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

Designs, develops, tests, and documents opto-mechanical components, assemblies, mechanisms, and fixtures. Creates precision optical alignment structures, selects materials, prepares supplier documentation, and develops requirements, specifications, performance budgets, verification plans, and test procedures. Requires engineering education, opto-mechanical or mechanical engineering experience, CAD proficiency, manufacturing knowledge, and eligibility for a Top Secret clearance.

Co-lead development, production, integration, testing, and certification of an ordnance control and firing product for the Next Generation Interceptor. Responsibilities include design reviews, hardware discrepancy and failure review boards, troubleshooting, root cause analysis, requirements verification, end-item data package generation, risk mitigation, and customer interaction. The role requires electrical engineering expertise in analog and digital electronics, aerospace hardware development, and Secret clearance eligibility.

Provides mass properties engineering support for satellite, missile, and special programs. Calculates and maintains mass properties data, performs trade studies, conducts weight and center-of-gravity measurements, interprets test data, supports weight reduction efforts and control boards, and prepares analysis reports and procedures.

Performs financial analysis, budgeting, forecasting, variance analysis, workforce planning, risk assessment, and financial reporting. Consolidates data from multiple systems and develops analytics to support business decisions. Maintains compliance with FAR, CAS, SEC, and US GAAP requirements, supports earned value management and proposal development, and provides recommendations to stakeholders.

Leads end-to-end development programs for electro-optical hardware supporting ground and space applications. Defines program strategy, manages roadmaps, schedules, budgets, resources, risks, suppliers, contracts, configuration control, and customer communications. Coordinates engineering, manufacturing, procurement, quality, and subcontract teams while ensuring cost, technical, and schedule performance. Provides technical oversight of electro-optical systems and mentors program staff.

Leads functional integration for Lockheed Martin’s 1LMX ERP ProdOps solution. Gathers and documents requirements, develops functional and integration specifications, coordinates cross-business-area dependencies, supports agile ceremonies, testing, defect resolution, and deployment. Collaborates with business architects, scrum teams, IT developers, and other stakeholders to align processes and deliver compliant products and services. The role also supports risk mitigation, BRB activities, workshops, and evolving priorities.

Leads structural dynamics analyses for missile and spacecraft hardware, developing high-fidelity models, analyzing mechanical loads and environments, supporting static and dynamic testing, correlating analysis with test data, guiding design decisions, and presenting technical findings. The role requires collaboration across engineering teams and delivery of documented, validated engineering solutions throughout the product lifecycle.

Develop subsystem requirements and CAMEO models, support model-based systems engineering, verification planning, testing, validation, and interface definition. Collaborate with engineering disciplines and SEIT teams to deliver integrated solutions, conduct trade studies, and support systems milestone reviews. The role requires onsite work in Valley Forge, PA or Littleton, CO, a Secret clearance, U.S. citizenship, and eligibility for Top Secret clearance.

Develop and adapt hardware-in-the-loop architectures, high-fidelity simulation models, and subsystem integrations for missile or spacecraft programs. Create interface control documents, perform systems integration, and design and execute verification and validation test plans. Conduct technical planning, requirements allocation, interface definition, trade studies, and system-level analyses while addressing schedule, cost, risk, and performance constraints. The role requires real-time operating systems, target hardware, modeling and simulation expertise, and an active Secret clearance.

Analyze and improve electronics manufacturing systems, including production capacity, workflow, labor utilization, bottlenecks, facility layouts, and operational performance. Partner independently with manufacturing teams to develop data-driven recommendations and implement sustainable improvements supporting safety, quality, cost, and schedule objectives. Apply industrial engineering, Lean/Six Sigma, time-study, line-balancing, standard-work, and continuous-improvement methods across harness, test, and circuit card assembly operations.