Top Principal Engineer Jobs in Denver & Boulder, CO

The Principal Firmware Engineer develops high-performance firmware for memory systems, provides technical direction, leads reviews, and optimizes firmware using C/C++ and debugging techniques.

The role involves designing, developing, and testing software for radar systems, converting algorithm documents into code, and collaborating with cross-functional teams.

The Principal Developer Productivity Engineer will enhance GM's developer tools, mentor engineers, and drive system performance through observability and software engineering best practices.

As a Principal Engineer at GitLab, you will lead technical direction for infrastructure platforms, ensuring scalability and resilience while mentoring senior talent and influencing architectural decisions across multiple teams.

The role involves developing embedded satellite software, managing full software life cycle tasks, and collaborating with teams to support various software programs.

Develop and maintain embedded satellite software and associated test infrastructure, perform full software life cycle functions, and collaborate with teams.

Develop embedded satellite software systems, manage the software life cycle, collaborate within teams, and ensure quality and efficiency in software delivery.

As a Principal Engineer on the PaaS team, you will drive architecture, mentor staff, and design large-scale systems for cloud services.

Lead algorithm design and development for Youtopia’s precision nourishment platform, focusing on AI-driven solutions and mentoring engineers while ensuring scalability and performance.

Seeking experienced power systems engineer for spacecraft programs, focusing on power subsystem development, team collaboration, and innovative solutions.

The Principal Engineer will design and implement automated testing solutions for network performance, analyze test results, and develop visualizations of data.

Lead systems engineering for enterprise satellite ground systems using MBSE. Perform requirements decomposition, interface and ICD development, test planning/verification, trade studies, and support design reviews. Guide program execution, present to stakeholders, and support integration, simulation, and test milestones.

Lead systems engineering for enterprise satellite ground systems including requirements decomposition, MBSE modeling, interface/ICD development, verification planning, trade studies, test support, and program-level technical leadership in a secure, on-site environment.

Lead systems engineering for enterprise satellite ground systems: requirements decomposition, MBSE modeling, interface/ICD development, verification planning, integration/testing support, trade studies, program gate reviews, and technical leadership to meet cost, schedule, and performance goals.

The EMI/EMC Principal Engineer will define EMI compliance architecture, support environmental EMC testing, document results, and lead program phases while maintaining effective relationships.

The Principal Engineer, Propulsion Systems will oversee the technical integration and execution of propulsion systems for hypersonic vehicles, leading design, analysis, testing, and ensuring compliance in a fast-paced environment.

As a Principal Engineer, you will design algorithms for real-time payload systems, develop software, and provide technical direction to junior engineers.

Lead technical efforts in CONOPS development, support business execution, and provide engineering direction for space-related missions. Facilitate collaboration and conduct trade studies, ensuring optimal system design and customer satisfaction.

Responsible for designing and testing RF antennas, collaborating with teams, mentoring, and guiding technical projects while overseeing RF designs and performance evaluations.

Lead the development and integration of advanced GNC systems for spacecraft. The role involves designing algorithms, subsystem integration, and ensuring technical excellence across multiple aerospace projects.

Provide top-level technical leadership for Global Customer Services: develop and deliver training, identify and close supportability gaps, build tools/features to improve troubleshooting, and channel customer voice into product direction while collaborating with support, TAMs, engineering, QA, operations, and product.

Lead a team of engineers in developing complex electronic systems for space applications, ensuring reliability and performance across project phases.

This role involves designing, developing, and testing software for RF simulation applications, optimizing performance, and collaborating with cross-functional teams.

The role involves modeling and simulating mission performance, developing algorithms, and analyzing complex systems, requiring leadership and technical skills.

Develop and test embedded software for satellite and ground systems, managing the full software life cycle and collaborating within teams.