Top Engineering Jobs in Denver & Boulder, CO

Assists with designing, implementing, troubleshooting, and optimizing manufacturing processes for aerospace products. Supports production line setup, equipment troubleshooting, process documentation, data analysis, and continuous improvement initiatives. Collaborates with cross-functional teams to resolve manufacturing issues, improve efficiency and quality, and standardize operations. Uses CAD software to create and modify manufacturing equipment and process designs.

The manager will lead the NVMQRA team, ensuring product quality and reliability of non-volatile memory products through testing, collaboration, and continuous improvement.

Develop, test, debug, and improve SSD firmware alongside experienced engineers. Responsibilities include implementing firmware features, resolving performance and reliability issues, creating test plans, supporting product qualification, participating in code reviews, improving development processes, and documenting technical information.

Design, develop, integrate, and maintain ERP financial applications using Oracle and PL/SQL. Optimize performance, resolve defects and integration issues, apply security and compliance standards, participate in Agile/Scrum, lead code reviews, estimate work, and mentor junior developers to support finance operations and revenue objectives.

Lead systems engineering for a next-generation unmanned aircraft system. Responsibilities include defining system architecture, behaviors, requirements, interfaces, fault responses, and traceability; integrating avionics, autonomy, propulsion, sensors, and mission systems; conducting MBSE modeling, trade studies, safety analyses, flight testing, and performance validation; and coordinating cross-functional teams, DoD stakeholders, and government partners through development and operational deployment.

Lead systems engineering for a next-generation autonomous UAS, including system architecture, requirements decomposition, behavior modeling, avionics and autonomy integration, safety analysis, trade studies, flight testing, and performance validation. Collaborate with hardware, software, propulsion, manufacturing, flight operations, DoD stakeholders, and government agencies to develop a mission-ready aircraft from clean sheet through first flight and deployment.

Build, operate, and evolve AWS cloud infrastructure supporting a high-growth financial and hospitality technology platform. Responsibilities include infrastructure architecture, deployment pipelines, reliability engineering, incident response, observability, security, governance, capacity planning, migrations, and on-call support. The role partners with application engineers, implements infrastructure changes, and improves operational standards and scalability.

Design, implement, and maintain scalable, secure, high-performance backend systems and public-facing APIs. Collaborate with Product and Data Science teams, lead initiatives improving efficiency and system performance, and support customer satisfaction. Work may involve distributed systems, pricing engines, identity management, authentication, authorization, API versioning, deprecation, and rate limiting.

Lead the architectural evolution from monolithic applications to distributed systems. Define service boundaries, establish architectural standards, shape technical roadmaps, and ensure platform scalability, resilience, and maintainability. Collaborate across engineering teams, solve complex technical challenges, mentor engineers, and influence organizational direction through high-impact architectural decisions.

Develop low-level, high-performance instrumentation within CICS and z/OS using HLASM. Design production features for mission-critical mainframe environments, diagnose complex system behavior through dumps and traces, analyze performance bottlenecks, and collaborate with an experienced engineering team. The role requires deep z/OS and CICS internals expertise, systems programming knowledge, and proficiency with JCL, SDSF, and USS.

Build and operate secure, scalable platform infrastructure for AI-driven applications across cloud, on-premises, and edge environments. Own SRE practices, CI/CD, deployment automation, observability, performance optimization, incident response, and reliability improvements. Develop Python-based internal tools, partner with software teams on production readiness, and support customer-site installations and lifecycle operations. The role also emphasizes security, compliance, developer productivity, and distributed-system troubleshooting.

The Senior Site Reliability Engineer ensures SaaS platforms remain reliable, performant, secure, and scalable. Responsibilities include building cloud infrastructure, implementing monitoring and alerting, automating operational runbooks and deployments, managing Infrastructure as Code, applying AI-powered observability and remediation, supporting Kubernetes and cloud networking, and leading incident triage and root-cause analysis during 24/7 on-call rotations.

