Top Tech Jobs & Startup Jobs in Denver & Boulder, CO

Designs, verifies, integrates, and tests ASIC and FPGA systems for space-based mission processing. Develops RTL and high-level synthesis implementations using VHDL, Verilog, Vivado, and Vitis, including processor interfaces, subsystem features, requirements, and test benches. Collaborates with research scientists and software engineers to deploy C++ processing algorithms onto flight hardware. The role requires eligibility for TS/SCI access and is based in Boulder, Colorado.

Designs and integrates avionics circuits for aerospace hardware products. Responsibilities include schematic capture, board layout guidance, electronics simulation, worst-case and parts-stress analysis, test procedure development, hardware checkout, qualification testing, anomaly resolution, failure investigation, and product certification. The engineer collaborates with FPGA, guidance, navigation, controls, test equipment, systems engineering, customers, and government stakeholders. The role is full-time onsite in Littleton, Colorado and requires obtaining a DoD Secret clearance.

Designs, develops, integrates, verifies, and maintains secure software and infrastructure across the systems life cycle. Responsibilities include DevSecOps, cloud containerization, infrastructure as code, CI/CD pipelines, requirements analysis, systems engineering, software development, testing, debugging, technical planning, and security standards compliance. The role also supports space-domain mission solutions and may provide technical leadership, site reliability engineering, automation, monitoring, and incident management.

Supports spacecraft test engineering by developing automated EGSE test scripts, planning spacecraft-level test flows, verifying requirements, executing EGSE and RF test procedures, and troubleshooting performance issues with internal and external teams. The role requires shift, weekend, and overtime support in a 24/7 operations environment.

Performs linear and nonlinear stress analysis of missile propulsion subsystems and components throughout the product lifecycle. Reviews models and technical deliverables, supports multidisciplinary design reviews, guides junior analysts, and contributes to structural test planning, execution, and post-test analysis. Conducts design trades, evaluates structural integrity, prepares technical documentation, and presents findings to engineering teams, customers, and program leadership.

Designs, develops, analyzes, and tests opto-mechanical components, precision mechanisms, and optical assemblies. Responsibilities include maintaining optical alignment, selecting materials, creating supplier design documentation, developing requirements and performance budgets, and preparing build, test, and verification procedures. The role also involves structural and stress analysis, vibration testing, specification development, and collaboration on electro-optical aerospace and defense systems.

Designs and supports mechanical structures and propulsion components through development, manufacturing, procurement, and testing. Coordinates with customers, suppliers, test facilities, manufacturing, quality, systems engineering, and integration teams. Maintains engineering drawings, specifications, requirements, and technical analyses. Requires mechanical engineering fundamentals, CAD proficiency, Microsoft Office skills, U.S. citizenship, and eligibility for a DoD Secret clearance.

Designs and supports propulsion hardware for Fleet Ballistic Missile systems. Responsibilities include developing technical requirements, applying mechanical engineering principles, supporting engineering lifecycle and manufacturing activities, reviewing controlled processes, evaluating hardware, and serving as a technical interface with management, systems engineering, quality, suppliers, and Navy stakeholders. The role also involves cross-disciplinary product development and potential project, supplier, and production support leadership.

Lead structural dynamics and acoustics analysis for missile and spacecraft hardware. Develop mechanical loading, vibration, shock, modal, separation, and test models; plan and evaluate engineering tests; support design trades, requirements, technical reviews, and customer presentations. Mentor junior engineers, guide program execution, and manage task budgets and schedules.

Supports the Fleet Ballistic Missile program on the Systems Engineering Integration and Test team. Develops, analyzes, verifies, documents, and manages system-level requirements; coordinates verification analyses and testing with customers and contractors; organizes technical evidence and system reviews; and performs integration, validation, risk, cost, supportability, and interface analysis.