Top Design Engineer Jobs

This role involves designing complex electrical systems, including FPGA circuits and power supply topologies, collaborating with cross-functional teams, and overseeing product transitions from prototype to production.

Lead design control and risk management activities for new and sustaining medical device products. Support verification/validation, usability studies, process qualifications, audits, and QMS updates while training staff and ensuring compliance with regulatory standards.

Design and architect digital subsystems for low-power IoT SoCs, implement RTL (SystemVerilog/Verilog), create testbenches and stimulus, manage multi-clock/power domains and timing closure, integrate security features (TrustZone, Secure Boot, PSA L2), and collaborate cross-functionally to deliver silicon to high-volume production.

Lead CAD/EDA engineering support for digital and analog teams: maintain and improve EDA environments, develop automation and workflows, troubleshoot tools and infrastructure, manage compute/license resources, coordinate vendors and contractors, and drive CAD methodology and roadmap improvements across the silicon lifecycle.

Lead design, development, validation, and release of EV cooling components. Create and manage DVP&R and DFMEA, run CAE simulations, apply APQP and DFSS, manage suppliers, and coordinate cross-functional integration to meet program milestones.

Design, implement, verify, and tape-out analog power ICs (PMICs). Collaborate with system, characterization, modeling, and layout teams; define architectures, guide physical design, validate in lab, and develop DFT and production test plans to meet performance and production requirements.

Serve as the technical expert in GD&T and functional gage design to ensure parts are measurable and inspectable. Design, review, and improve custom gauges, fixtures, and tooling; interpret drawings against ASME Y14.5/Y14.43; provide inspection feasibility and disposition guidance; partner with engineering, quality, manufacturing, and suppliers to improve dimensional quality and manufacturability; deliver technical training and support drawing review and release workflows. Onsite in Salt Lake City, UT.

Lead verification of custom ASIC/SoC from block to full-chip: develop verification plans, build SystemVerilog/UVM testbenches, run constrained-random and directed tests, use SVA and formal methods, manage regressions and CI, drive coverage closure, support post-silicon bring-up, and influence DV methodology across cross-functional teams.

The Senior Design Verification Engineer develops and verifies silicon IP, optimizing and characterizing performance using advanced tools, while leading a team.

Debug and root-cause production hardware issues across CPU/ASIC, power, SI, clocking, PCIe, optics and components. Perform lab measurements, collaborate with software, manufacturing, and component teams, write debug scripts, implement fixes in firmware/schematics/BOM/fab, identify test escapes, and present RCA to executives and customers.

Lead configuration and CAD management for a reentry system: integrate structural, mechanical, fluids, and avionics subsystems; define interfaces; drive manufacturable designs; manage vehicle CAD models and change control; support requirements, verification planning, and cross-functional configuration reviews to meet program milestones.

Lead end-to-end mechanical design for electromechanical production systems: translate requirements into manufacturable designs, perform FEA and hand calculations, prototype and validate, create drawings/BOMs, apply DFM/DFA, and mentor junior engineers while collaborating with electrical, controls, manufacturing, and suppliers.

Provide hands-on design support within the Department of Design & Construction. Conduct research studies, engineering investigations, cost estimation, specification writing, structural calculations, drafting, field surveys, and participate in design-related site inspections under an Engineer-in-Charge.

Design and engineer aluminum partitions and facade glazing systems with thermal breaks. Develop custom extrusion-ready profiles, integrate hardware and milling requirements, create precise 3D CAD models (SolidWorks/Kompas-3D), and produce production documentation including tolerance calculations, assembly diagrams, cutting lists, and BOMs.