Top Engineering Jobs in Denver & Boulder, CO

Senior Software Engineer responsible for owning and supporting the MCA international cash management platform. Duties include COBOL development, mainframe application support, Oracle Database and Linux administration, monitoring with Dynatrace, incident and change management via ServiceNow, vendor coordination (including Oracle Flexcube), troubleshooting production issues, delivering enhancements, and participating in Agile delivery to ensure platform reliability and regulatory compliance.

Senior Software Quality Engineer develops and executes automated and manual tests for video streaming applications on mobile and set-top devices, writes test code, creates comprehensive test cases, reviews test code and results, collaborates on test strategies, and ensures products meet quality and reliability standards.

As a Software Development Engineer in Test, you'll create and conduct automated tests, resolve technical issues, and collaborate with development teams to ensure software quality.

Build and own complex frontend features using Vue 3 and TypeScript while developing the Python services and APIs that power them. Improve performance, accessibility, testing, CI/CD, and observability; collaborate with product and design; mentor engineers and apply AI-assisted development tools responsibly to accelerate productivity and maintain quality and security.

Design and implement scalable backend services for payment and transaction workflows using Java. Own end-to-end features from data model and APIs to Angular frontends, improve reliability and performance, refactor legacy systems, troubleshoot production issues, and collaborate with product and design. Leverage AI-assisted development tools responsibly and share best practices across the team.

Serve as Riot's primary electrical technical authority for hyperscale data centers: own electrical design standards and Basis of Design, review and approve designs and studies (arc flash, short circuit, coordination), define requirements for UPS/generators/switchgear, manage consultants and vendors, support commissioning and constructability, drive risk mitigation and continuous improvement, and provide executive summaries of technical decisions.

Serve as the technical lead for partner integrations of DNSid: design and build production-grade integrations, run POCs and workshops, produce enablement materials, translate partner requirements into product feedback, and own the path from demo to deployment while collaborating with product, standards, and engineering teams.

The Site Reliability Engineer will automate tasks, enhance platform infrastructure, improve observability, and lead incident response efforts for optimal performance.

The role involves creating RF payload calibration methods, evaluating performance requirements, managing calibration models, and collaborating across engineering disciplines in the RF sensing mission area.

The role involves designing and leading the development of focal plane subsystems for space applications, overseeing project execution, and collaborating with technical teams.

Design, characterize, and test low-noise focal plane electronics for a range of detector technologies. Develop experiments, test plans, troubleshoot hardware, perform system modeling and requirements work using DOORS/MBSE, and collaborate with multidisciplinary teams to deliver flight and engineering hardware.

Develop and implement calibration solutions for RF payload performance, evaluate performance requirements, and collaborate across engineering disciplines for successful project execution.

The FPGA Engineer will design and develop electronic systems for high reliability applications, providing technical leadership and innovative design solutions. Responsibilities include FPGA applications, development, and integration, while fostering effective team collaboration.

The role involves defining EMI compliance architecture, supporting hardware development, documenting test results, and leading program lifecycle activities related to space-related electronics.

The Senior FPGA Design Engineer designs defense-oriented electronic systems, focusing on FPGA development, digital integration, and creating reusable circuits while working collaboratively in R&D environments.

The role involves leading FPGA verification for complex SoC designs, applying innovative techniques to develop electronic systems in a collaborative environment focused on space payloads.

Lead a team to produce complex electronic control systems for aerospace applications, providing technical expertise in hardware, modeling, and design, while mentoring junior engineers and ensuring compliance with standards.

The Electrical System Engineer Principal leads a team to develop and resolve electronic systems for space payloads, ensuring high-quality solutions and compatibility across various engineering disciplines.

Design and implement high-tech electronic systems focusing on FPGA and digital IP integration for defense applications, collaborating in R&D and production programs.

Lead Space Vehicle team through development, testing, and delivery of space systems, ensuring technical specifications and mission needs are met. Guide design reviews, manage schedules, and develop engineering documents while working collaboratively with various subsystems.

The RF Systems Analyst will support RF payload system design, analyze signal chain performance, and perform systems engineering tasks, collaborating across disciplines to ensure compliance with requirements and support program reviews.

The Project Engineer will lead teams in delivering electro-optical subsystem projects, integrating project scope, and communicating with stakeholders while managing risks and proposals.

Lead RF payload system and box/board design and analysis, assess RF signal chain performance, decompose and allocate requirements, manage margin, synthesize payload performance, support verification and test activities, produce ICDs and TPM analyses, collaborate across subsystems, and support proposal and program lifecycle events.

Lead systems engineering for advanced RF, radar, communications, and sensing systems across the lifecycle: define and manage requirements, develop architectures, perform trade studies and performance analyses, define interfaces, support integration/verification/validation, collaborate with software/FPGA/hardware teams, produce technical documentation, and participate in technical reviews using systems and digital engineering tools.

Lead and support RF payload system and box/board design and analysis. Assess RF signal chain performance (noise figure, gain, IP2/IP3), decompose and allocate requirements, develop margin management and TPM/error analyses, produce ICDs, collaborate across disciplines, support AI&T and payload verification, and contribute to proposal and test activities throughout program lifecycle.