Top Design Engineer Jobs

Designs and releases mechanical tooling, fixtures, support equipment, and engineering drawings for coating and production operations. Manages tooling inventory, vendors, purchasing, documentation, and work instructions. Provides floor troubleshooting and CAD support, assists with equipment and prototype integration, and leads continuous improvement, yield enhancement, and process optimization efforts across production, engineering, maintenance, and facilities teams.

Converts legacy 2D drawings and 3D models into model-based definitions using Creo, including semantic PMI, GD&T, model parameters, BOMs, validation checks, derivative files, and PLM release. The role supports interface structure, obsolescence reviews, and process improvements. Candidates need 3–7 years of mechanical CAD experience, GD&T knowledge, and readiness to learn Creo MBD. U.S. citizenship and work authorization without visa sponsorship are required.

Design and implement custom digital circuits and IPs for advanced processors, covering RTL through layout. Perform transistor-level analysis, SPICE simulation, EM/IR analysis, timing closure, and low-power circuit design. Collaborate globally to optimize power, performance, area, and reliability; develop silicon prototypes, support post-silicon validation, and drive features through tape-out. Mentor junior engineers and integrate AI/ML into circuit design methodologies.

Designs mechanical components and systems for space actuation products in a complex manufacturing environment. Translates project requirements into CAD models, layouts, and detailed engineering drawings; verifies dimensions, tolerances, materials, bills of materials, and design integrity. Coordinates with systems, project, quality, customers, and vendors while overseeing technical design and project delivery. The role is onsite in Buffalo, New York, and requires eligibility for a U.S. DoD Secret clearance.

Design and prototype mechanical systems and components for AI-driven robots. Create 3D models and fabrication drawings, run simulations and tests, iterate through hands-on prototyping, coordinate with vendors, and ensure integration with electrical and software systems. Travel ~25% for site visits.

Leads highway and roadway design projects from inception through completion, including grading, drainage, paving, utilities, intersections, multimodal facilities, plans, specifications, estimates, and quality control. Manages contracts, budgets, schedules, client relationships, agency coordination, proposals, and construction support. Supervises engineers and drafters, ensures regulatory compliance, supports safety practices, and contributes to project profitability and business development.

Develops and optimizes manufacturing processes, tooling, fixtures, and CNC programs for precision-machined components. Supports multi-axis, 5-axis, turn-mill, and multitasking equipment while improving manufacturability, quality, productivity, and cost. Designs fixtures, selects materials, validates CNC programs, and applies root cause analysis and corrective action methods. Collaborates with engineering, quality, production, and equipment suppliers while ensuring compliance with industry standards.

Design and develop analog and mixed-signal integrated circuits, including sensor interfaces, data converters, filters, and power systems. Perform simulations, testing, validation, documentation, design reviews, and troubleshooting under mentorship. The role emphasizes developing foundational analog design expertise and collaborating with cross-functional engineering teams.

Lead electronics packaging and mechanical product design for space systems including PCB layout, structural/thermal/vibration analysis, trade studies, testing, and supplier support. Document compliance, drive process improvements, perform root cause analysis, and collaborate across disciplines to deliver satellite electronics from concept through production.

Performs entry-level mechanical engineering design and analysis under supervision. Creates and modifies CAD models, drawings, bills of materials, calculations, and technical documentation; supports prototype assembly, validation testing, and issue resolution. Reviews requirements, checks design accuracy, coordinates with manufacturing and project teams, and communicates progress and risks. Requires a mechanical engineering degree, technical drawing knowledge, analytical skills, and familiarity with CAD and engineering procedures.

Supports automotive BIW cost planning, value analysis, value engineering, benchmarking, supplier quote analysis, and cost reduction. Leads cost activities across purchasing and design teams, tracks investment and cost targets, prepares reports, and supports product development through 3D modeling, layout reviews, and drawing creation. Requires collaboration with cross-functional teams, problem solving, project coordination, and travel to client sites.

Leads mechanical design and analysis for advanced electronic systems, performing thermal and structural analysis using classical and finite element methods. Creates and evaluates FEMs, 3D models, tolerance analyses, prototypes, and hardware solutions. Leads multidisciplinary design teams and critical design reviews, coordinates with engineering and business functions, and supports proposals with hardware baselines, cost estimates, and schedules.

The role involves FPGA design and development for space applications, providing technical leadership, and working collaboratively on complex electronic systems.

