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

Own end-to-end development of complex digital and mixed-signal electronics for space and airborne systems, including architecture, requirements, schematic design, PCB layout, analysis, testing, production release, and deployment. Lead small hardware engineering teams, conduct signal and power integrity analysis, perform hardware bring-up and verification, present design reviews, collaborate with manufacturing and adjacent engineering disciplines, and mentor engineers.

Own the full lifecycle of board-level and system-level electronics for advanced RF communication systems. Lead architecture, trade studies, component selection, detailed design, PCB layout, simulation, hardware bring-up, verification, debugging, qualification, production deployment, and design reviews. Apply expertise in digital and mixed-signal electronics, signal and power integrity, FPGA implementation, power converters, EMI/EMC, and RF systems. Lead small hardware engineering teams and contribute to program direction and business proposals.

Leads the end-to-end development of Ka-band AESA payload units, including architecture, electronics design, integration, environmental and flight qualification, production transition, and customer documentation. Coordinates multidisciplinary RF, digital, power, mechanical, thermal, software, and systems engineering teams while managing schedule, technical risks, requirements, verification, anomaly resolution, and customer communications.

Leads the end-to-end development and flight qualification of reconfigurable processing units for spaceborne payloads. Responsibilities include architecture, multidisciplinary engineering coordination, hardware/software integration, environmental testing, requirements and verification documentation, schedule ownership, production transition, customer communication, risk mitigation, and anomaly resolution. The role requires strong electrical engineering expertise, systems engineering practices, leadership, and experience developing complex electronics hardware and software-defined radio systems.

Leads digital and mixed-signal hardware engineering across multiple aerospace product lines. Responsibilities include technical ownership of high-speed board and system designs, architecture reviews, complex FPGA and processor debugging, design process development, DFM and DFT, manufacturing transition, component lifecycle management, design reuse, team building, hiring, mentoring, performance management, budgeting, and cross-functional collaboration.

Contribute to the full lifecycle design and implementation of board-level and system-level electronics for advanced RF communication systems. Responsibilities include circuit design, PCB layout, simulation, analysis, laboratory testing, hardware bring-up, design verification, and production deployment. The role works cross-functionally with software and mechanical engineering teams in a fast-paced aerospace environment.

Own end-to-end development of complex digital and mixed-signal electronics for space and airborne systems, including architecture, schematics, PCB layout, analysis, testing, production release, and deployment. Lead hardware teams, conduct design reviews, troubleshoot systems, create verification plans, and mentor engineers. The role requires expertise in high-speed electronics, signal and power integrity, Altium, FPGA-based boards, and extensive laboratory bring-up and validation experience.

Own the full lifecycle of board-level digital and mixed-signal electronics for advanced RF communication systems. Responsibilities include architecture, trade studies, component selection, detailed design, PCB layout, simulation, production delivery, hardware bring-up, verification, debugging, root-cause analysis, and design reviews. The engineer will mentor junior staff, lead technical decisions, and collaborate with software and mechanical teams on aerospace and airborne electronics.

Designs, analyzes, integrates, tests, and operates guidance, navigation, and control systems for spacecraft and payloads. Responsibilities include trade studies, design reviews, modeling, simulations, hardware testing and flight operations, trajectory and orbital requirement definition, and failure recovery planning. The engineer contributes across mission lifecycles and supports satellite development in a cross-functional startup environment.

Lead end-to-end design and delivery of board-level power electronics for space and airborne systems: architecture, schematic and PCB design, modeling and analysis, test and qualification, production transition, mentorship, and cross-disciplinary integration.