Top Design Engineer Jobs in Denver & Boulder, CO

Design, simulate, build, and test high-frequency PCB antennas and phased array systems from concept through qualification. Perform EM simulation, hardware optimization, manufacturing handoff, lab measurements, and in-orbit support. Prepare design reviews, contribute to proposals, and communicate results to customers and leadership.

Develop and maintain DFT design automation tools and methodologies for ASIC SoCs. Automate flows with scripting, build complex C++ tools, debug tool/flow issues, support engineers globally, work with EDA vendors, document and train on custom flows, and deploy DFT architecture solutions.

Lead end-to-end electrical rack integration for high-performance computing: architecture, power budgeting, vendor management, safety/certification compliance, testing (hi-pot, continuity, load), failure analysis (FMEA), and factory test strategy while mentoring engineers and collaborating with cross-functional teams.

Join the SiGe team as a Design Engineer focusing on Driver and TIA for coherent systems, dealing with cutting-edge data transmission technology.

Develop next-generation InP Photonic Integrated Circuits for telecom and datacenters. Responsibilities include design, simulation, testing, and fabrication process development.

Lead SoC architecture and IP integration for AI and storage chips. Drive design quality via simulation, synthesis, formal verification, and timing/physical optimization. Collaborate cross-functionally, consult layout/DFT, and produce SoC release collateral and specifications.

The Network Design Engineer will modernize networks, support transitions, design secure networks, supervise specialists, and evaluate technologies while ensuring compliance with security standards.

Entry-level analog design engineer in TI's Career Accelerator Program. Design, simulate, and implement analog/mixed-signal/RF ICs; collaborate with layout, test, and product teams; perform post-layout verification, prototype characterization, and develop behavioral models to support system-level validation and product release.

Participants in Texas Instruments' Career Accelerator Program will work as Digital IC Design Engineers, focusing on the architecture of eUSB2/USB 2.0 hubs and circuit design verification using SystemVerilog, while gaining hands-on experience in various related roles.

The Design Engineer will create marketing experiences on Givebutter's Astro-based site, collaborating with the design team to ensure engaging, functional interfaces that reflect the brand's identity.

The Systems Design Engineer at Emerson T&M guides validation testing techniques, defines architectural product requirements, and collaborates with teams to innovate and optimize semiconductor validation systems.

Own and evolve a production design system in code used across multiple products: tokens, primitives, components, distribution, documentation, and adoption. Ship production UI work, ensure accessibility, enable AI-consumable patterns, partner with designers, instrument metrics, and drive engineering adoption and throughput.

As a Principal Electrical Engineer, you'll lead advanced electronic system design, mentor teams, drive innovation, and engage with customers to define technical strategies.

Lead design and development of high-reliability electronic systems for space applications, focusing on technical direction, analysis, testing, and team collaboration.

The Electrical Engineer II designs and develops electronic systems, focuses on circuit architecture, conducts simulations, and collaborates on innovative projects for space technology at BAE Systems.

Design, analyze, and test primary and secondary structures for space vehicles. Responsibilities include creating models, supporting manufacturing, and conducting tests.

The role involves architecting and implementing high-speed analog and mixed-signal circuits for photonic transceivers and electronic ICs, requiring collaboration with multidisciplinary teams.

Lead PCB/FPC design for consumer electronics: component placement, routing, signal and power integrity analysis, DFM, and producing fabrication/assembly packages. Manage vendors, release designs into PLM, author ECOs, and maintain ECAD libraries.

The AI Subsystems Physical Design Lead is responsible for timing for subsystems in an AI chip, collaborating with RTL designers, and involved in synthesis, place and route, timing analysis, and power optimization.

The Physical Design Engineer will implement high-performance blocks for CPUs and AI/ML architectures, overseeing the entire flow from synthesis to tapeout and collaborating closely with teams to optimize performance, power, and area.

Owner of micro-architecture and RTL lifecycle for complex digital blocks. Implement RTL in SystemVerilog/Verilog, drive control logic and IP integration, support sign-off (CDC, RDC, lint, synthesis), collaborate with DV teams for closure and debug, and take full project ownership with minimal supervision.

As a Senior Chiplet Physical Design Engineer, you'll design and integrate chiplets into a System-in-Package, focusing on synthesis and place-and-route, while collaborating with global teams.

Design and optimize carrier networking solutions, support RFP/RFQ responses, provide field support for planning and deployment, evaluate vendor options, perform economic analysis, build tools for sales engineering, and collaborate with cross-functional teams to ensure optimal network architecture and roadmap impact assessment.

Lead RTL design and micro-architecture for complex digital blocks using SystemVerilog/Verilog. Implement control logic, integrate IPs, support SoC integration, and drive sign-off activities (CDC/RDC/lint/synthesis). Collaborate with DV teams for closure and debug and own the full project lifecycle with minimal supervision.

The Principal Engineer - FPGA Design leads innovative electronic system designs, collaborates on high-reliability applications, and provides technical leadership in a fast-paced environment.