Top Engineering Jobs in Denver & Boulder, CO

As a Senior Android Engineer at Moov, you'll lead the Android development, establish best practices, collaborate with teams, and ensure high-quality app performance.

As a Staff Forward Deployed Engineer, lead technical initiatives for enterprise customers, guiding adoption of GitLab products while creating reusable solutions and addressing complex deployment challenges.

Develop and manage high-performance back-end systems, design secure APIs, optimize performance in cloud environments, conduct testing, and manage ML model lifecycles.

Develop, test, and maintain embedded satellite/airborne/ground software across the full lifecycle (requirements, design, code, test, integration, documentation). Work on-site regularly, collaborate cross-functionally, support CI/CD and embedded Linux deployments, and apply formal development practices and configuration management.

Develop, test, and maintain embedded satellite/airborne/ground software across the full software lifecycle. Design and implement software (C/C++, Rust, Python, Ruby) for Embedded Linux, interact with FPGAs, configure embedded Linux distributions (PetaLinux/Yocto), implement messaging (MQTT/ZeroMQ), produce UML designs, follow formal development practices, and support integration, testing, and documentation. On-site five days weekly; requires active Secret clearance and ability to obtain TS/SCI.

Lead design, requirements, analysis, integration, and test of satellite ground systems. Develop system architecture, decompose requirements, create ICDs/SEMP artifacts, support verification activities and program reviews, perform trade studies and risk assessments, and mentor junior staff while interfacing with customers and stakeholders.

Lead design, development, test, and operations of spacecraft fault management systems. Participate in systems engineering, develop and verify fault management concepts, produce documentation, execute test campaigns, and support hardware integration and operations while mentoring peers and collaborating with internal and customer stakeholders.

Design, implement, test, integrate, document and support embedded software for satellite/airborne/ground systems across the full software lifecycle. Work with CI/CD, containerization, Embedded Linux, C/C++, Rust, Python, FPGAs, messaging systems, and formal development practices. On-site role supporting testing and integration activities.

Design and verify spacecraft fault management and on-board autonomy. Contribute to systems engineering, CONOPS, requirements V&V, test plan development and execution, hardware-in-the-loop and mission operations support. Document fault management approaches, collaborate with SMEs and customers, and support programs from concept through on-orbit operations.

Lead systems engineering for satellite ground systems: design, requirements decomposition, architecture, ICDs, verification/validation, integration, and test. Support reviews (SRR/PDR/CDR), trade studies, risk assessments, customer briefings, and mentor junior staff while working on-site full time.

Design, implement, test, and maintain embedded software for satellite, airborne, or ground systems. Perform full software life-cycle tasks (requirements, architecture, coding, integration, testing, documentation) and collaborate across teams; maintain on-site schedule and support program deliverables.

Lead systems engineering for satellite ground systems: design, requirements decomposition, architecture, integration, verification, and test. Guide teams, develop ICDs/SEMP/CDRLs, support reviews (SRR/PDR/CDR), conduct trade studies, and interface with customers and program stakeholders. Provide technical leadership and oversight across lifecycle, ensuring verification, validation, and operational readiness.

Design, develop, test, and maintain embedded satellite command & control, mission planning, and data analysis software. Perform full software lifecycle work (requirements, architecture, code, integration, test, documentation), collaborate across teams, and support on-site development and deployment activities.

Design, implement, test, and integrate embedded software for satellite/airborne/ground systems. Perform full software lifecycle tasks (requirements, architecture, coding, testing, integration, documentation) and support deployments and operations on Linux. Collaborate across teams, maintain formal development practices, and work on-site regularly.

Develop and maintain embedded satellite command-and-control, mission planning, and data analysis software. Perform full software lifecycle tasks (requirements, architecture, design, code, test, integration, documentation). Build and support test infrastructure, CI/CD and containerized deployments. Work onsite regularly and collaborate across engineering and program teams. Requires active TS/SCI clearance and experience with modern cloud, embedded, and software engineering practices.

Technical lead for end-to-end electrical design, integration, test, and delivery of space-grade electronics boxes. Manage requirements flow-down to PWAs, FPGAs and software, lead integration and verification, resolve anomalies, select EEE parts, produce RVM and documentation, and mentor junior engineers while mitigating technical and schedule risks.

Designs and implements embedded satellite command-and-control, mission planning, and data analysis software. Performs full software lifecycle activities (requirements, architecture, design, coding, testing, integration, documentation, support) and maintains on-site engagement. Works across programs using CI/CD, containerization, cloud, and modern web/back-end/front-end technologies.

Develop, test, and maintain embedded software for satellite, airborne, and ground systems. Perform full software lifecycle activities (requirements, architecture, design, code, test, integration, documentation). Support test infrastructure, CI/CD, containerized deployments, and collaborate across engineering teams while working on-site.

Develop and maintain application software: participate in requirements analysis and design, implement code (C++), follow development processes, produce requirements/design/test documentation, and test applications per methodology.

Own CNC process development and design machining workflows, integrate automation systems, optimize toolpaths, collaborate across teams, and lead yield improvement efforts.

Lead validation strategy and architect scalable white-/grey-/black-box test frameworks for enterprise SSD firmware. Drive ML-powered test optimization, own end-to-end verification of NVMe front-end features, lead root-cause analysis, CI/CD test infrastructure, mentor engineers, and present technical findings to leadership.

Support spacecraft and launch vehicle processing and ground operations: author and validate MES procedures, perform integration, propellant and hazardous operations, execute checkouts, maintain clean-room protocols, verify launch provider and range safety compliance, document anomalies and lessons learned, coordinate across engineering, quality, supply chain, and external stakeholders, and travel to support campaign execution.

Lead mechanical engineering tasks for spacecraft and launch vehicle processing, including MES authoring, procedure validation, payload integration, propellant loading, and interface verification. Serve as Responsible Engineer on discrete technical packages, prepare technical documentation, analyze mechanical/propulsion/structural data, mentor junior engineers, and coordinate with launch providers, range operations, and cross-functional teams during test, launch, and landing campaigns.

Design, implement, and operate large-scale distributed storage systems ensuring data durability, availability, and performance. Build and maintain replication, erasure coding, and lifecycle systems; write high-quality Go/Rust/C++ code; participate in on-call rotations; troubleshoot production incidents; collaborate with networking, hardware, and capacity teams; lead scoped projects and drive infrastructure evolution.

Lead technical strategy and execution for multi-quarter initiatives; build and maintain AI-driven systems; mentor and raise the technical bar across teams; collaborate cross-functionally; ensure data security and HIPAA-compliant practices; operate in an AWS + Kubernetes environment while introducing new technologies as system load grows.