Top Design Engineer Jobs

Design and implement verified, high-performance, power- and area-efficient RTL for ASICs, SoCs, and GPUs. Responsibilities include architecture and microarchitecture design, RTL synthesis, timing and logic verification, testbench development, debugging, and defining verification scope. The engineer will collaborate with distributed ASIC development teams and contribute to simulation, random-stimulus, functional coverage, and assertion-based verification activities.

Own end-to-end physical implementation of memory-centric computing IP and SoC partitions from RTL netlist through GDSII. Drive PPA convergence, timing closure, floorplanning, power delivery, placement, CTS, routing, STA, physical verification, and signoff on advanced process nodes. Collaborate with RTL, verification, foundry, and library teams while automating implementation flows with Tcl, Python, Perl, and AI tools.

Leads instrumentation and controls engineering design for small to medium projects, including programming, planning, detailed design, construction documentation, and administration. Develops automation control systems with controllers, HMIs, workstations, and servers; manages discipline budgets, coordinates clients and project partners, leads quality reviews, supports proposals, performs field surveys, writes specifications, and mentors junior engineers.

Designs and develops analog and mixed-signal IC circuit blocks from specification and architecture through post-silicon verification. Responsibilities include circuit simulation, physical design coordination, integration into complex digital chips, bench-level test planning, characterization, debugging, and mentoring junior engineers. The role requires advanced analog circuit expertise, FinFET design experience, and proficiency with Cadence AMS tools and methodologies.

Design and develop analog and mixed-signal IC blocks from architecture through post-silicon verification. Responsibilities include circuit simulation, collaboration with mask designers, integration into complex digital chips, post-silicon test planning and debugging, and mentoring junior engineers. The role requires expertise in advanced FinFET technologies, AMS design flows, Cadence tools, and circuits such as SerDes, PLLs, ADCs/DACs, regulators, and clocking systems.

Supports ASIC digital hardware specification, physical design, implementation, verification, and release management. Performs synthesis, floorplanning, placement, routing, clock-tree synthesis, timing and power analysis, third-party IP integration, and troubleshooting. Improves processes and tools, maintains quality standards, manages hardware and software evolution documentation, allocates project resources, provides technical guidance, and coordinates technical requirements with customers and suppliers.

Designs transistor-level CMOS circuits and key blocks for advanced data converters. Responsibilities include analyzing system-level trade-offs, creating design documentation, leading design reviews, and guiding layout, evaluation, and test teams. The role requires expertise in analog circuit design, including amplifiers, comparators, switched-capacitor circuits, voltage and current references, and LDOs, with experience using Cadence, SPICE, and MATLAB.

Designs transistor-level mixed-signal CMOS circuits for advanced data converters, including amplifiers, comparators, switched-capacitor circuits, voltage and current references, and LDOs. Develops behavioral models, collaborates on architecture and layout, documents designs, conducts reviews, and supports hands-on laboratory evaluation. Requires strong circuit-design expertise, Cadence and SPICE experience, MATLAB modeling skills, and effective teamwork.

Leads architecture and development of high-speed multi-GHz data converters from concept through production. Designs transistor-level CMOS circuits, develops calibration algorithms, defines converter specifications, and guides layout, evaluation, and test teams. Collaborates across sites and with customers, conducts design reviews, prepares technical documentation, and mentors engineers. The role requires extensive expertise in ADC/DAC architectures, time-interleaved converters, analog circuits, Cadence, SPICE, and MATLAB.

Design and implement RTL components for AI accelerator ASICs from microarchitecture through tape-out and silicon bring-up. Responsibilities include writing and debugging SystemVerilog, optimizing power, performance, and area, supporting synthesis and timing closure, and applying lint, CDC, LEC, and assertion-based quality checks. The engineer collaborates with architecture, verification, and physical design teams while contributing to compute datapath, on-chip network, and memory subsystems.

Own microarchitecture and synthesizable SystemVerilog RTL for major AI accelerator blocks from specification through tape-out. Drive power, performance, and area optimization, timing closure, synthesis, STA, lint, CDC, LEC, assertions, and verification collaboration. Partner with architecture and software teams on performance improvements, advance EDA automation, lead design reviews, and mentor engineers.

Leads DFM and DFA analysis for complex PCB assemblies, using Siemens Valor and related tools to assess manufacturability, develop IPC-aligned design rules, and resolve production concerns. Designs high-density multilayer PCB layouts from schematics using Altium or equivalent tools, creating stack-ups, routing, libraries, and manufacturing deliverables. Collaborates with engineering, manufacturing, quality, customers, and suppliers while driving PCB standards, continuous improvement, and production readiness.

