Top Design Engineer Jobs

Leads complex highway and roadway design projects from inception through construction administration. Responsibilities include geometric layout, grading, drainage, utilities, permitting, technical task management, project budgeting and scheduling, quality assurance, specifications, client proposals, and mentoring junior staff. Requires collaboration across disciplines, public presentations, and travel to client meetings and project sites.

Leads architecture and design of high-speed mixed-signal CMOS integrated circuits for ATE applications. Responsibilities include wireline transmitters and receivers, DFE, clock and data recovery, VCO/PLL collaboration, analog and digital equalization, custom high-speed digital circuits, system integration, technical leadership, mentoring, and stakeholder presentations.

Own the complete thermal system for medium-voltage solid-state power conversion products, from architecture and modeling through CAD, CFD, prototyping, validation, manufacturing, and production. Lead concept selection, thermal routing, DFM/DFA, testing, troubleshooting, and technical direction for junior engineers. Collaborate cross-functionally with mechanical, electrical, manufacturing, quality, supplier, and factory teams to solve novel thermal engineering challenges.

Design and integrate aircraft configurations for autonomous UAVs, including aerodynamic, structural, propulsion, and mission-system trade studies. Develop CAD models, perform basic FEA, CFD, and weight-balance analyses, support prototyping and wind-tunnel testing, and contribute to requirements, verification, manufacturing transition, and production efforts.

Design complex PCB layouts for aircraft hardware, including digital, analog, RF, high-speed, and power electronics. Manage stack-ups, routing constraints, component placement, signal and power integrity, impedance control, thermal and EMI mitigation, and mechanical integration. Generate manufacturing documentation and collaborate with electrical, mechanical, manufacturing, and fabrication teams to ensure manufacturability, reliability, and compliance.

Designs production-ready PCBs for engine controllers, fuel systems, battery management systems, chargers, and telematics products. Responsibilities include PCB layout, Gerber and fabrication file generation, footprint and component library maintenance, design reviews, standards interpretation, and collaboration with mechanical, electrical, manufacturing, and vendor teams. The role requires optimizing electrical, thermal, packaging, regulatory, and manufacturing performance.

Design and develop propulsion engine components for the Archimedes/Neutron program. Produce mechanical designs, perform trade studies and FEA, collaborate with analysts and manufacturing, support fabrication, and take parts from concept through production to meet performance, quality, and manufacturability requirements.

Provides technical support for foundry customers on DFT/DFM insertion, ATPG validation, PDKs, and design flows. Collaborates with design teams, IP providers, and EDA vendors; develops methodologies, documentation, training, and application notes; resolves customer issues; and supports block-level and SoC-level DFT signoff and successful tape-outs.

Develop and implement pre-silicon design verification strategies for GPU ASIC memory subsystem IP. Perform functional and performance verification, build testbench components, manage regressions, debug failures, and achieve coverage closure. Collaborate with RTL, design verification, formal verification, and architecture teams while verifying caches, coherency, pipelines, arbitration, and interconnects. The role also involves applying Python or C++ programming, UVM methodologies, and advanced verification tools.

Leads reliability engineering for Haven-1 avionics, RF, and power systems. Responsibilities include FMEA and fault-tree analysis, design and test reviews, verification and validation, reliability risk reduction, engineering standards, configuration management, change control, and hardware integration. The role guides design decisions, qualification and acceptance testing, manufacturing readiness, and human-rated space station reliability throughout the development lifecycle.

Guide the design, verification, validation, and reliability of thermal fluids, environmental control, and life support systems for Haven-1. Lead FMEA, fault-tree analysis, design reviews, risk mitigation, test planning, configuration management, and engineering standards. Partner with hardware, manufacturing, software, and risk teams to ensure human-rated systems meet design intent, reliability goals, and qualification requirements throughout development and integration.

Designs and owns low-voltage AC/DC power systems and production-ready PCBs for autonomous charging infrastructure. Responsibilities include DC/DC conversion, protection, health monitoring, EMI/EMC compliance, prototype validation, rugged-environment design, and transitioning products into volume manufacturing. The engineer collaborates with mechanical, embedded, and systems teams to deliver reliable 1kW–50kW power electronics for drones, robots, and surface vessels.

Design, optimize, and verify block-level circuits for DRAM projects. Correlate silicon with simulation, support post-layout simulation and layout guidance, collaborate with process integration and modeling teams, and partner with global design and verification teams to bring circuit designs from concept to silicon.

