Jobs at Voyager Technologies

Develop and integrate fast, high‑fidelity and surrogate physics solvers (CFD, thermal, structural, plasma) into an AI-native platform. Build, validate, and optimize GPU kernels and ML-based surrogates, create datasets and benchmarks, and enable ACE agents to call differentiable/surrogate models for large-scale design optimization.

Leads the technical vision and execution of Voyager’s national security advanced programs portfolio. Responsibilities include architecting space and ground systems, directing multidisciplinary R&D, transitioning technologies from prototype to deployment, mentoring engineering teams, supporting proposals and business development, and guiding commercialization for government customers.

Supports payroll processing by reviewing timecard data, investigating errors, coordinating with HR and third-party payroll providers, ensuring multi-state regulatory compliance, preparing payroll and workers’ compensation reports, and safeguarding confidential HR records.

Supports finance and accounting teams through financial reporting, analysis, forecasting, data preparation, process improvement, and operational efficiency projects. The intern collaborates with cross-functional teams, completes deliverables, and participates in mentorship, training, meetings, and professional development during a 10-week program. The role is based in Denver or Long Beach and includes travel for orientation, kickoff, and the final presentation.

Supports mechanical design, development, analysis, testing, documentation, requirements tracking, trade studies, and engineering reviews. The intern develops and evaluates models, drawings, fixtures, tooling, and test approaches while collaborating with engineering, manufacturing, operations, and cross-functional teams. The 10-week program provides mentorship, networking, and project-based experience in defense, national security, and space technology.

Participate in a 10-week software engineering internship supporting software development, testing, integration, debugging, documentation, and technical collaboration. Interns may work on applications, services, automation, data systems, APIs, databases, and other engineering initiatives. Responsibilities include implementing features, writing and executing tests, troubleshooting issues, participating in code reviews, and completing assigned projects. The role includes mentorship, networking, professional development, and required travel for orientation, kickoff, and final presentations.

Supports business growth through market research, opportunity identification, customer and partner engagement, competitive analysis, presentations, proposals, data organization, and cross-functional projects. The intern contributes to strategic initiatives, process improvement, and operational efficiency while completing assigned deliverables during a 10-week program.

Supports systems engineering activities including requirements definition, system architecture, integration, testing, verification and validation, technical analysis, risk assessment, troubleshooting, and documentation. The intern collaborates with cross-functional engineering teams, analyzes test data, maintains engineering artifacts, participates in technical reviews, and completes project deliverables during a 10-week program.

Electrical Engineering Interns participate in a 10-week program supporting electrical design, component selection, schematics, documentation, testing, troubleshooting, and engineering data analysis. They collaborate with electrical, mechanical, systems, software, and manufacturing teams while completing project deliverables and learning from experienced engineers. The role is based in San Diego, Houston, Long Beach, or Pittsburgh and requires travel for program events.

Leads mechanical design engineering for controllable solid propulsion systems, including rocket motors, igniters, pressure vessels, actuators, valves, and thrusters. Performs CAD modeling, GD&T, tolerance analysis, simulations, materials selection, and design optimization. Provides technical and programmatic direction while managing and developing approximately 10 engineers. Supports staffing, budgeting, performance reviews, recruitment, and engineering best practices. The role is hybrid or remote, requires U.S. clearance eligibility, and involves approximately 10% travel.

Leads modeling, simulation, and algorithm design for propulsion and aerospace systems while managing a technical engineering team. Develops high-fidelity models, control algorithms, simulation architectures, and system-level performance analyses. Performs controllability studies, trade studies, Monte Carlo and sensitivity analyses, and supports verification and validation. Collaborates with GNC, software, systems, and test teams; authors technical documentation; mentors engineers; and supports customer reviews and technical decisions.

Manages government and commercial contracts, including proposal preparation, FAR/DFARS compliance, negotiations, risk assessment, payment terms, contract closeout, and customer relationships. Advises program and executive leadership on contractual obligations, business risks, intellectual property, data rights, and international contracting matters. Coordinates contracting activities across Legal, Finance, Supply Chain, Operations, Compliance, and other stakeholders. The role is onsite in El Segundo, California, with travel between multiple sites as needed.

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.

Leads a Long Beach engineering site and manages approximately 20 mechanical, systems, and aerospace engineers. Responsibilities include team leadership, staffing, performance management, engineering process compliance, and recruitment. The role also directs design and development of controllable solid propulsion systems, including rocket motors, igniters, pressure vessels, actuators, and thrusters. Additional duties cover CAD, structural and thermal analysis, materials and manufacturing, ballistics, systems integration, DoD project oversight, EVM, MBSE, risk management, technical documentation, and stakeholder communication.

Lead development of an AI-native GEOINT mission management platform that translates operator intent into physically valid collection plans. Own technical vision, build LLM-powered agents, integrate orbital mechanics and sensor models, develop MCP servers and evaluation suites, mentor an engineering team, and drive prototype-to-production for accredited IC/DoD deployments.

Develops deep learning and machine learning models for computer vision, synthetic aperture radar, and geospatial exploitation applications. Responsibilities include designing neural network architectures, training models for object detection and classification, preprocessing SAR data, creating physics simulations, addressing simulated-to-real-world bias, evaluating model performance, presenting findings, and delivering production-quality Python code. The role supports mission-critical defense and national security customers.

Design, prototype, and implement deep learning models for computer vision and SAR geospatial exploitation. Pre-process SAR data, create physics simulations, develop objective functions, assess performance, and deliver production-quality Python code for defense customers.

Design, prototype, and implement deep learning models for computer vision and SAR geospatial exploitation. Develop signal preprocessing, physics simulations, objective functions, and production-quality Python code. Present findings and support transition to operational systems for government customers.

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.