Leads advanced mechanical and aerospace system design for defense and industrial applications. Oversees CAD modeling, manufacturing drawings, FEA, prototyping, testing, process development, and design optimization. Serves as a technical authority for multidisciplinary projects, mentors engineers, supports proposals and business growth, engages clients and vendors, and ensures compliance with DoD standards and safety requirements.

Design and develop modular, prefabricated equipment for mission-critical data centers, including hot aisle containment systems. Create 3D models, technical documentation, project plans, and product specifications; collaborate with engineering, manufacturing, suppliers, clients, and project managers. Validate prototypes and first-of-kind builds, perform design-for-excellence and value engineering analyses, ensure regulatory and client compliance, and support product testing, coordination, and deployment through occasional travel.

Designs and models optical trains for high-speed optical modules, optimizes parameters, and performs optical tolerance analysis. Collaborates with suppliers, contract manufacturers, and internal process, testing, and automation teams to improve manufacturability, assembly, and testing workflows. Supports optical failure analysis, reviews designs, and trains engineers. Requires strong optical testing, data analysis, communication, and multi-project coordination skills.

Develops and deploys semiconductor timing sign-off flows using Python, Perl, Tcl, and Unix shell. Responsibilities include EDA flow development for PrimeTime, Tempus, Innovus, and RedHawk; automation; statistical data analysis and modeling; and support for chip design teams. The role requires advanced digital IC design expertise, strong communication, multitasking, problem-solving, and collaboration across projects.

Develop and deploy advanced timing sign-off methodologies for SOC, 3D/2.5D IC, and multi-die designs. Lead EDA flow development using Primetime, Tempus, and Innovus, while applying statistical analysis, silicon technology, testability, and yield expertise. The role requires extensive tapeout and timing sign-off experience, scripting and automation skills, cross-functional collaboration, and autonomous problem solving in a fast-paced engineering environment.

Design and optimize analog and mixed-signal circuits (power delivery, IPs) for advanced CMOS nodes. Perform circuit simulation, floor-planning, post-layout extraction, verification, and validation. Collaborate with architecture, layout, and validation teams, analyze test data, and iterate designs to meet power, performance, area, timing, yield, and robustness goals.

Lead electrical validation for DDR interfaces, design testing strategies, analyze data, resolve issues, and provide customer support. Automate processes using Python.

Designs and develops mechanical centrifuge components, assemblies, machines, and facility projects from concept through released documentation. Creates Creo models and drawings, applies engineering calculations, GD&T, material selection, and tolerance analysis, and supports fabrication, prototyping, testing, and issue resolution. Collaborates with manufacturing, quality, procurement, and operations while maintaining drawing, safety, configuration, and revision-control standards. The role requires obtaining and maintaining a DOE Q security clearance.

The Wire Design and Installation Engineer will develop and maintain electrical wiring designs for audiovisual systems, collaborate with teams, ensure installation success, and support troubleshooting and design reviews.

Designs engineering drawings, bills of materials, technical documents, and cooling product concepts for data center and commercial applications. Reviews test data, supports manufacturing and quality teams, resolves customer and vendor technical issues, and recommends design improvements and cost reductions. Leads assigned design, testing, and prototype projects while coordinating product compliance certifications with agencies such as UL and Intertek. Provides customer and proposal support and travels to customer sites, vendors, and trade shows as needed.

Designs integrally geared process gas compressors and provides engineering support for auxiliary systems. Responsibilities include equipment sizing and selection, customer specification review, standards interpretation, bills of material, drawing and documentation approval, design reviews, nonconformance disposition, manufacturing and testing support, troubleshooting, continuous improvement, and field commissioning consultation. The role also supports sales and application engineering activities and requires limited domestic and international travel.

Design, integrate, and test AMD/Xilinx FPGA solutions for RF, software-defined radio, sensing, communications, electronic warfare, and PNT systems. Develop HDL-based DSP architectures, high-speed interfaces, reference designs, Tcl automation, and PetaLinux integrations. Support board bring-up, timing closure, debugging, hardware validation, architecture studies, customer reviews, and multidisciplinary system development.

Designs powertrain test setups and test cell layouts, evaluates test equipment capabilities, develops specifications for new equipment, and supports installation, troubleshooting, servicing, and maintenance. Collaborates with Test and Product Engineers, directs technicians and skilled trades personnel, maintains test equipment inventory, and advises on testing methods. Requires automotive powertrain testing experience and knowledge of transmissions, clutches, hydraulics, electrical controls, and gears.