Designs and coordinates HVAC and plumbing systems for commercial building projects. Produces calculations, drawings, reports, and construction documents using Revit, AutoCAD, and Bluebeam Revu. Manages multiple projects, coordinates with architects, engineers, project managers, and field teams, ensures code and quality compliance, mentors team members, and drives design process improvements.

Leads analog IC design projects for battery-charging applications from product definition through manufacturing release. Responsibilities include circuit design, silicon evaluation, physical design guidance, design verification collaboration, product documentation, customer support, roadmap development, and production transfer with validation and engineering teams.

Own the architecture, micro-architecture, RTL implementation, verification, timing closure, DFT, IP integration, and silicon bring-up of complex digital blocks for advanced AI connectivity SoCs. Collaborate with verification, physical design, firmware, and post-silicon teams to deliver production-quality designs using advanced CMOS nodes. Mentor engineers and improve design methodologies and CAD automation.

Own end-to-end RTL-to-GDS physical design for advanced-node, high-performance SoCs, including synthesis, floorplanning, placement, clock-tree synthesis, routing, timing, power, physical verification, and tapeout signoff. Lead methodology development, ECO closure, and cross-functional integration with RTL, DFT, analog, package, and CAD teams. Mentor engineers and guide technical decisions across complex connectivity silicon programs.

Designs multilayer PCBs, sensor electronics, power and motor-control circuits, and custom factory automation systems. Builds automated test fixtures, integrates sensors and actuators, develops C/C++ firmware and Python diagnostics, sources components, and troubleshoots complex hardware issues on production lines. Performs signal integrity, EMC/EMI, fault-path, stress testing, rapid prototyping, and production-line debugging using laboratory instruments.

Own verification planning and execution for complex analog/mixed-signal ICs and SoCs. Develop SystemVerilog/UVM environments, behavioral and real-number models, constrained-random tests, assertions, coverage, regression automation, and power-aware verification. Lead cross-domain debugging, coverage closure, sign-off, risk communication, and collaboration from pre-silicon verification through silicon bring-up. Mentor engineers and influence verification methodologies and tool decisions.

Performs mechanical engineering work across product development, including mechanical architecture, component and electromechanical system design, prototyping, testing, manufacturing support, documentation, production launch, and sustaining support. Uses CAD and SolidWorks to develop designs, conducts technical calculations and feasibility studies, analyzes product information, supports equipment fabrication and assembly, and collaborates with customers and internal teams. The role is fully onsite in Corvallis and may require occasional travel.

Entry-level software engineering role supporting product development across the full lifecycle, from concept and prototyping through production launch, sustaining support, and end-of-life. Responsibilities include requirements analysis, coding, testing, implementation, documentation, database updates, system optimization, troubleshooting, and production support. The role is hybrid in Cranberry Township, Pennsylvania, with three onsite days weekly and potential periodic travel.

Design and release active grille shutter and other vehicle components from concept through production and launch. Coordinate with purchasing, suppliers, testing, manufacturing, and vehicle subsystem teams; establish cost, weight, performance, and quality targets; maintain CAD models and technical drawings; support root cause analysis, design reviews, cost reductions, product improvements, and prototype and production builds.

Designs and implements front-end digital circuits for high-performance networking and switch ASICs, including microarchitecture, RTL, synthesis, IP integration, verification, timing closure, DFT, and silicon bring-up. Owns complex designs from architecture through GDS and production while working with PCIe, UALink, Esun, and Ethernet protocols. Requires expertise with Synopsys or Cadence flows, UVM verification, small-geometry CMOS, and customer-focused technical leadership.

Design, develop, test, certify, and support propeller blades, rotor hubs, and related mechanical components for advanced aircraft. Collaborate with analysis, testing, manufacturing, and certification teams throughout the product lifecycle. Create certification and test documentation, ensure structural integrity and manufacturability, and provide technical guidance on FAA regulatory compliance. The role requires onsite work in Santa Cruz, California.

Designs subsurface utility engineering plans using civil engineering calculations and CAD software. Conducts job-site field visits, gathers utility information, prepares engineering documents, and supports client meetings and business development. Collaborates with project teams to meet schedules and budgets while learning SUE technologies, electromagnetic equipment, and Trimble tools. Requires a civil engineering degree, strong communication and analytical skills, CAD proficiency, and knowledge of Microsoft Office. Texas EIT certification is preferred.