Jobs at Voyager Technologies

Serve as technical authority for all electrical systems on Peregrine lunar landers: define and document solutions, delegate scope, manage risks and verification, ensure configuration control, review supplier deliverables, and present/defend technical status at program reviews while coordinating with program management and the chief engineer.

Plan, execute, and document mechanical integration and validation testing for spacecraft, rovers, and lunar infrastructure. Develop test and integration procedures, design ground support equipment, operate environmental test facilities, process data and write reports, and coordinate resources, readiness reviews, and off-site testing with cross-functional teams.

Manage early-stage lunar mission concepts and technology development. Create budgets, schedules, proposals, and bottoms-up estimates; coordinate cross-functional teams, partners, customers, and vendors; run internal development projects and paid architecture studies while tracking risks, deliverables, and finances.

Design, simulate, test, and verify RF communications subsystems for spacecraft (Earth orbit, cislunar, lunar). Develop requirements, perform link budgets and risk/reliability assessments, support design reviews, test components, ensure regulatory compliance, and collaborate with suppliers and other subsystems.

Ensure lunar systems, launch vehicles, and ground operations meet safety and reliability standards. Perform hazard analyses (FMEA, FTA), reliability assessments, design reviews, root cause investigations, and develop maintenance strategies while managing compliance with launch and range safety regulations.

Serve as technical authority for lunar lander electrical systems, lead and mentor engineers, develop and maintain electrical designs and verification plans, manage risks and configuration control, review supplier deliverables, and present technical status at program reviews to deliver flight hardware on schedule and within budget.

Lead scheduling, budgeting, and resource coordination for spacecraft and payload development programs. Manage integrated schedules, contracts, risk posture, technical proposals, and cross-functional engineering teams to ensure on-time, on-budget delivery of mission-critical space systems.

Support sourcing and acquisition for lunar systems including flight-grade avionics, mechanical and electronic components. Conduct negotiations and source selection, interpret engineering specs/drawings, coordinate with engineering and internal customers, manage supplier qualification and performance, and mitigate supply chain risks to meet program schedules and requirements.

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.

Serve as primary financial partner for product portfolio, lead EAC preparation, budgeting/forecasting, risk/opportunity management, develop dashboards, ensure FAR/DFARS/CAS/GAAP compliance, and support proposals and pricing for government contracts.

Define end-to-end lunar mission concepts and system-level technical visions for landers, rovers, surface power, and spacecraft. Perform trade studies, sizing, budgeting, and requirements decomposition. Produce technical content for proposals, lead cross-functional teams, and support customer meetings to translate requirements into actionable architectures and development plans.

Support design, development, testing, and operation of lunar landers and space systems. Manage CONOPS, requirements, interfaces, technical budgets, fault management, V&V planning, and risk mitigation. Provide technical leadership across subsystem teams, produce technical documentation, support proposals, and coordinate with partners, payloads, and customers through full program lifecycle.

Support design, testing, and operation of lunar landers and space systems. Define CONOPS, requirements, interfaces, technical budgets, fault management, V&V, and risk mitigation. Provide systems-level guidance, lead/coordinate subsystem teams, author technical documentation, support proposals, and present technical material to partners and customers throughout program lifecycle.

As a Software Engineer, you'll design and develop software systems for processing and managing geospatial data, with a focus on SAR imagery, collaborating with multidisciplinary teams to support U.S. government capabilities.

The Senior Software Engineer will architect and develop software systems for processing geospatial data, specifically Synthetic Aperture Radar imagery, ensuring scalable and efficient workflows.

The Electrical Engineer will design, develop, and test complex electronic hardware systems, focusing on high-speed PCB design and integration. Responsibilities include creating schematics, performing simulations, and validating designs while supporting system integration and testing processes.

The Manufacturing Manager oversees daily operations, manages facility equipment, supports development programs, mentors staff, and ensures quality performance in manufacturing operations.

Serve as senior technical authority and chief project engineer for large defense/aerospace programs. Define system architecture, integration, verification, and configuration management. Oversee multiple IPTs and subcontractors, lead design reviews, manage SOWs and risk frameworks, mentor engineers, support proposals, and drive engineering process improvement.

Senior systems engineering leader responsible for architecture, integration, verification, and technical program oversight for large DoD/aerospace programs. Leads IPTs and subcontractors, manages SOWs and EVMS-related activities, chairs design reviews, drives risk management, supports proposals, mentors engineers, and advances engineering processes and model-based practices while interfacing with executives and DoD customers.

Senior systems engineer serving as chief project engineer for large, multi-phase defense and aerospace programs. Defines system architecture, integration, verification, and configuration management; oversees IPTs and subcontractors; chairs design reviews; manages SOWs and supplier inputs; implements risk and opportunity frameworks; mentors engineering teams; supports proposals and cost estimating; drives process improvements and model-based engineering adoption to meet mission and contractual requirements.