, and requirements for in-space propulsion systems. Support proposals, gated design reviews, program handoffs, trade studies, anomaly investigations, and cross-functional coordination with engineering, manufacturing, suppliers, and customers. Drive technical execution plans and establish strategic relationships to align products with mission needs.

Lead design and development of complex in-space propulsion components for hypergolic rocket engines. Drive system-level architecture, CAD and drawing production, BOMs, manufacturing collaboration, analysis (thermal/stress), risk mitigation, testing, and mentor engineering teams while shaping company-wide technical execution.

Lead design and development of complex in-space propulsion components for hypergolic rocket engines. Own full lifecycle from concept and hand calculations to CAD, BOMs, vendor selection, testing, risk mitigation, and cross-functional integration. Mentor engineers, advise leadership on technical direction, and translate strategy into engineering requirements for hardware and systems.

Lead mechanical design for chemical rocket systems: create concepts, perform hand calculations and CAD designs, conduct structural/thermal/fluid analysis, coordinate design reviews, oversee vendors and manufacturing transitions, develop assembly/test instructions, execute hands-on assembly and testing, analyze data, and drive risk mitigation and cross-functional communication.

Lead systems engineering for rocket engine and thruster programs: translate mission needs into requirements, develop architecture and V&V plans, manage trade studies and risks, support tests and reviews, and align customers, suppliers, and cross-functional teams through delivery.

Lead product definition and roadmap for monopropellant propulsion products. Own technical proposal volumes, define product-level requirements from award through SRR, coordinate across engineering, manufacturing, programs, and customers, support gated reviews, trade studies, anomaly investigations, and ensure alignment of product capabilities with mission needs.

Operate manual and CNC machine tools (lathes, mills, grinders), perform metrology inspections, maintain equipment, assemble hardware, follow QMS and safety procedures, troubleshoot machining issues, and mentor others to support production of rocket propulsion hardware.