Top Engineering Jobs in Denver & Boulder, CO

The Embedded Software Engineer will design, develop, and optimize embedded firmware for robotic systems, ensuring high reliability and integration with hardware components. Responsibilities include coding, debugging, testing, and supporting real-time control software in a fast-paced environment.

The Senior Full-Stack Engineer will manage client relationships, design integration solutions, and ensure seamless delivery and optimization of technical workflows, while leveraging AI for efficiency.

Establishes and owns Bloom’s production support and incident response function. Responsibilities include implementing monitoring, supporting major incidents, coordinating responders and vendors, overseeing root cause analysis, tracking preventive actions, automating repetitive support tasks with Python or Bash, maintaining documentation, and measuring incident response effectiveness. The role also supports client-facing Operations teams with onboarding, offboarding, sandbox resets, and other technical support needs while partnering with product and engineering teams to reduce support overhead.

Develops, integrates, tests, maintains, and supports Java-based software systems and mathematical algorithms for Boeing’s C2BMC missile defense applications. Responsibilities include software architecture, requirements decomposition, interface development, design documentation, coding, debugging, performance optimization, agile execution, integration and testing, operational support, and technical issue resolution. The role collaborates with systems engineering, integration and test teams, and industry partners while supporting full software lifecycle activities for ballistic missile defense systems.

Architect and operate scalable cloud and virtualized lab platforms for global sales engineering teams. Build automated cybersecurity demonstrations simulating malware, exploit paths, and detection workflows. Lead self-service tooling, product demonstration readiness, infrastructure reliability, outage resolution, security governance, and major conference technical operations. Partner with Product Management, Engineering, Information Security, and Platform Engineering while providing technical leadership across complex infrastructure initiatives.

Support the engineering, integration, interoperability, testing, sustainment, and troubleshooting of MILSATCOM and Protected MILSATCOM systems. Analyze architectures, cryptographic requirements, data flows, hardware and software modifications, and operational impacts. Develop technical documentation, test assets, and recommendations; conduct site surveys and engineering assessments; support operators and maintainers at domestic and international locations; and collaborate with government, military, allied, and technical stakeholders.

Develop and deploy data solutions using Palantir Foundry and AIP for client engagements. Lead technical teams, coach team members, analyze system interactions, build applications with large datasets, and apply data engineering and analytics to deliver client outcomes. The role also includes managing client relationships, planning and executing projects, encouraging technology adoption, resolving stakeholder conflicts, and driving continuous improvement.

Build and maintain internal AI-powered tools and automations for sales, customer success, and revenue operations. Implement features, automate lead routing and pipeline workflows, troubleshoot integrations, monitor tools, fix bugs, and evaluate AI platforms. Collaborate with nontechnical stakeholders to gather requirements and deliver reliable, documented code using APIs, scripting languages, and database systems.

Tests and troubleshoots spacecraft mechanisms and electro-mechanical systems in laboratory, cleanroom, and production environments. Writes and executes test procedures, plans, and scripts; verifies requirements; calibrates hardware; and uses EGSE, simulators, test benches, measurement equipment, and automation tools. The engineer documents results, maintains test logs, prepares reports and presentations, and collaborates with systems engineers, software teams, technicians, mission assurance, customers, and program personnel.

Tests and troubleshoots spacecraft mechanisms and electro-mechanical systems in laboratory, cleanroom, and production environments. Writes and executes test procedures, plans, and scripts; verifies requirements; calibrates hardware; and supports test automation using Python or Ruby, MATLAB, EGSE, simulators, and software test benches. Collaborates with engineering, software, mission assurance, technicians, customers, and program teams while preparing technical documentation and presentations.

Senior Quality Engineer supporting aerospace and spacecraft hardware programs from design through launch. Responsibilities include quality reviews, compliance, root-cause investigations, corrective actions, Material Review Board leadership, audits, manufacturing process reviews, quality metrics, and continuous improvement. The role requires collaboration across engineering, manufacturing, inspection, testing, customers, and program teams in an on-site production, laboratory, or cleanroom environment.

Supports quality assurance for spacecraft payloads and hardware throughout the program lifecycle. Responsibilities include technical and milestone reviews, compliance verification, quality issue investigation, root-cause analysis, corrective actions, MRB leadership, audits, manufacturing process reviews, continuous improvement, and quality metrics development. Works cross-functionally with engineering, manufacturing, inspection, testing, customers, and program teams in office, laboratory, production, and cleanroom environments.