Supports the development, optimization, and troubleshooting of manufacturing processes for spacecraft solar arrays and photovoltaic assemblies. Responsibilities include production line setup, equipment troubleshooting, process documentation, CAD tooling design, yield and defect analysis, cross-functional issue resolution, and Lean/Six Sigma improvements. The role also supports solar cell handling, contamination control, safety protocols, and quality initiatives for aerospace manufacturing.

Performs structural analysis for space, atmospheric flight, and ground platforms using hand calculations and finite element analysis. Develops loads and environments, manages analysis throughout the program lifecycle, supports static, modal, acoustic, shock, and vibration testing, and prepares technical reports. The role also requires collaboration across departments and may involve office, laboratory, production, cleanroom, and outdoor environments.

Performs structural analysis and dynamics assessments for space, atmospheric flight, and ground platforms using hand calculations and finite element analysis. Develops loads and environments, manages analysis across the program lifecycle, supports static, modal, acoustic, shock, and vibration testing, and prepares technical reports. The role also supports production, validation, certification, and cross-functional engineering activities.

Performs structural analysis for space, atmospheric flight, and ground platforms using hand calculations and finite element methods. Develops loads and environments, manages analysis throughout the program lifecycle, supports static, modal, acoustic, shock, and vibration testing, and prepares technical reports. Requires Nastran experience and supports structural dynamics, fatigue, joints, materials, and environmental qualification activities. The role is fully on-site and may involve travel between company and external facilities.

The MBSE Core Capabilities Engineer supports Model-Based Systems Engineering by advancing tools and infrastructure, collaborating with teams, and improving adoption of MBSE methods.

The MBSE Core Capabilities Engineer leads Tools and Infrastructure for Model-Based Systems Engineering, providing expertise in tools and collaboration across sectors, while supporting MBSE adoption and organizational change management.

The MBSE Core Capabilities Engineer focuses on advancing tools and infrastructure for Model-Based Systems Engineering, requiring expertise in Cameo/MagicDraw and SysML.

Leads the architecture, design, development, integration, testing, and lifecycle support of spacecraft optical communications subsystems. Responsibilities include managing subsystem requirements, hardware interfaces, vendors, technical risks, cost and schedule, verification documentation, link-budget analysis, and customer reporting. The role serves as a subsystem IPT lead, supports space-qualified hardware delivery and mission commissioning, and collaborates across systems engineering, supply chain, contracts, and program leadership. Regular on-site work and occasional travel to vendor locations are required.

The role involves supervising spacecraft and payload operations, conducting performance analysis, developing mission operation products, and providing technical leadership in a collaborative environment.

Designs and supports aerospace electromechanical hardware, including electrical harnesses, enclosures, brackets, and test equipment components. Responsibilities include 3D modeling, engineering drawings, BOMs, design analysis, harness routing, manufacturing support, troubleshooting, environmental testing, configuration management, and technical documentation. The engineer collaborates with electrical, mechanical, avionics, propulsion, manufacturing, and test teams while supporting rocket engine and defense systems development.

Leads spacecraft systems engineering across requirements management, system architecture, concept of operations, integration, verification, and validation. Oversees technical milestone reviews, requirements traceability, risk mitigation, performance tracking, and configuration management while collaborating with cross-functional engineering teams. The role also mentors engineers and ensures compliant, cohesive system solutions throughout the development lifecycle.

Develop, monitor, and maintain distributed production systems and AWS-based microservices infrastructure. Build automation, tooling, and repeatable processes that improve uptime, scalability, security, and operational efficiency. Support product engineering teams with performance, scaling, incident diagnosis, and production debugging. Analyze and tune systems, code, and networking while participating in on-call operations and blameless post-mortems.

Lead software engineering for the Patient Onboarding team, building and improving registration, insurance verification, and care-access workflows. Write full-stack production code, lead complex cross-team initiatives, shape technical direction, improve engineering foundations, and support modern AI-enabled development practices. Collaborate with Product, Design, Analytics, and Engineering to improve patient conversion and system reliability.