Top Design Engineer Jobs in Denver & Boulder, CO

Supports on-time delivery of parametric 3D CAD models and engineering drawings for virtual tire development, performance analysis, and mold tooling. Develops equation- and logic-driven PTC Creo models, collaborates with cross-functional teams to analyze and predict tire tread performance using in-house tools and FEA software, and helps improve modeling best practices. The role includes structured training, mentorship, and opportunities to develop advanced Creo expertise.

Executes the full physical IC design cycle from RTL through silicon tape-out, including synthesis, physical verification, timing closure, EM/IR analysis, place and route, clock tree synthesis, floorplanning, layout, and methodology development. Collaborates with RTL design engineers and applies TCL/Perl scripting and EDA tools. This is an in-person role in Colorado Springs, Colorado.

Design and build high-quality marketing, activation, checkout, and retention experiences that accelerate growth. Own the marketing design system, increase experiment velocity, partner with marketing, sales, product operations, and customer success, and measure experiment outcomes. The role combines advanced frontend development, visual and interaction design, responsive implementation, animation, customer discovery, data-informed experimentation, code review, and cross-functional project management.

Designs conceptual, preliminary, and final high-voltage substation structures, foundations, lightning protection systems, bus systems, and factory-built structures. Prepares and reviews structural and foundation calculations, drawings, equipment specifications, and layouts for code and customer compliance. Coordinates with project managers, customers, and internal teams, supports proposals and schedules, resolves technical and construction issues, and answers customer questions.

Design and implement FPGA-based digital systems for defense applications, integrate digital IP and SoC components, develop test fixtures and plans, and collaborate across engineering teams on R&D and production programs. Maintain on-site presence and support system-level requirements flow-down.

Support digital hardware specification, design, and implementation, including ASIC physical design, build-controlled releases, hardware and software evolution, documentation, change control, quality standards, and troubleshooting. Improve processes and tools, provide technical guidance, manage project resources, and collaborate with customers on technical requirements. Required expertise includes CMOS technology, physical design flows, EDA tools, scripting, timing and power analysis, Verilog HDL, third-party IP integration, and advanced process nodes.

Serves as technical authority and team leader for space-based interceptor tooling and mechanical ground support equipment. Responsibilities include requirements, CAD design, fabrication, qualification, vendor management, safety and regulatory compliance, configuration control, root-cause investigations, budgets, schedules, and production support. Leads tooling engineers, chairs design reviews, and presents to program leadership, MDA offices, and government stakeholders. Designs fixtures, lifting devices, launch equipment, transportation containers, weldments, and integration tooling while ensuring compliance with defense and aerospace standards.

Designs and supports semiconductor timing solutions using static timing analysis, physical design principles, timing constraints, signal integrity, clock networks, and timing models. Debugs timing-tool errors, generates reports, analyzes setup and hold timing, and works with large datasets. Collaborates independently with geographically distributed engineering teams, manages multiple assignments, communicates findings clearly, and may supervise others. Requires extensive electrical or computer engineering experience and TCL programming.

Lead a team designing and productionizing PMAD power electronics and multilayer PCBs for TeraWave satellites. Own board architecture, power and signal integrity, high-voltage design, DFM/DFT, cost and mass optimization, verification, qualification, debugging, and production release. Collaborate with mechanical, harness, supply chain, fabricators, and contract manufacturers to deliver scalable, reliable electronics. Maintain fabrication and assembly documentation and support integration and flight acceptance activities.

Lead mechanical design for spacecraft structures from proposal through test and verification. Perform CAD modeling, structural analysis, requirements development, design-for-manufacturing/testing, risk management, and subcontract technical oversight. Transition to lead teams of 5-10 engineers and coordinate across subsystems, external customers, payload and launch providers while improving processes and tools.

Leads the design and development of complex mechanical systems and components from concept through production. Performs advanced FEA, CFD, structural, thermal, vibration, and failure analyses; oversees prototyping, testing, and validation; mentors engineers; leads design reviews and cross-functional projects; collaborates with manufacturing, supply chain, customers, and suppliers; manages technical documentation, quality issues, regulatory compliance, process improvements, and product innovation.

The Electrical Design Engineer will design building electrical systems, primarily for healthcare projects, while ensuring compliance with codes and standards. Responsibilities include system design, project coordination, and technical reporting, with opportunities for growth into leadership roles.

The Analog Design Engineer is responsible for designing complex analog circuits, verifying performance, and collaborating with cross-functional teams to enhance efficiencies and provide training.

Lead architecture, design, fabrication, testing, and optimization of silicon photonics integrated circuits for coherent long-haul, metro, and pluggable optical systems. Drive PIC specification, link-budget analysis, DFM/DFT practices, cross-functional execution with RFIC/DSP/packaging/foundry partners, and establish simulation and test infrastructures for scalable, high-yield production.

Lead complex site design projects, provide high-level technical engineering design, supervise and mentor staff, review contracts, improve production efficiencies, and ensure quality standards are met. The role requires a bachelor’s degree in engineering, at least eight years of engineering experience, and strong interpersonal and problem-solving skills.

Lead complex site design engineering projects, provide advanced technical design expertise, supervise and mentor junior staff, review contracts with administrative support, improve production efficiency, and ensure work meets quality standards.

Collaborate on mechanical designs for data center systems, validating performance, overseeing construction, and ensuring designs meet quality benchmarks.

Design and verify RPOD operations for lunar spacecraft: define concepts of operations, decompose requirements across subsystems, develop navigation/ guidance and estimation methods, support sensor and software integration, lead V&V and testing (including flight demonstrations), analyze test data, and build tools and automation to ensure safe, reliable docking and relative navigation.

Designs, documents, tests, secures, and transitions global CAN/LAN networks for a government customer. Responsibilities include developing network architectures and configurations, testing technologies in a private lab, migrating legacy infrastructure, troubleshooting routing and switching issues, supporting operations teams, aligning designs with DISA STIGs, obtaining ATOs, and supervising network support specialists. The role may also involve MPLS WANs, firewalls, network management tools, and process improvement.

Design and analyze high-speed analog/mixed-signal circuits including ADCs, DACs, and PLLs in advanced CMOS technologies. Engage in layout optimization and testing plans.

Design and develop silicon photonics integrated circuits, leading the development process from design to testing while collaborating on innovative projects.

Lead architecture, design, fabrication, testing, and optimization of silicon photonics integrated circuits for coherent DWDM long-haul and metro systems. Define PIC architecture and specifications, develop link budgets, drive DFM/DFT and test strategies, lead design reviews, and coordinate cross-functional execution with RFIC/EIC, DSP, packaging, foundry, and test teams to enable high-yield manufacturable coherent transceiver solutions.

Design and develop high-speed photonic integrated circuit devices. Perform RF and electro-optical simulations (HFSS, ADS), execute electrical/optical s-parameter testing, create designed experiments, analyze large datasets, and collaborate with fab, test, reliability, packaging, system, and product engineering to ensure device performance and reliability.

Design engineers will perform concept development, 3D modeling, and detailed component and assembly design; apply GD&T and tolerance stack-ups; iterate prototypes from test feedback; collaborate in design reviews with manufacturing and quality; and manage design documentation and PLM/BOM releases.

Lead full physical design flow for complex SoC blocks and top-level integration from synthesis to GDSII. Drive timing closure, PPA optimization, physical sign-off (DRC/LVS, IR drop, EM), ECOs and tapeout. Collaborate with front-end, verification, DFT, packaging teams and external vendors, develop automation and methodology, and support products through production and spaceflight.