Top Engineering Jobs in Denver & Boulder, CO

Operate and integrate observability systems (logging, metrics, tracing) using OpenSearch, VictoriaMetrics, Kafka, and ClickHouse. Build features to improve operability, develop next-gen metrics/logging, guide engineers in using the platforms, operate Kubernetes clusters, write Go software, use Terraform/Ansible and CI/CD, participate in 24/7 on-call rotation, and support internal users across a distributed team.

As a Hardware Sustaining Engineer, you'll support the engineering of hardware infrastructure, troubleshoot issues, and enhance operational standards in cloud services.

The role involves leading design initiatives for Vercel's acquisition surfaces, collaborating across teams to enhance web experiences, and mentoring design engineers.

The Expert Mendix Developer will design and develop Mendix applications, integrate systems, ensure performance and security compliance, and mentor junior staff while collaborating with various teams.

As a Pre-Sales Solutions Engineer, you will drive technical pre-sales engagements, architect custom solutions, and guide customers on API integration and deployment strategies, enhancing their experience with Voice AI technologies.

Lead the development of an AI-powered platform for senior mental health, building systems for patient experience, and mentoring the engineering team.

The Founding Engineer will lead the development of Sailor Health's AI-powered platform, building systems for patient care and mentor the engineering team.

Design, operate, and evolve geospatial data pipelines and systems for AtomEngine's simulation runtime, ensuring data performance and integration.

The Senior Fullstack Engineer will build and manage enterprise authentication systems, improve user session management, ensure security compliance, and support internal API usage across services, while enhancing performance and reliability.

Design and build infrastructure for card issuing products, integrating AI services, collaborating on security compliance, and overseeing system performance.

The Lead Infrastructure Engineer will define and build infrastructure at Atticus, managing platforms, security, reliability, and empowering engineering teams.

As a Forward Deployed Engineer, you'll architect and build software solutions for national security, working closely with mission teams and stakeholders, ensuring reliable deployments and user engagement.

The Staff DevOps Engineer will lead cloud infrastructure design, improve DevOps practices, ensure system scalability and reliability, and enforce security measures.

The Full-Stack Software Engineer will enhance user interfaces, APIs, and develop features for AI applications while collaborating with teams and ensuring code quality.

As a Senior Backend Engineer, you'll collaborate with a cross-functional team to build features for a Digital Asset Manager, tackle complex technical issues, and apply web best practices in a rapidly evolving environment.

As a Senior Site Reliability Engineer, you'll design and build complex systems, support Atlas platform operations, automate processes, and ensure high availability of services.

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.

The role involves conducting structural and thermal analyses of solid rocket motors, supporting design, validation, and collaboration with engineering and manufacturing teams.

Lead systems engineering for mission-critical space systems: define and trace requirements, perform trade studies, integration and verification planning, risk assessments, test support, and lead cross-functional teams to ensure mission readiness and safety.

As a Test Engineer II, you'll conduct testing and validation of aerospace systems, develop test plans and procedures, troubleshoot issues, and ensure compliance with requirements.

As a Material Science Engineer I, you will apply material sciences in aerospace engineering to solve routine technical problems, assist senior engineers, and prepare technical documentation in a collaborative team environment.

The Engineer II will design and develop harness assemblies for spacecraft, creating 3D models and ensuring compliance with quality standards, while coordinating with various teams.

Design and implement algorithms for image processing and object tracking for spacecraft, integrating with flight software and conducting simulations.

Design and develop RPO estimation and optimization algorithms, conduct trade studies, and support integration with the Space Operations team.

The Principal Mechanical Engineer will lead the design of mechanical assemblies for spacecraft and support the mechanical team in developing advanced flight systems. Responsibilities include managing CAD modeling, collaborating with other teams, and ensuring compliance with mission requirements.