Top Engineering Jobs

Lead end-to-end FPGA architecture, development, verification, integration, and on-orbit support for spacecraft systems. Design high-speed interfaces, digital backplanes, payload data buses, FPGA-to-CPU/SoC architectures, and radiation-tolerant logic. Manage verification plans, documentation, milestones, and cross-team delivery while mentoring engineers. Collaborate with avionics, embedded software, hardware, and test teams throughout the product lifecycle from concept through launch.

Deploys and operates classified terrestrial and cloud networks across on-premise, AWS GovCloud, and IL-6+ environments. Responsibilities include routing, switching, boundary protection, segmentation, encrypted communications, STIG implementation, RMF/ATO support, network documentation, and troubleshooting. The role also configures NSA Type 1 cryptographic devices, manages KEYMAT and CCI documentation, and collaborates with security, cloud, and engineering teams. An active Secret clearance and ability to obtain TS/SCI are required, with occasional travel to government and classified facilities.

Leads operations for an off-site aerospace test facility supporting propulsion, fluids, and structures testing. Manages engineers, technicians, staffing, campaigns, safety, regulatory compliance, facility readiness, maintenance, calibration, vendors, and test equipment. Serves as the on-site decision-maker for people, hardware, schedules, risks, and site readiness while coordinating with engineering, quality, and program management teams.

Defines architectures for spacecraft RF systems and establishes organization-wide design, testing, and performance standards. Develops RF analysis tools and methodologies, leads complex trade studies, resolves cross-system EMI/EMC issues, and coordinates multi-team technical programs. Provides mentorship, drives cross-organizational alignment, supports suppliers and subcontracts, and delivers program-level communication outcomes. Requires extensive aerospace RF experience, including spacecraft architectures, link budgets, antenna systems, communication protocols, and advanced RF simulation.

Leads the Chief Engineering organization for multiple next-generation space vehicle programs. Sets technical standards, oversees systems engineering and design assurance, manages technical baselines and readiness reviews, resolves cross-program integration risks, and represents technical strategy to executives, customers, and stakeholders. Recruits and develops engineering leaders while ensuring disciplined execution across mechanical, electrical, software, test, and verification activities.

Develop and maintain distributed spacecraft ground control software in Elixir, including satellite command and control, mission planning, mission data processing, and data analysis systems. Participate in architecture, design, and code reviews while collaborating across engineering disciplines. The role involves solving greenfield problems involving resilient, fault-tolerant, concurrent, and real-time distributed systems.

Lead the architecture and technical execution of a next-generation missile-defense ground software program. Own the end-to-end ground segment and real-time command-and-control baseline, including telemetry, alerts, engagement management, decision logic, data pipelines, visualization, and cybersecurity. Guide software teams, oversee simulation and hardware-in-the-loop validation, ensure interoperability and vendor-agnostic integration, collaborate with systems and mission operations teams, and engage government and industry stakeholders.

The Senior DevOps Engineer will build and maintain CI/CD pipelines, Kubernetes deployments, Azure cloud infrastructure, Terraform modules, Docker images, monitoring and logging systems. The role includes strengthening infrastructure security and compliance, supporting software teams with troubleshooting and performance optimization, deploying applications in challenging customer environments, and evaluating development tools. The position focuses on spacecraft modeling and simulation software and requires hands-on design, debugging, and production infrastructure management.

Develop and qualify aerospace suppliers delivering flight-quality hardware. Lead supplier audits, capability and risk assessments, first article inspections, quality programs, lean initiatives, corrective actions, and dual-source strategies. Collaborate with engineering, manufacturing, quality, and program teams to align supplier readiness with milestones. The role requires technical drawing and GD&T expertise, aerospace quality and export compliance knowledge, data-driven performance management, and 30–50% travel to supplier sites near Denver or Colorado Springs.

Develop and evolve distributed spacecraft ground-control systems using Elixir and OTP. Own features from design through production, establish fault-tolerant architecture, improve reliability and performance, maintain rigorous testing and code quality, mentor engineers, and collaborate across product, frontend, backend, operations, and astrodynamics teams. The role focuses on resilient, scalable services supporting satellite command and control, mission planning, data processing, and analysis.