Top Design Engineer Jobs

The Principal Engineer is responsible for complete project ownership from design to production, including RF and oscillator circuit design for harsh environments and supporting reliability engineering efforts.

The role involves designing critical analog and mixed-signal blocks for SoCs, supervising layouts, collaborating on specifications, and validating designs through lab testing.

Design and implement low-power wireless SoC solutions from concept to tape-out. Perform RTL coding, synthesis, timing analysis, and collaborate with verification, physical design, validation, and software teams to qualify silicon and optimize power and performance.

Design and optimize PCB layouts for signal integrity, collaborating with various stakeholders and maintaining documentation. Requires experience in PCB design tools and processes.

The DFT Engineer ensures efficient testability of ICs, develops DFT architectures, verifies implementations, and collaborates with teams for optimal production support.

The Design Verification Engineer will ensure all architecture requirements are met by collaborating with vendors and internal teams, developing verification environments, and validating external IPs within chip architecture.

The Design Verification Engineer will verify performance features in ASIC designs, collaborate with teams, and enhance performance models.

As a Full-Chip Physical Design Verification Engineer, you will ensure manufacturable silicon by driving full-chip signoff, leading physical verification closure, and collaborating with various teams to achieve successful tapeouts.

Lead the development of a design system, architect web components, manage dependencies, and collaborate with teams to enhance user experiences.

Design electrical systems (power distribution, lighting, telecom, grounding, specialty systems) for Federal and DoD facilities. Perform analysis, prepare construction documents/specifications, coordinate multidisciplinary teams, support field investigations/commissioning, use Revit/BIM and electrical analysis software, mentor junior staff, and support proposals and client engagements.

Perform high-speed, high-density PCB layout from component placement through constraints and topology, ensuring signal and power integrity. Produce artwork/ODB++, test reports, and PCB documentation. Ensure designs meet SI, EMI/RFI, IPC, FCC, UL and European regulatory requirements while collaborating with product engineers and troubleshooting complex layout issues.

Lead design release for steering wheel and frontal airbag systems: develop functional and technical requirements, manage Tier 1 suppliers, drive CAE/CAD-based development, produce APQP/DFMEA/DVP&R documentation, and support testing and certification to regulatory crash standards.

Lead frontend development for the Shopify storefront and design system. Build and extend component libraries and theme architecture, enable self-serve merchandising, partner with design and backend teams, optimize performance and accessibility, and deliver seasonal campaigns and commerce features across product lines.

Lead design, fabrication, installation, startup, and troubleshooting of custom machinery (CNC winders and driven equipment). Produce detailed SolidWorks/AutoCAD fabrication drawings, perform FEA, tolerance analysis, and calculations. Coordinate automation/PLC and hydraulics integration, manage vendors, prepare BOMs and technical packages, estimate costs, and oversee commissioning and maintenance as project lead.

The Verification Architect at SiFive will ensure design fidelity for RISC-V based CPUs, develop verification strategies, and improve quality through collaboration with design teams.

Lead digital IP and SoC-level integration for mixed-signal microcontrollers, develop RTL, and oversee verification and integration processes.

Design and validate board-level and subsystem electrical designs for server, storage, networking, and rack platforms. Duties include schematic development, component selection, power/signal integrity analysis, bring-up/debug, BOM and ECO support, cross-functional collaboration, and communicating technical status and risks.

Design, develop, test, validate, integrate, and maintain mission-critical workflow management and data integration systems. Build digital thread solutions, custom tooling, and analytics dashboards. Implement Jira/Confluence-based traceability, automate workflows with scripting, lead risk and change management, support production systems, and produce technical documentation and training.

Lead end-to-end verification for chassis and interconnect IPs, build scalable UVM/SystemVerilog testbenches, drive simulation/formal convergence and coverage closure, collaborate with architecture/design/software, mentor engineers, and ensure functional signoff and performance/power goals.

Own and develop Cadence-based RTL-to-GDS physical design flows for RDU chips. Maintain and enhance Genus/Innovus/Cerebrus toolflows, script automation (TCL/Perl/Python), collaborate with physical designers and tool vendors, and ensure compliance with advanced TSMC node design rules (3nm and below).

The role focuses on enabling efficient silicon development through design methodologies, process technology, mentoring engineers, and driving innovation in SoC designs.

The Associate Engineer will design, develop, and integrate mechanical systems for a fifth-generation business jet, ensuring compliance with specifications and collaborating with cross-functional teams.

Lead innovative aircraft design projects using advanced tools. Focus on systems engineering across disciplines from conceptual design to flight testing.

Develop and maintain advanced verification environments using SystemVerilog/UVM/OVM; design UVM agents and behavioral models; implement assertions and coverage; create random and directed tests; debug simulation failures and analyze coverage; collaborate with design teams on SoC/IP verification.

Develop and maintain verification environments using SystemVerilog and UVM/OVM; create UVM agents, behavioral models, assertions, coverage; write random and directed tests; analyze/debug simulation failures and coverage; collaborate with design teams to resolve complex verification issues.