Jobs at Voyager Technologies

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.

Responsible for the architecture, design, development, and integration of ISR software systems, leading teams and projects with technical leadership.

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.

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.

As a Senior Technical Director, you will lead RF systems and EW programs, overseeing R&D execution, system architecture, productization, and team mentorship.

Design and implement high-throughput, GPU-accelerated edge computing systems using Modern C++ and GPU frameworks. Optimize custom GPU kernels, profile CPU/GPU pipelines, abstract hardware peripherals for diverse radio/sensor platforms, and manage embedded Linux build/deploy and containerized accelerator exposure. Lead engineering teams through full product lifecycle and present to government stakeholders.

Manage and secure enterprise IT infrastructure including Microsoft 365/Azure, Intune endpoint management, Okta identity, Windows/Linux servers, virtualization, Fortinet networking, Active Directory, scripting for automation, documentation, and on-call support.

Lead the technical vision for RF systems and AI-driven designs for spectrum dominance, overseeing cross-functional teams in R&D and productization for military applications.

As a Systems Engineer III at Voyager Technologies, you will develop signals intelligence systems, conduct technical trade studies, manage risks, and contribute to systems integration, relying on expertise in signal processing and software engineering.

The Executive Vice President, Engineering is responsible for leading the engineering organization, overseeing product lifecycle management, and aligning technical direction with business goals in the defense and aerospace domains.

Own consolidation, planning, and performance analysis for corporate SG&A across enterprise functions. Build models linking SG&A to AEBITDA profitability, evaluate investment ROI, maintain Vena functional cost capability, leverage AI tools to accelerate analysis, and deliver executive-, Board-, and investor-quality reporting and variance insights.

The Executive VP of Operations will lead core operational functions in defense and aerospace, focusing on production, manufacturing, supply chain, and team development while ensuring alignment with company growth objectives.

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.