Top Design Engineer Jobs

Support Body In White (BIW) and Closures engineering across concept, production design, release, and manufacturing. Create and maintain APQP documentation (DVP&R, DFMEA), define sourcing docs, maintain CTDS, support CAE/FEA, testing, manufacturing, quality, and supplier launch activities. Provide detailed mechanical engineering work, progress reporting, benchmarking, and cross-functional collaboration with AME, design studio, and global teams.

As a Senior Design Engineer, you will design robotic hardware, conduct simulations, collaborate with teams, manage vendor relationships, and mentor junior talent.

Leads Body in White vehicle engineering and design release activities from development through production. Responsibilities include CAD and CAE data release, subsystem design, benchmarking, target achievement, regulatory compliance, DVP&R and DFMEA review, production feasibility, supplier coordination, global milestone meetings, complex problem solving, and technical team development. The role supports complete vehicle launches and ensures designs meet performance, cost, quality, timing, safety, and manufacturing requirements.

Lead design verification for complex ASIC and SoC connectivity silicon. Develop verification plans, UVM-based SystemVerilog testbenches, assertions, scoreboards, coverage models, and regression automation. Verify PCIe, UALink, and UCIe switching behavior through directed and constrained-random testing. Debug simulation failures, close functional and code coverage, support issue isolation and silicon bring-up, and communicate verification status, risks, and recommendations to technical stakeholders.

Develop and execute verification strategies for connectivity ASICs and SoCs supporting PCIe, UALink, and UCI protocols. Build UVM-based SystemVerilog testbenches, test scenarios, assertions, scoreboards, and coverage models. Debug simulation failures, drive functional and code coverage closure, automate regressions, and collaborate with architecture, RTL, firmware, design, and post-silicon teams on root-cause analysis and silicon readiness.

Design and deliver mechanical hardware for collaborative robots from concept through testing. Responsibilities include developing structures, enclosures, electromechanical packaging, thermal management, and environmental protection; collaborating with hardware, safety, manufacturing, test, and suppliers; and owning CAD, analysis, prototyping, validation, troubleshooting, root-cause analysis, and design iteration. The role is onsite in Santa Clara and requires occasional travel and U.S. person status.

Designs, develops, and maintains high-performance full-stack Order Management System features for financial trading applications. The role focuses on Java backend development, frontend functionality, scalability, low latency, troubleshooting, architecture, code reviews, mentoring, and technical collaboration with product and engineering teams.

Design and analyze digital and analog circuits for HBM/DRAM products, including simulation, optimization, floorplanning, timing/area/power trade-offs, full-chip and block-level functional evaluation, architecture pathfinding, and collaborating on memory, logic, and analog circuit development. Leverage AI for research and design tasks.

Supports civil and structural engineering design and construction for municipal water supply and wastewater infrastructure. Responsibilities include preparing drawings, calculations, specifications, technical documents, and change orders; conducting field investigations; reviewing shop drawings and requests for information; assisting with project schedules; coordinating with engineers and stakeholders; and documenting issues and resolutions.

Own and build production UI for a fund administration product: design and implement dense, high‑stakes financial workflows, prototype in code, define and maintain the design system, and create human–AI interaction patterns for human-in-the-loop review. Partner closely with product, ops, customers, and engineering to translate complex workflows into polished, trustworthy interfaces.

Leads mixed-signal verification for automotive PMIC products, designing RNM and AMS environments, developing verification strategies, and managing RTL, gate-level, timing, power, and PVT simulations. Debugs analog and digital interactions, supports automotive safety compliance, and collaborates with design, ATE, application engineering, and silicon validation teams. The role also mentors engineers, improves verification methodologies and infrastructure, and evaluates emerging and AI-based verification technologies.

Leads mechanical architecture and system-level design for precision semiconductor wafer probing and test platforms. Responsibilities include developing motion, chucking, wafer handling, mechatronic, structural, thermal, and dynamic systems; conducting FEA and tolerance analysis; driving product development through production; resolving complex technical issues; supporting installations and qualification; and providing cross-functional technical leadership and mentorship.

Designs and reviews NVIDIA GPU and Tegra-based product boards across servers, automotive, robotics, industrial, and consumer applications. Collaborates with architects and cross-functional teams to optimize cost, performance, and schedules; prepares manufacturing documentation; develops improved circuits and functions; and enhances design workflows. Requires extensive board design experience, PCB review expertise, laboratory measurement skills, Linux and Windows proficiency, and strong communication abilities.

