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

Design, model, and test antenna and RF hardware for ground, mobile, and space applications under senior engineer supervision. The intern will collaborate across teams, use RF and EM modeling tools, conduct laboratory measurements, and develop technical and communication skills in an on-site environment.

Lead and support systems engineering activities across spacecraft missions, segments, elements, and subsystems. Develop, allocate, trace, verify, and manage requirements throughout the program lifecycle using MBSE and requirements database tools. Coordinate verification with integration and test teams, support technical gate reviews and risk processes, interface with customers and engineering leadership, present technical information, and mentor systems engineers. The role is on-site five days weekly and requires eligibility and willingness to obtain and maintain applicable Top Secret/SCI access.

Design, model, and test antenna and RF hardware for ground, mobile, and space-based applications under senior engineer supervision. Interns collaborate across teams, maintain a predictable schedule, and work in office, laboratory, production, cleanroom, outdoor, or research environments. The role requires familiarity with RF laboratory equipment, electromagnetic modeling tools, RF circuit modeling software, and programming languages. Regular on-site attendance is required, with possible travel between company and other locations.

Leads a team of approximately 30 FPGA development engineers supporting tactical electronics programs. Oversees hiring, retention, performance, staffing, training, budgets, processes, technical issue resolution, and continuous improvement. Guides FPGA design and verification reuse, AI tool adoption, program execution, and compliance. Requires advanced FPGA and digital electronics expertise, leadership experience, and full lifecycle knowledge spanning architecture, requirements, design, verification, integration, and testing.

Design, model, and test antenna and RF hardware for ground, mobile, and space applications under senior-engineer supervision. Interns will collaborate cross-functionally, use laboratory and electromagnetic modeling tools, maintain professional working relationships, and work on-site five days per week in office, laboratory, production, or cleanroom environments.

Leads RF payload architecture and systems engineering for military and national space programs. Responsibilities include architecture design, modeling, simulation, requirements development, performance verification, risk assessment, design reviews, program execution, new business proposals, technology roadmaps, cost and schedule estimation, and customer briefings. Provides technical leadership, mentors engineers, supports integration and test, and guides payload solutions across mission, ground, and space architectures.

Leads engineering operations and program execution for a payload engineering organization. Responsibilities include performance reporting, cost and schedule estimating, resource and workload planning, budget monitoring, process improvement, strategic planning, cross-functional coordination, and special-project delivery. The role supports payload IPT leads across program initiation, baselining, lifecycle milestones, risk management, and execution, while interfacing with engineering disciplines, laboratories, manufacturing, testing facilities, and leadership.

Manages Payload Engineering Center operations, program execution, performance reporting, staffing, budgets, cost and schedule estimates, process improvements, and strategic initiatives. Supports integrated product teams, workforce planning, lifecycle milestones, risk and opportunity management, and cross-functional alignment across engineering, laboratory, manufacturing, and test organizations.

Develops, integrates, tests, and sustains manufacturing execution system tools for aerospace production. Responsibilities include gathering requirements, building C#/.NET and Blazor applications, managing SQL data, analyzing complex datasets, supporting CI/CD and testing, troubleshooting anomalies, and improving manufacturing visibility and efficiency. The role works cross-functionally with engineering and production teams in a fully on-site environment and requires a DoW Interim Secret clearance.

Develop and maintain PLM and digital engineering applications using C# and .NET. Lead software design, requirements gathering, SDLC planning, coding, testing, code reviews, and technical problem-solving. Collaborate with engineers, business analysts, architects, administrators, and business representatives to deliver application solutions. Improve development quality through automated testing, peer reviews, and development standards while mentoring and guiding team members.