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

Define EMI/EMC compliance architectures for spacecraft subsystems and electronic assemblies. Analyze and allocate requirements, support circuit and interface design, participate in hardware development, and provide testing support during environmental EMC evaluations. Document test results and compliance reports, address test exceedances, and contribute technical leadership throughout the program lifecycle from concept through delivery.

Define EMI/EMC compliance architectures for spacecraft subsystems and electronic hardware. Perform requirements analysis, allocation, interface definition, trade studies, circuit and system analysis, and environmental EMC test support. Document test results, investigate exceedances, prepare compliance reports, and lead activities across the program lifecycle. The role requires expertise in EMI/EMC physics, RF analysis, space environments, reliability, risk mitigation, and applicable military and spacecraft testing standards.

Apply systems engineering and MBSE methods to develop system models, architectures, requirements, interfaces, and digital engineering workflows. Support trade studies, integration, process automation, model governance, technical reviews, demonstrations, and stakeholder communications. Collaborate across multidisciplinary engineering teams, facilitate technical discussions, mentor junior engineers, and evaluate AI and automation opportunities. The role is primarily on-site three or more days per week and may involve travel between campuses or other locations.

Provides technical leadership for MBSE, systems architecture, and digital engineering across complex programs. Develops system architectures, requirements structures, interfaces, verification relationships, modeling methods, reference architectures, and reusable MBSE patterns. Integrates models with engineering and lifecycle data, evaluates systemic process and digital opportunities, mentors engineers, facilitates cross-functional technical discussions, and guides responsible use of AI and automation in engineering workflows.

Applies systems engineering and MBSE methods to complex engineering programs. Develops system models for requirements, functions, interfaces, behaviors, and architectures; supports trade studies, integration, verification, digital-thread development, and process automation. The role establishes modeling standards, integrates engineering data and tools, facilitates multidisciplinary technical discussions and reviews, supports training and demonstrations, and evaluates AI and automation opportunities. Requires collaboration across technical disciplines, analytical problem-solving, communication, and independent execution.

Provides senior technical leadership for systems engineering, MBSE, digital engineering, and enterprise ecosystem initiatives. Leads complex systems analysis, architecture, integration, verification, and lifecycle engineering across programs and organizations. Defines MBSE strategies, digital architectures, standards, governance, and reusable capabilities; advises leadership, mentors technical professionals, resolves cross-functional challenges, and evaluates emerging AI and automation technologies. The role is primarily on-site at least three days per week, with possible travel between campuses and other locations.

Provides senior technical leadership for systems engineering, MBSE, systems architecture, and digital engineering initiatives. Leads cross-disciplinary systems analysis, defines enterprise MBSE strategies, develops digital ecosystem architectures, and integrates engineering data, models, tools, and processes. Advises leadership, establishes standards and technical roadmaps, mentors engineers, resolves complex organizational challenges, and evaluates AI and automation opportunities. The role is primarily on-site and may involve travel between campuses or other locations.

Provides technical leadership in MBSE, systems architecture, and digital engineering for complex programs. Develops system architectures, requirements structures, interfaces, verification relationships, modeling methodologies, reference architectures, and reusable patterns. Integrates models with engineering information and guides enterprise digital engineering solutions. Facilitates cross-disciplinary technical discussions, mentors engineers, evaluates AI and automation applications, and influences technical direction across programs and organizations.

Lead the architecture and development of next-generation RADAR systems. Direct multidisciplinary integrated product teams across mechanical, electrical, software, firmware, and test engineering; own trade studies, technical roadmaps, customer CONOPS, supplier oversight, risk management, and executive reporting. Mentor systems engineers, improve technical processes, and oversee hardware execution from design through manufacturing, integration, testing, and operational delivery.

Applies systems engineering and MBSE methods to develop system models, architectures, requirements, interfaces, and digital-thread integrations. Supports trade studies, system integration, process automation, model governance, technical reviews, training, and cross-disciplinary collaboration. The role also evaluates AI and automation opportunities in engineering workflows and mentors less-experienced engineers.