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

Designs, deploys, configures, upgrades, and maintains OpenShift clusters in classified networks. Supports platform deployments and incident response, automates provisioning and patching, monitors system health, and collaborates with cybersecurity, network, and application teams. Develops technical roadmaps, documentation, training materials, and compliance audits for mission-critical space systems.

Develops and integrates program schedules, including resource-loaded networks, cost and schedule baselines, critical paths, and earned value metrics. Performs predictive analysis, schedule risk assessments, and performance reporting; tracks commitments and recommends solutions to execution conflicts. Partners with program leadership, customers, and cross-functional teams to support execution and proposal planning. Requires scheduling-tool expertise, EVM knowledge, stakeholder presentation skills, and an active Secret clearance.

Leads GPS III program financial analysis and Earned Value Management activities, including variance analysis, forecasting, compliance, baseline change management, and cost-schedule integration. Oversees EVM analysts, supports program managers and control account managers, manages financial tools, develops reporting and visualizations, and provides recommendations to senior leadership. The role also supports budgeting, proposal development, government contract reporting, and financial policy compliance.

Develop and manage Integrated Master Schedules for the Fleet Ballistic Missile program. Integrate cost, schedule, resources, risks, and opportunities; analyze critical paths and schedule performance; track commitments; support solicitation planning; and provide actionable metrics and recommendations to program leadership and customers. The role requires coordination across functions, adherence to EVMS and planning standards, and strong communication and relationship-management skills.

Leads engineering age-management initiatives for the Trident II D5 flight system, managing technical scope, schedules, budgets, risks, subcontract deliverables, and stakeholder communication. Reviews metrics and earned value, identifies root causes and corrective actions, resolves schedule conflicts, coordinates suppliers, and presents status, risks, opportunities, and long-range plans. The role also supports engineering design reviews, design changes, specifications, drawings, testing, and compliance with customer and company requirements.

Designs, verifies, and documents ASIC and FPGA solutions for advanced avionics products. Responsibilities span architecture, logic design, simulation, synthesis, place and route, timing, power analysis, validation, and testing. The role applies digital signal processing techniques and specialized hardware to evaluate performance. It also involves project leadership, schedule management, stakeholder communication, mentoring junior engineers, and supporting space-qualified FPGA and ASIC development. The position is full-time onsite in Littleton, Colorado, and requires an active or obtainable Secret clearance.

Designs, develops, verifies, and documents ASIC and FPGA systems for satellite testbeds and hardware-in-the-loop simulations. Responsibilities include FPGA architecture, VHDL/Verilog development, high-speed interface integration, simulation, synthesis, timing analysis, hardware testing, scripting, troubleshooting, and software integration. The role may also support circuit card, cable, harness, and electronics designs throughout the product lifecycle.

Designs, develops, manufactures, integrates, and tests propulsion hardware for the Next Generation Interceptor. Serves as a Certified Responsible Engineer delegate for the attitude control system, coordinating with suppliers, customers, manufacturing, quality, and other engineering disciplines. Responsibilities include trade studies, requirements development, supplier evaluation, production support, subsystem integration, test monitoring, data analysis, nonconformance disposition, troubleshooting, and technical presentations.

Develop high-performance C++ simulations of space-based payload processing for OPIR missile-warning data. Translate FPGA algorithms into equivalent x86/Linux implementations, model processing pipelines, validate CPU and FPGA outputs, support software- and hardware-in-the-loop testing, analyze mission data, troubleshoot discrepancies, optimize computationally intensive software, and document algorithms, interfaces, assumptions, and test results.

Develop and integrate C++ and Python software for embedded, FPGA-based, and heterogeneous processing systems supporting space-based OPIR missions. Responsibilities include hardware/software co-design, Vitis and Vivado integration, HLS interfaces, performance optimization, device and processor interaction, troubleshooting across software and hardware boundaries, architecture, code reviews, testing, and technical documentation.