Jobs at Voyager Technologies

Leads engineers and technicians through the complete rocket motor and DACS testing lifecycle, including facility design, certification, test planning, execution, data analysis, reporting, and production acceptance. Serves as Test Engineer and Test Conductor for propulsion campaigns, directs environmental and process-safety activities, interfaces with DoD and MDA customers, and supports proposals, staffing plans, and facility assessments. Requires extensive propulsion integration and test leadership experience, active Secret clearance, and 15–20% travel.

Provides onsite Tier 1–3 IT support, troubleshooting hardware, software, operating systems, Microsoft 365, endpoints, identity access, VPNs, peripherals, and meeting-room technology. Manages tickets, device and asset lifecycles, onboarding and offboarding, access workflows, documentation, local infrastructure support, and secure-site operations. Collaborates with enterprise IT, cybersecurity, networking, facilities, and program teams while following change control, export-control, CUI, and classified-information security requirements.

Develops cryogenic rocket propulsion systems for sub-orbital VTVL vehicles, covering component sizing, design, analysis, fabrication, testing, modeling, trade studies, drawings, specifications, vendor coordination, risk mitigation, and technical reporting. The role focuses on combustion devices, fluid and thermal systems, turbomachinery, tanks, pressurization, and propulsion test activities while collaborating across offices and supporting safety and technical readiness reviews.

Provide onsite Tier 1–3 IT support, resolving hardware, software, operating system, access, connectivity, collaboration, printer, mobile device, and meeting-room issues. Manage tickets, device lifecycles, assets, onboarding and offboarding, access workflows, documentation, and user coaching. Support secure site operations involving classified information, CUI, ITAR, change control, local infrastructure, audits, and equipment deployments while collaborating with enterprise IT, cybersecurity, networking, facilities, and program teams.

Leads a team of 5–8 mission infrastructure engineers and manages capital projects from requirements and design through construction and commissioning. Establishes project controls, documentation, commissioning, and facility design standards; manages contractors, vendors, budgets, schedules, and risks; translates DoD and manufacturing requirements into infrastructure strategies; presents project updates to leadership; and recruits and develops engineering talent.

Lead execution of a portfolio of 3–10 strategic systems projects involving solid rocket motors, chemicals, and explosives. Develop integrated plans covering scope, schedules, budgets, risks, and resources; coordinate internal teams, customers, and government agencies; manage financial performance and scope changes; and negotiate contracts with vendors, suppliers, and customers. The role is onsite or hybrid in Colorado, includes up to 30% travel, and requires eligibility for a U.S. security clearance and explosives licenses.

Analyze security alerts, endpoint and identity events, vulnerabilities, risks, and incidents across corporate and regulated environments. Support threat hunting, remediation tracking, compliance evidence, control testing, system security plans, POA&Ms, data protection, user awareness, and incident-response exercises. Partner with IT, engineering, cloud, networking, legal, and compliance teams to improve security operations and satisfy NIST, CMMC, DFARS, ITAR/EAR, NASA, and DoD requirements.

The Senior Program Controls Analyst manages cost baselines, forecasts, earned value analysis, performance metrics, and cost-schedule integration across aerospace, defense, NASA, and commercial programs. The role supports performance measurement baselines, integrated baseline reviews, estimates to complete, proposal pricing, financial reporting, customer reviews, and EVMS compliance. It also contributes to enterprise planning-tool implementation, process improvement, training, and coordination among program management, finance, engineering, contracts, and procurement.

Develop and maintain integrated master schedules for aerospace, defense, NASA, DoD, and commercial programs. Analyze critical paths, schedule performance, risks, variances, baselines, and earned value integration. Support forecasting, proposals, baseline reviews, change control, and leadership briefings while collaborating across engineering, finance, contracts, procurement, quality, and program teams. Mentor junior schedulers and improve planning tools and processes.

Own physical design of chemical manufacturing facilities from planning through construction, commissioning, and sustaining. Develop equipment layouts, floor plans, process piping, utility routing, P&IDs, equipment and line lists, and controlled drawing sets. Coordinate with civil, architectural, electrical, engineering, construction, and vendor teams. Support field walkdowns, redlines, as-built documentation, PHA, PSSR, and MOC activities across facilities in Colorado and Louisiana.

The FPGA Manager oversees engineering operations, designs and tests FPGA code, optimizes designs, and supports project management within the team.

The Senior Program Controls Analyst manages cost baselines, forecasts, earned value analysis, performance metrics, and cost-schedule integration across aerospace, defense, NASA, and commercial programs. Responsibilities include supporting performance measurement baselines, integrated baseline reviews, estimates to complete, proposal pricing, financial reporting, customer reviews, and EVMS compliance. The role also supports enterprise tool migration, process improvement, finance alignment, and analyst development.

Leads mechanical engineering for lunar primary and secondary structures and mechanisms. Coordinates team work, establishes engineering methods, reviews CAD, analyses, and test reports, develops and executes test plans, designs and analyzes components, manages vendors, and presents technical and programmatic content. The role requires structural design experience, harsh-environment analysis, and collaboration on aerospace or space hardware.

Set up, operate, and optimize multi-axis CNC mills and turning centers to produce high-precision components. Interpret complex GD&T requirements, perform first-article machining, optimize tooling and processes, conduct precision measurements, and maintain tolerances. Provide machinability feedback to design engineering, support additive-manufactured part finishing, evaluate production machine tools, manage tool life, document process data, support capability studies, and perform basic equipment maintenance.

Drives planning and execution of manufacturing capital, facility, and production-line projects. Develops scopes and schedules, manages procurement and installation, coordinates contractors and engineering teams, oversees equipment commissioning, tracks risks and milestones, and maintains project documentation. The role supports contract administration and ensures facilities meet manufacturing, safety, compliance, OSHA, ITAR, and hazardous-environment requirements.

Lead the design, development, integration, and testing of propulsion systems and VTVL vehicles. Define mission and system requirements, technical budgets, interfaces, fault management, verification plans, configuration, and risk mitigations. Prepare technical documentation, presentations, demonstrations, and proposals while collaborating with engineering teams, customers, and partners. The role requires hands-on hardware experience and technical leadership across the full design, manufacturing, testing, and operations lifecycle.

Establishes and maintains document control procedures aligned with ISO 9001:2015. Manages document creation, review, approval, distribution, revision control, retrieval, and archiving. Supports QMS effectiveness, audits, process improvements, training, reporting, and data integrity across engineering, quality, operations, procurement, and project teams. Administers document management systems and enforces compliance with documentation standards.

Develop, debug, and test embedded software for bare-metal, RTOS, and embedded Linux avionics systems. Own codebases, perform architecture trade studies, assist hardware bring-up, integrate drivers and BSPs, and produce production-ready software, tools, and documentation while collaborating with systems, hardware, and project teams.

Leads product and process quality within a high-hazard energetics manufacturing environment. Responsibilities include quality-system improvement, manufacturing process controls, inspections, CAPA, root-cause investigations, audits, supplier quality, MRBs, FMEAs, risk assessments, quality-data analysis, and continuous improvement. The role provides technical leadership and mentorship, collaborates across engineering and manufacturing teams, and ensures compliance with safety, regulatory, customer, and defense requirements.

Supports quality systems, process controls, inspections, audits, corrective actions, supplier quality, failure investigations, and quality data analysis in a high-hazard energetics manufacturing environment. The role collaborates with Engineering, Manufacturing, EHS, and Supply Chain while helping ensure compliance with ISO 9001, AS9100, customer, regulatory, safety, and security requirements. Work is performed under close supervision and includes participation in MRBs, risk assessments, and continuous improvement initiatives.