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

Design, build, and commission factory automation systems: define controls architectures, program PLCs/HMIs, integrate robots and peripheral equipment, develop offline simulations, perform troubleshooting and commissioning, produce controls documentation, and support factory acceptance and startup.

Design, build, and deploy custom factory automation systems across the full lifecycle. Responsibilities include controls architecture, PLC/HMI programming, robot and equipment integration, offline simulation, electrical and safety design, on-site commissioning, testing, and creating controls documentation for automated manufacturing systems.

Design, build, and commission automated manufacturing systems end-to-end. Define control architectures, program PLCs/HMIs/robots, perform virtual and onsite commissioning, integrate equipment, lead testing and acceptance, produce controls documentation, and coordinate cross-functional stakeholders to deliver scalable production systems.

Develop, test, and deploy ground mission-operations software for lunar lander systems. Design safety-critical, scalable architectures, integrate with vehicle and ground subsystems, run SIL/HIL validation, support CI/CD and release, produce documentation, and assist operator training and mission operations.

Lead design and implementation of scalable, secure DevOps and CI/CD practices for avionics and lunar systems. Build monitoring, automation, and dashboards; audit pipelines for compliance; mentor team members; support hybrid on-prem/cloud deployments and safety-critical software processes to improve reliability and deployment frequency.

Develop and validate closed-loop motion control systems: design control algorithms, build MATLAB/Simulink dynamic models, correlate simulations with tests, troubleshoot system performance, present technical results, and produce design and test documentation.

Lead programmatic execution for complex aerospace/space development programs: track technical scope, budget, schedule, and risk; develop recovery plans; manage contractual data deliverables; drive finance, procurement, planning, and proposal sign-off; and coordinate cross-functional stakeholders to deliver program objectives for safe human spaceflight.

Lead design and development of safety-critical mechanical components and systems for pressurized spacecraft docking mechanisms. Perform full hardware lifecycle work: concept, detailed design, analysis, drawings with GD&T, testing, qualification, and supplier management. Mentor junior engineers, support subsystem testing and documentation, and produce rapid R&D prototypes to meet schedule, cost, and safety requirements.

Design, build, and maintain highly available global ground-station network infrastructure. Define WAN/LAN architecture, configure routers/switches/firewalls, implement IP addressing and VLANs, enforce network security (VPN, ACLs), perform vulnerability scanning and hardening, deploy monitoring/observability, coordinate telecom providers, document configurations/diagrams, automate health reporting, and lead cybersecurity compliance for the Quartz program.

Designs and integrates fluids and propulsion subsystems for lunar landers. Owns subsystem documentation, performs analyses, supports component and subsystem testing, and leads trade studies and verification activities across development cycles.