Lead mechanical architecture and product design for next-generation electronic products from concept through production. Develop structures, displays, acoustic, battery, antenna, and thermal systems; research materials and manufacturing processes; collaborate with industrial design; and lead internal teams, suppliers, consultants, and manufacturing partners. Apply DFM, DFA, GD&T, tolerance analysis, CAD, statistical methods, and mechanical engineering analysis across diverse consumer, automotive, and computing products.

Design and architect advanced aerospace computing electronics, including processor- and FPGA-based systems, high-speed interfaces, power systems, and radiation-mitigated circuitry. Lead schematic development, component selection, electrical analysis, PCB layout oversight, prototype bring-up, troubleshooting, verification, qualification, and production transition. Support environmental and radiation testing, root-cause investigations, technical reviews, and customer discussions. Mentor junior engineers and collaborate across FPGA, software, mechanical, manufacturing, quality, and integration teams.

Supports structural and protective design engineering projects involving blast analysis, progressive collapse evaluation, anti-ram design, structural hardening, modeling, calculations, and design. Collaborates with multidisciplinary teams, participates in project coordination, construction administration, and site visits, and receives mentorship in specialized structural engineering for resilient and secure buildings and infrastructure.

Designs, implements, and improves manufacturing processes and production systems to increase efficiency, quality, reliability, and productivity. Analyzes equipment and product requirements, develops layouts and schematics using CAD software, coordinates fabrication and installation, manages project documentation, and troubleshoots production equipment. Works with research, maintenance, production, operations, and quality teams in an on-site manufacturing environment.

Intern will perform synthesis, floorplanning, place and route, clock insertion, timing analysis, and timing closure for complex ASIC and processor logic blocks. Responsibilities include scripting in Python, TCL, Perl, and Shell; debugging design violations with EDA tools; and collaborating with RTL, synthesis, and design teams to resolve congestion and timing bottlenecks. The role supports designs meeting performance, power, and area requirements.

Support physical design of ASIC and processor logic blocks through synthesis, floorplanning, place and route, clock insertion, timing analysis, and timing closure. Write scripts in Python, TCL, Perl, and Shell, use industry-standard EDA tools, debug design violations, and collaborate with RTL, synthesis, and design teams to resolve congestion and timing issues.

Designs, analyzes, documents, and develops industrial valve products from concept through product introduction. Supports new product development and product maintenance, ensuring manufacturability, reliability, safety, cost, and performance objectives. Responsibilities include structural and thermal analysis, technical risk management, root-cause investigation, process improvement, engineering deliverable validation, supplier and customer communication, and mentoring team members.

Design, develop, verify, and troubleshoot secure communications hardware for space systems. Responsibilities include PCB and high-speed digital design, radiation analysis and component selection, hardware fabrication and testing, FPGA and software team integration, verification planning, vehicle-level testing, standards compliance, design reviews, and technical mentorship. The role supports mission-critical COMSEC systems and may involve classified communication hardware, launch campaigns, and aerospace programs.

Perform RTL-to-gate synthesis and QoR convergence for complex digital blocks, optimize synthesis strategies and constraints, analyze and resolve QoR regressions, support physical implementation from floorplanning through timing closure, and automate setup, execution, reporting, and issue triage across teams.

Lead the design and development of RF and wireless hardware for connected mobility products from concept through release. Responsibilities include RF circuitry, PCB layout, antenna design, impedance matching, EMI/EMC, power management, wireless technology integration, certification, lab testing, risk mitigation, partner coordination, team leadership, customer presentations, and technical improvements.

Supports existing product lines through sustaining engineering, engineering change orders, technical problem-solving, RMA analysis, design improvements, and VAVE initiatives. Collaborates with manufacturing, quality, application engineering, and customers to develop effective design solutions. Uses data, designed experiments, CAD, manufacturing-process knowledge, inspection tools, and quality systems to support product improvements in a cross-functional onsite environment.

Design, lay out, prototype, manufacture, bring up, test, and qualify high-density digital, mixed-signal, power, RF, and compute circuit boards for radar satellites. Responsibilities include architecture, requirements, component selection, schematic capture, PCB layout, system trades, manufacturing management, hardware debugging, and validation through laboratory, environmental, and on-orbit testing. The engineer collaborates with RF, antenna, software, firmware, mechanical, and systems teams to optimize signal integrity, processing performance, thermal behavior, and spacecraft reliability.