Leads the design, development, integration, and validation of real-time space vehicle simulators in hardware-in-the-loop and software-only environments. Defines requirements, architectures, interfaces, and use cases; guides technical decisions and simulator quality; performs the full software lifecycle; and deploys containerized simulation components. The role requires systems engineering leadership, software development expertise, real-time operating systems knowledge, and experience with model-based simulation, control theory, and formal development practices.

Build and expand Cloudflare's global datacenter network: coordinate installations, manage hardware and contractors, implement consistent processes, perform Linux administration, use configuration management and scripting, and collaborate with SRE and Network Engineering to improve operations and automation.

Build and operate Cloudflare’s large-scale Kubernetes platform running on bare-metal Linux. Design resilient systems, support application teams, improve resource efficiency, harden infrastructure, and respond to platform incidents. The role combines software engineering with DevOps responsibilities, including production Kubernetes operations, Linux systems debugging, container networking, and contributions to open-source projects.

Lead firmware and embedded software development for AI-powered video safety products. Architect scalable embedded systems, integrate camera and real-time edge computing capabilities, deploy CV/ML models, and guide technical decisions. Collaborate with hardware, cloud, machine learning, and product teams on next-generation devices and complex multi-team projects. Maintain production systems, improve testing and release infrastructure, mentor engineers, and support products from development through mass production.

Supports WiFi and 5G operations through configuration compliance auditing, upgrade campaign execution, network monitoring analysis, incident response support, documentation, reporting, and Python-based automation. The intern helps maintain wireless network fleet health, develops operational scripts, assists with change management, creates runbooks and status reports, and collaborates with senior engineers on service reliability initiatives.

Own post-sale technical deployments for enterprise customers, configuring monitors, alerts, and integrations in Snowflake and Databricks environments. Write production Python, SQL, and API integrations, drive customer adoption and measurable value, expand usage across teams and use cases, and provide feedback to Product and Engineering. Help establish the forward-deployed engineering playbook while advising data engineering teams and executives.

Lead the full development cycle for solid rocket motor hardware, including mechanical design, CAD modeling, structural analysis, fabrication, testing, troubleshooting, and iterative improvement. Apply engineering fundamentals and FEA to solve complex technical problems, manage technical risks, and deliver reliable, manufacturable hardware. Collaborate with energetics, manufacturing, quality, and test teams while mentoring less-experienced engineers.

Designs, develops, tests, debugs, and integrates compiler and systems software enhancements. Leads software engineering projects, collaborates with internal and outsourced development teams, resolves complex technical issues, and provides guidance to less-experienced engineers. The role requires hybrid work averaging two days per week in an HPE office.

Develop and launch reliable backend systems using Python or Kotlin, AWS, MySQL, and Kubernetes. Break projects into deliverable phases, collaborate with product, design, and analytics teams, monitor system metrics, support availability and on-call operations, debug code, conduct code reviews, and contribute to team growth and interviewing. The role requires 1.5+ years of software engineering experience and strong communication skills.

Leads software teams developing, integrating, deploying, and maintaining full-stack mission applications for DoD and intelligence customers. Builds prototypes, scales applications, develops responsive frontend features, integrates systems, collaborates with government operators, and conducts deployment and field testing in secure environments. The role requires customer relationship management, technical leadership, software engineering expertise, and active security clearance.

Leads aerospace assembly, integration, and test engineering activities, including developing test plans, procedures, reports, and validation strategies. Supports requirements management, systems integration, verification and validation, troubleshooting, non-conformance resolution, and technical analysis. Works across multidisciplinary teams, guides junior engineers, operates testing equipment, interprets schematics, and documents results to verify compliance and system performance.

Lead a small, hands-on engineering team responsible for analytics infrastructure and member growth. Own technical strategy for ClickHouse-powered analytics, data visualizations, and LLM-enabled data experiences, while guiding onboarding and activation roadmaps. Write and review code, design experiments, partner with product and design, make architectural decisions, and hire, mentor, and develop engineers. The role requires strong web application experience, product judgment, communication skills, and expertise across Ruby on Rails, databases, ReactJS, and TypeScript.

Leads mechanical design and new product introduction for automotive-grade connected devices, specializing in ruggedized connectors, waterproof enclosures, cable harnesses, and sealing systems. Creates production-ready CAD models and drawings, performs tolerance and failure analysis, validates designs, and supports manufacturing readiness. Collaborates with engineering, quality, manufacturing, and suppliers across the product lifecycle, including NPI builds, process validation, production ramp, and critical field issue investigations. International travel supports offshore manufacturing and customer-site failure analysis.