Implements and optimizes CPU physical designs from RTL through manufacturing-ready databases. Responsibilities include floorplanning, synthesis, place and route, clock tree synthesis, static timing analysis, power optimization, verification, signoff, layout checks, and design automation. The engineer collaborates with architecture, logic, circuit, validation, automation, and EDA teams to improve performance, power, area, timing, manufacturability, and physical design methodologies.

Designs and develops digital, analog, mixed-signal, FPGA, RF, LiDAR, antenna, power, and control hardware for aerospace and defense systems. Responsibilities span circuit modeling, simulation, PCB collaboration, prototype development, laboratory and environmental testing, qualification, troubleshooting, and system integration. The engineer translates system requirements into hardware architectures and develops ruggedized designs for demanding tactical environments, collaborating with multidisciplinary engineering teams.

Lead advanced-node ASIC physical design from synthesis through GDS and tapeout. Drive placement, CTS, routing, timing closure, extraction, physical verification, and power integrity signoff for high-performance SoCs. Develop automation flows, optimize power, performance, and area, resolve design-rule and reliability issues, collaborate across engineering teams, and mentor junior engineers.

Designs and verifies FPGA-based signal processing systems for wireless communication products. Responsibilities include digital architecture, fixed-point signal processing, RTL coding, simulation, testbench development, FPGA synthesis, timing closure, hardware troubleshooting, and collaboration with systems, RF, and software engineering teams. The role requires experience with Xilinx FPGAs, SoCs, Vivado, clock-domain designs, and Tcl or Python. It is hybrid in West Los Angeles and requires U.S. citizenship.

Designs and architects FPGA-based signal-processing systems for wireless communication products. Responsibilities include fixed-point signal-processing design, RTL coding, simulation, testbench development, FPGA synthesis, timing closure, hardware verification, troubleshooting, and collaboration with RF and software engineering teams. The role supports projects from research and development through field deployment and requires expertise in Xilinx FPGAs, SoCs, Vivado, clock-domain design, and high-utilization implementations.

Designs and architects FPGA-based signal-processing systems for MIMO wireless communications. Responsibilities include fixed-point algorithm implementation, RTL coding, simulation, testbench development, FPGA synthesis, timing closure, hardware verification, troubleshooting, and supporting RF and software engineering teams. The role requires expertise with Xilinx FPGAs, SoCs, Vivado, multiple clock domains, and high-utilization designs, with work spanning research and development through field deployment.

Lead ASIC front-end physical design and workflow development for generative AI inference chips. Optimize block-level and full-chip implementation using Cadence and Synopsys tools, including synthesis, formal checks, power analysis, and static timing analysis. Support backend design activities involving clock trees, routing, DRC, LVS, metal fill, and artwork release. Collaborate with global ASIC, design, and verification teams while developing scalable, high-performance EDA workflows.

Designs, integrates, tests, troubleshoots, and deploys RF, microwave, electronic warfare, and digital subsystem technologies. Responsibilities include hardware and system integration, RF performance analysis, FPGA and embedded processor design, root-cause analysis, production transition, technical documentation, supplier and customer support, test readiness reviews, and technical leadership of junior RF engineers.

Design and qualify electro-mechanical flight, development, and test wire harnesses for human-rated space stations. Responsibilities include electrical architecture, wiring diagrams, connector layouts, 3D NX CAD routing, power and signal analysis, thermal and vibration testing, documentation, production integration, and trade studies focused on capability, mass, and cost optimization.

Design and integrate rugged avionics enclosures, mounts, and brackets for human-rated space stations. Responsibilities include electronics packaging, interface documentation, requirements validation, thermal and structural analysis, engineering drawings, configuration management, hardware builds, and environmental qualification testing. The role collaborates closely with electrical engineering teams throughout the flight-critical product lifecycle and supports mission-critical testing and integration.

Lead the architecture, mechanical design, configuration, validation, and production deployment of GPU servers and rack-scale AI infrastructure. Partner with NVIDIA, AMD, ODMs, OEMs, data center engineering, networking, and operations teams. Own rack layouts, power distribution, cooling, airflow, cable management, serviceability, qualification, and hardware standards while balancing performance, reliability, manufacturability, scalability, and cost.

Lead design of GPU servers and rack-scale infrastructure for AI workloads, partnering with GPU vendors, ODMs/OEMs, and data center teams. Own mechanical layout, power distribution, thermal design, cable management, validation, and production readiness while balancing performance, reliability, serviceability, and cost. Influence hardware standards and strategy across large-scale deployments.