Top Principal Engineer Jobs in Denver & Boulder, CO

The Principal Engineer in Detector Systems leads the development of advanced detector systems for space applications, directing cross-functional teams in system architecture definition, performance analysis, and integration. Key responsibilities include generating proposals, system specifications, managing detector procurement, and maintaining productive relationships across departments and with suppliers.

The role involves leading the design and implementation of electrical subsystems for various applications, providing expertise in electrical systems, conducting technical assessments, mentoring junior engineers, and ensuring compatibility and performance across systems while managing complex projects in the space and defense domain.

As a Senior Principal Engineer for Command and Data Handling Systems, you will oversee the subsystem lead for aerospace projects, ensuring technical, cost, and schedule requirements are met, while engaging collaboratively with various teams to define, implement, and verify subsystem requirements and designs.

The Principal Engineer will lead spacecraft propulsion system design and provide technical direction for the In-Space Integrated Product Team, ensuring readiness and compliance throughout the product lifecycle. They will mentor team members, collaborate across engineering disciplines, and engage with customers to align product development with industry needs.

The Principal Engineer I leads the planning and implementation of innovative application solutions in Video Operations, focusing on design, development, and execution. Key responsibilities include mentoring junior engineers, automating solutions and dashboards, maintaining existing tools, collaborating with internal teams, and participating in code reviews. The role requires a strong understanding of video technologies and networks to provide effective technical solutions.

The Principal Engineer - DevOps Ground Software role focuses on deploying and maintaining applications on cloud-native microservices architecture, implementing Infrastructure as Code (IaC), automating systems, and mentoring junior engineers in a collaborative Agile environment.

The DOCSIS Principal Engineer I will contribute to the design and architecture of Charter's telecommunications systems, focusing on DOCSIS technologies, manage vendors, and support cross-functional teams by developing technical requirements and proof of concepts. Responsibilities include creating system strategies, engaging with industry standards, and mentoring staff.

The Principal Engineer I will enhance data center infrastructure, focusing on evaluation, planning, and QA automation. Responsibilities include conducting gap analyses, implementing feature enhancements, automating processes, collaborating with teams on architectural solutions, and maintaining technical documentation.

The role involves engineering activities for telecommunications systems, integrating applications into Red Hat OpenShift, managing system administration tasks, and writing technical documentation. The engineer will work with technical operations on system design and support the Wireless Core Engineering team.

The Principal Engineer I will lead a team in designing, automating, and operating core network solutions in the public cloud while collaborating with Network, Security, and Cloud teams. Responsibilities include developing cloud networking code, mentoring team members, and maintaining network infrastructure standards.

The Principal Engineer III leads technology initiatives in wireless access technologies, focusing on 4G/5G and integration of wireless solutions. Responsibilities include research, development, and management of complex projects, defining technology roadmaps, and mentoring technical staff.

The Principal Engineer II leads engineering activities for video operations applications, focusing on maintaining and enhancing video control and encryption systems. This role requires setting technical architecture standards, overseeing project management, integrating hardware/software solutions, and mentoring team members. Responsibilities also include troubleshooting, developing automated processes, ensuring project delivery, and providing 24/7 support, while collaborating with various operational teams.

As a Principal Network Automation Engineer, you will design and engineer scalable network systems for a nationwide greenfield 5G network. Responsibilities include evaluating and deploying network elements, providing technical leadership for upgrades, implementing LAN/WAN/RAN configurations, analyzing network specs, and driving new features with vendors.

The Principal Software Engineer will lead technical development to create high-quality, scalable software solutions. Responsibilities include designing systems aligned with business goals, mentoring team members, ensuring best practices, and collaborating with various stakeholders to deliver innovative solutions.

As a Senior Principal RF Payload Engineer, you will lead the evaluation and development of RF sensing payload technologies for space applications. Responsibilities include providing leadership, managing technology forecasts, coordinating with business development, and fostering innovative designs for emerging RF payloads. You will also oversee internal research and development strategies and maintain effective relationships with stakeholders.

The Principal Electrical Engineer will lead the development of augmented reality systems at Red 6, overseeing the entire electrical hardware lifecycle from design to integration. Responsibilities include managing and mentoring teams, evaluating design approaches, and ensuring compliance with military standards, while continuously improving design efficiency.

The Principal Test Engineer will lead and coordinate testing for space hardware, managing test plans, automating tests, troubleshooting issues, and mentoring junior engineers. This role involves extensive interaction with various teams and customers to ensure mission-specific verifications are met.