Top Design Engineer Jobs

Lead and direct roadway infrastructure design (intersections, arterials, interstates). Perform technical design, production lead, task leadership, client presentations, scope/budget development, mentor junior staff, maintain schedules, ensure quality and safety, and assist project managers.

Assist in technical design and plan production for roadway infrastructure projects, support project management of small-to-mid projects, develop scopes and budgets, interface with clients, mentor junior staff, ensure compliance with quality and safety standards, and perform multi-discipline roles from planning to production lead.

Technical lead for design and development of complex electrical hardware systems for EV charging across prototype to mass production. Drive system-level requirements and architecture, create system diagrams and requirements for cross-functional teams, specify fault behavior and thermal algorithms, approve schematics and PCB layouts, develop verification and durability testing strategies, troubleshoot hardware using lab equipment, and ensure DFX for cost, manufacturability, and reliability.

Lead design and validation of next-generation optical CD metrology systems. Build and evaluate models and prototypes, define requirements, perform experiments, drive cross-functional troubleshooting, support transfer to manufacturing, and resolve customer escalations globally. Mentor small teams and develop diagnostics to improve product performance.

Design, implement, and debug Linux firmware for embedded sensing and communications systems. Define system architecture for hardware interfaces, sensing, and communications. Own projects end-to-end from concept and simulation through integration, bring-up, and field deployment. Develop BSPs and drivers, work with datasheets, and integrate software and electronics using DevOps tools and peripheral protocols.

Design and integrate mechanical test solutions and support equipment for B-2 and other platforms. Develop 3D CAD models, detail parts and assembly drawings, coordinate procurement/manufacturing and electrical integration, lead hardware integration and lab verification, produce design documentation and PLM deliverables, and support troubleshooting in a dynamic, multidisciplinary test environment.

Lead new product development, product improvement, and cost-reduction projects. Define customer and product requirements, lead multifunctional teams, perform CAD modeling and strength/stress analysis (FEA), oversee design validation, testing, DFMEA/DFM, prototype and preproduction support, develop engineering specifications, and provide technical documentation and manufacturing support.

Design, implement, verify, and debug FPGA-based communication modules for UAV avionics. Perform synthesis, timing closure, bitstream generation, and hardware bring-up. Integrate FPGAs with system architecture, optimize for latency/reliability, collaborate across hardware/firmware/software teams, participate in design reviews, and maintain documentation.

Design and optimize PCBs for embedded control and power electronics across prototyping to high-volume manufacturing. Own Altium infrastructure and libraries, establish PCB/DFM/DFA/DFT standards, optimize layouts for EMI/EMC and thermal reliability, support contract manufacturers, and field/production troubleshooting (~10% travel).

Serve as a design-quality assurance partner to engineering, influencing design-for-manufacturability, validating requirements and tests, leading DFMEA/APQP activities, supporting change control, supplier quality, audits (ISO/AS9100/CMMI), and driving corrective actions and continuous improvement across hardware, software, and systems development.

Performs mechanical design, analysis, and fabrication support for complex manufacturing projects. Creates 3D models, 2D drawings, P&IDs, calculations, and NQA-1 documentation. Coordinates with manufacturing for DFM/DFA, supports procurement, develops production travelers, and oversees factory/site acceptance testing and installations. May lead small teams and contribute to standards, estimating, and continuous improvement.

Design Engineer I performs mechanical engineering tasks for design, manufacture, assembly, testing, installation, and servicing of high-voltage switchgear and circuit breakers. Duties include creating and maintaining BOMs and drawings, developing purchasing specifications, vendor qualification, reviewing customer specs, preparing instruction books, supporting manufacturing and quality issue resolution, leading root cause analyses, and recommending design improvements.

Lead mechanical and electro-mechanical product design for onboard and wayside rail systems: create 3D models and 2D drawings, run FEA and thermal/stress analysis, manage requirements and BOMs, oversee testing and field troubleshooting, drive supplier qualification and localization, lead engineering changes, perform root-cause analysis, and produce technical documentation and proposals.

Design and develop plastic products and tooling using 3D CAD; create CNC programs; lead new product production implementation, testing, and validation; ensure manufacturability, quality, and reliability while managing multiple projects.

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Lead design, integration, and sustaining engineering of mechanical subsystems for robotic platforms. Create and maintain CAD models, drawings, and tolerancing; build and test prototypes; develop validation and test methods; support DFM/DFA and transition to manufacturable assemblies; collaborate with cross-functional teams and manufacturing partners; investigate failures and drive iterative improvements toward production readiness.

Lead design, implementation, and lab validation of high-current power delivery systems for AI compute hardware. Responsibilities include schematic design, component selection, PDN placement and routing, VRM and transient testing, collaboration with SI/PI and package teams, and developing design guidelines and validation plans to ensure stable power under dynamic AI workloads.

Design, simulate, and verify RF and mixed-signal CMOS ICs for space payloads. Perform transistor-level architecture, SPICE simulations, PVT/Monte Carlo/noise analyses, and partner with layout. Support integration, design reviews, silicon bring-up, lab characterization, test planning, and technical documentation to meet performance, power, area, and radiation-tolerance goals.

Lead a small team to design, integrate, test, and verify RF/microwave subsystems for a space vehicle. Oversee HWIL testing, translate system requirements into hardware/software solutions, coordinate electrical/RF integration across teams, produce SOWs/ICDs, perform trade studies, and support program milestone and supplier interactions.

Design, simulate, and verify RF boards and modules for space systems. Perform RF circuit and EM simulations, develop RF chain architectures and link budgets, drive PCB/module layout, support lab integration and test, troubleshoot performance, and produce technical documentation and design reviews.

Lead end-to-end RF hardware development for space-qualified and ground-based systems. Own requirements derivation, RF/microwave circuit design, EM modeling, PCB layout, component selection, prototyping, and environmental qualification testing. Provide technical leadership in design reviews, mentor junior engineers, and collaborate with manufacturing to transition designs to production.

Lead RF/microwave design for a space-based vehicle, manage a small team, perform HWIL testing, system integration, test and troubleshooting, coordinate electrical/RF interfaces, develop SOWs/ICDs, perform trade studies, and support program reviews and vendor/supply-chain interactions.

The Mechanical Design Engineer will focus on vacuum design for semiconductor manufacturing, involving interaction with physicists and conducting design validation. Responsibilities include design, analysis, and development of vacuum systems and components, and collaborating throughout the product development cycle.

Lead development of complex electro-mechanical commercial HVAC systems using model-based design, simulation, and validation. Create and execute test/validation plans, refine models with test feedback, drive phase-gate NPD activities, collaborate cross-functionally, investigate manufacturing issues, and mentor junior engineers to meet performance, reliability, cost, and schedule targets.

Design, simulate, and optimize high‑speed, precision CMOS analog circuits for ATE products. Perform layout, verification, and post‑layout simulation (Monte Carlo, SOAC, corners). Support mixed‑signal channel/chip simulation, IC characterization, test development, and qualification while collaborating with digital, layout, test, and applications teams.