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

Lead a mechanical engineering team developing spacecraft, subsystems, interfaces, structures, mechanisms, and electronics packaging through design, analysis, manufacturing, assembly, testing, qualification, launch, and in-orbit support. Conduct architecture trades, review structural and thermal analyses, support environmental test campaigns, resolve mechanism and structural failures, mentor engineers, present design reviews, and contribute to proposals while collaborating across spacecraft engineering disciplines.

Design and develop spacecraft mechanical systems from concept through launch and in-orbit support. Responsibilities include requirements definition, architecture trade studies, CAD and FEA, electronics packaging, thermal design, mechanisms, propulsion interfaces, manufacturing, testing, environmental qualification, and reliability. The engineer collaborates with engineering and program management teams to build and launch satellite platforms while improving mass, cost, performance, manufacturability, and reliability.

Leads execution and performance for aerospace customer subsystems and payload programs from concept through delivery. Owns cost, schedule, technical performance, customer communications, risk management, program metrics, integrated master schedules, resource planning, estimates, and revenue-recognition inputs. Coordinates cross-functional teams and subcontractors, manages interdependencies, supports process improvements, and mentors program staff. The role requires aerospace engineering experience, satellite or RF communications familiarity, government customer experience, and advanced program-management expertise.

Supports mechanical design of satellite, spacecraft, UAV, launch vehicle, and aerospace communication products throughout the development lifecycle. Responsibilities include electronics packaging, CAD, thermal and structural analysis, FEA, spacecraft interfaces, manufacturing support, environmental qualification, testing, documentation, and in-orbit support. The role requires collaboration with electrical engineers, design review presentations, and application of GD&T, DFM/DFMA, CNC manufacturing, EMI/EMC mitigation, and precision machining principles.

Designs and develops PCB-level hardware for satellite, UAV, launch vehicle, and airborne communication systems. Responsibilities include translating requirements into board designs, managing development through production, supporting subsystem integration, troubleshooting, conducting trade studies, and performing laboratory testing. The role collaborates across electrical, software, FPGA, thermal, and mechanical engineering teams, with opportunities for mentorship and growth.

Designs, analyzes, and implements RF engineering test plans, procedures, architectures, and automation. Performs advanced conducted and phased-array RF measurements, manages laboratory equipment, interprets results, supports design-for-test reviews, and guides equipment purchasing. Collaborates with multidisciplinary engineering teams, presents findings to customers and executives, contributes to proposals, and documents test results. Requires extensive RF test-system experience, hardware and software expertise, and strong communication skills.

Designs, analyzes, and implements RF engineering test plans, procedures, architectures, and automation for satellite and aerospace communication systems. Performs RF measurements, interprets results, manages laboratory equipment, supports design-for-test reviews, and collaborates with multidisciplinary teams. Presents design reviews to customers and executives and contributes to proposals. Requires strong hardware, software, RF measurement, statistics, metrology, and communication skills.

Designs, analyzes, and implements RF engineering test plans, procedures, architectures, and automation for aerospace communication systems. Performs advanced conducted RF measurements, manages laboratory equipment, interprets test results, supports design-for-test reviews, and collaborates with multidisciplinary teams. The role also presents technical materials to customers and executives, contributes to proposals, and guides equipment purchasing decisions.

Serve as the technical authority for embedded software engineering across multiple aerospace and airborne products. Define architectures, develop and test C/C++ system software, integrate hardware, optimize performance, review designs, assess third-party software, and resolve complex hardware-software challenges. Provide quality assurance support and post-production or in-orbit customer support while collaborating with software, electrical, systems, hardware, quality, and test engineering teams.

Designs, develops, tests, integrates, and supports embedded software for satellite, UAV, launch vehicle, and other aerospace systems. Responsibilities span microcontrollers, Linux-based single-board computers, low-level drivers, board support packages, applications, user interfaces, real-time systems, and FPGA interfaces. The role includes code and design reviews, validation, quality assurance, performance optimization, documentation, customer presentations, proposal support, and post-production or in-orbit customer support.