Top Design Engineer Jobs

Design HVAC systems for gaming, hospitality, healthcare, and commercial projects. Perform CAD in AutoCAD MEP/Revit, heating and cooling load calculations (Trace, EnergyPro, DOE), select and schedule equipment, layout air and water systems, read fan and pump curves, coordinate with vendors and other disciplines, perform field verification, maintain engineering calculation books, and manage design to workplan hours.

The role involves designing and verifying protection and small signal products, collaborating with cross-functional teams, and ensuring manufacturing quality.

Design, simulate, prototype, and optimize high-frequency RF power amplifiers (mm-wave/near-THz) including vacuum devices. Collaborate with manufacturing and test teams, perform simulations and hands-on characterization, select materials, troubleshoot circuit performance, and support integration into production.

Design, simulate, test, and characterize millimeter-wave and near-THz RF amplifiers and passive components. Perform S-parameter, gain, power transfer, and stability measurements using VNAs, spectrum analyzers, signal generators, oscilloscopes, and high-voltage supplies. Document designs, iterate quickly, and support manufacturing, cleanroom, and lab environments.

We're looking for a talented design engineer who bridges creative design with development. You'll translate sophisticated Figma designs into pixel-perfect React code and collaborate with designers and engineers to enhance user experiences.

Lead full ADC product cycle: architecture, circuit design, simulation, supervise layout, perform post-layout verification, and coordinate digital integration to deliver high-resolution ADCs.

Simulate and optimize ultra high-speed PCB channels (112G+ SerDes), guide digital hardware designers using simulation and measurements, design PCB test boards, document results, participate in design reviews, and improve SI processes while collaborating cross-functionally.

Design, develop, and sustain mechanical systems and enclosures for tactical communications products. Create drawings, BOMs, assembly instructions, and prototypes; perform trade studies, testing, vendor interactions, and integration with electrical, software, and production teams. Support test planning and operational support; limited travel may be required.

Design, develop, test, and maintain mission data for airborne electronic warfare systems. Lead mission data engineering efforts including emitter definition programming, simulation and lab verification, rapid reprogramming, and stakeholder coordination. Provide technical leadership during system test and evaluation and mentor junior staff.

Design and build flight hardware (propellant tanks, interfaces, primary structures). Create and update detailed CAD models and drawings with GD&T, review specs, support rapid design iterations, and collaborate hands-on with production teams while meeting tight schedules.

Drive physical design for CPUs, GPUs, and SoCs focusing on netlist-related tasks, logic synthesis, and timing closure. Help in ECO generation.

Drive physical design of high-frequency, low-power CPUs/GPUs/SoCs at block, cluster, or full-chip level with emphasis on netlist quality: equivalence checking/formal verification, CDC and MTBF analysis, logic synthesis, timing convergence, STA, constraint generation/management, and ECO implementation. Use industry-standard EDA tools and scripting to debug and improve flows.

The Senior Emulation Design Engineer will convert complex SOC designs into emulation environments, validate interoperability with AI servers, and optimize performance. Responsibilities include debugging, integrating IPs, and collaborating with multiple teams.

Lead design, development, integration, testing, and sustainment of digital electronic components and systems. Create schematics, BOMs, PCB layouts, prototypes, firmware integration, and system architecture. Conduct lab testing and simulations, participate in technical reviews (PDR/CDR/TRR), author interface control documents, and support proposal technical content.

Own and architect the automated RTL-to-GDSII physical design flow: build/maintain CAD infrastructure, automate regressions and run management, integrate signoff tools, create PG meshes and DRC-clean floorplans, drive PPA tuning and timing correlation, and partner with block owners to encode methodology fixes for scalable tapeout.

Lead full-chip physical implementation from synthesis to GDSII: floorplanning, P&R, clocking, MMMC timing closure, timing constraints and ECOs, full-chip physical verification (DRC/LVS/ERC/antenna/density/fill), debug PV violations, and tapeout signoff using automated flows and Innovus.

Own block- and subsystem-level physical design from synthesis through GDSII sign-off: floorplanning, synthesis, placement, CTS, routing, timing closure, signoff (EM/IR/RC/DRC/LVS), generate abstracts and timing budgets, collaborate with RTL designers, and supervise outsourced PD work.

Build and maintain automation flows and methodologies for VLSI interposer design. Develop tools and applications (Python/C++) to construct, analyze, and validate interposer designs, improve designer workflows, and integrate AI/ML-assisted techniques into EDA environments.

Leads roadway design and technical delivery for transportation projects from planning through PS&E. Oversees alignments, geometrics, modeling, traffic control plans, and QA/QC; mentors engineers; coordinates multidisciplinary teams; supports scoping, pursuits, and client relationships; and establishes roadway design standards for the Draper office. Requires extensive roadway engineering experience, PE licensure, advanced design software proficiency, and knowledge of AASHTO, UDOT, and local agency criteria.

Support design, installation, and maintenance of automated electrical test and inspection equipment. Develop and modify test software, set up and repair testers, create machine/fixture/software specifications, analyze production data, and drive quality and production improvements. Perform project launch and management tasks, conduct root cause analysis, and travel to vendors/customers as needed to ensure products meet specifications and achieve zero defects.

Own product features from research and UX design through full-stack production delivery. Design user flows, wireframes, and reusable components while building responsive front-end experiences, APIs, back-end logic, and database solutions. Improve hiring marketplace workflows, dashboards, scheduling, messaging, and integrations. Use user feedback, analytics, funnel metrics, and A/B testing to guide iteration while ensuring performance, accessibility, and security.

Lead design and development of safety-critical mechanical components and systems for pressurized spacecraft docking mechanisms. Perform full hardware lifecycle work: concept, detailed design, analysis, drawings with GD&T, testing, qualification, and supplier management. Mentor junior engineers, support subsystem testing and documentation, and produce rapid R&D prototypes to meet schedule, cost, and safety requirements.

The Principal Design Engineer designs fluid control components, collaborates with teams, conducts analyses, and oversees manufacturing processes to improve products.

Leads end-to-end new product development for industrial gear and screw pump products. Creates CAD models and drawings, performs FEA and engineering calculations, coordinates design verification testing, and conducts DFMEA and risk analyses. Drives manufacturability and assembly improvements, oversees prototypes and testing, maintains BOMs and engineering documentation, troubleshoots manufacturing issues, researches materials and processes, and supports customers. Collaborates cross-functionally with business development, quality, operations, and engineering leadership.

Leads the design, implementation, verification, and optimization of high-performance FPGA-based digital systems using VHDL. Responsibilities include circuit development, simulation, testing, troubleshooting, FPGA hardware/software integration, documentation, schedule and resource planning, cross-functional collaboration, mentoring, and continuous improvement. The role requires expertise in FPGA architectures, high-speed design, PCIe, Ethernet, TSN, system-level verification, and DO-254 certification processes.