Top Design Engineer Jobs

Design and analyze digital and analog memory circuits (arrays, control logic, datapaths, decoders) using simulation and layout tools. Optimize power, speed, die size, manufacturability, and apply AI-enabled tools to improve design flow while collaborating with cross-functional teams for validation and product readiness.

Design, prototype, analyze, and document consumer electronics products from concept through mass production. Collaborate with industrial design, operations, suppliers, contract manufacturers, and engineering teams. Conduct failure analysis, corrective actions, technical experiments, design reviews, and development builds. The role requires strong mechanical engineering fundamentals, CAD proficiency, materials and manufacturing knowledge, and international travel up to 20%.

Designs and documents electrical systems, interfaces, wiring, connections, and test hardware for aerospace environmental testing. Responsibilities include selecting electrical components, supporting instrumentation and data acquisition, directing installation, and assisting with inspection, checkout, troubleshooting, and test execution. The role collaborates with mechanical, systems, and test teams and supports Boeing defense and space programs.

Designs, develops, debugs, verifies, and integrates FPGA logic, processor subsystem features, high-speed SERDES interfaces, and built-in test capabilities. Responsibilities include requirements development, HDL coding, testbench creation, simulation, synthesis, timing analysis, board-level troubleshooting, validation, and system integration. Collaborates with multidisciplinary engineering teams supporting aerospace, flight control, air traffic control, and homeland defense applications.

The Analog Design Engineer at Boeing will design and support electronics systems, create designs and documentation, conduct simulations, and collaborate to ensure producibility and reliability of designs.

Leads multidisciplinary spacecraft structural and mechanical design integration from requirements through production support. Oversees design teams, system trades, payload accommodation, interface control, clearance verification, manufacturing integration, qualification testing, milestone reviews, nonconformance resolution, and emerging technology investigations. The role is fully onsite in El Segundo, California, and requires U.S. person status, eligibility for a U.S. security clearance, and a Secret clearance post-start.

Lead hardware product development from concept through design, build, integration, and test. Own CAM responsibilities, manage schedule/cost/risk, perform derating and root-cause analysis, drive corrective actions and configuration changes, mentor junior engineers, and ensure technical decisions meet mission requirements.

Designs, develops, integrates, verifies, and supports structural and payload systems for military aircraft and weapons platforms. Uses 3-D CAD and GD&T to create engineering definitions, manage supplier activities, support fabrication and testing, develop tooling and equipment concepts, and ensure compliance with safety, producibility, maintainability, reliability, ergonomic, and regulatory requirements. The role also contributes to requirements definition, systems integration, vehicle tooling workflows, and future product concepts.

Leads suspension system development for defense vehicles across concept, design, validation, production readiness, and launch. Designs robust chassis components, manages specifications, validation plans, engineering changes, supplier delivery, and compliance requirements. Applies DFMEA, DRBFM, DFSS, GD&T, tolerance analysis, CAE, and TcVis. Analyzes field data and KPIs, resolves complex engineering issues, supports vehicle build processes, and mentors junior engineers.

Integrates vehicle compartment engineering requirements across architecture, design, human factors, performance, and manufacturing. Develops packaging solutions, space claims, engineering criteria, and NX models while balancing customer needs, design intent, cost, mass, timing, assembly, and dimensional variation. Leads cross-functional integration meetings, resolves packaging issues, benchmarks competitive vehicles, supports virtual and physical assessments, and incorporates customer insights into vehicle package design.

Design and build frontend experiences and components for the Cloudflare dashboard. Collaborate with design and systems engineers, own code from inception to release, and improve developer experience. Debug, optimize, and identify failure modes in large-scale frontend and distributed systems.

Designs and supports FPGA systems across the full development lifecycle, including requirements, architecture, RTL coding, synthesis, place-and-route, timing closure, simulation, lab testing, debugging, and product support. The role requires VHDL or Verilog, FPGA tools, high-speed interfaces, static timing analysis, clock-domain crossing expertise, revision control, scripting, and hardware debug. The engineer will work onsite, collaborate with verification teams, mentor others, and may lead design activities.

Designs and supports FPGA hardware through requirements, RTL coding, synthesis, place and route, timing closure, simulation, lab testing, debugging, and product support. The role requires experience with FPGA or ASIC development, HDL coding, high-speed interfaces, revision control, scripting, and hardware verification. It is fully onsite, requires U.S. citizenship, and requires a current Secret clearance or eligibility to obtain one.

Designs and supports FPGA systems through requirements, architecture, RTL coding, synthesis, place-and-route, timing closure, simulation, laboratory testing, debugging, and product support. The role requires expertise in FPGA or ASIC development, HDL coding, high-speed interfaces, timing analysis, revision control, scripting, and hands-on hardware debug. Responsibilities may include mentoring engineers, modifying legacy designs, supporting verification teams, and leading design activities. This is a full-time onsite defense role requiring Secret clearance or eligibility.

Leads advanced FPGA and digital design from concept through delivery for mission-critical defense systems. Architects and implements FPGA solutions using VHDL and SystemVerilog, performs synthesis, timing analysis, verification, and optimization, and integrates hardware, software, and systems. Conducts lab and flight-test validation, supports proposals and design reviews, manages configuration and documentation, mentors engineers, and monitors program schedules and budgets.

Designs and supports FPGA solutions across requirements, architecture, RTL coding, synthesis, place and route, timing closure, simulation, lab testing, debugging, and product support. The role requires VHDL or Verilog, FPGA tools, timing analysis, clock-domain crossing, high-speed interfaces, revision control, and scripting. It involves onsite collaboration, hardware debug, design verification, mentoring, and potentially leading design teams. A Secret clearance is required or must be obtainable.

Designs, implements, validates, and optimizes next-generation DRAM memory products, including LPDDR and DDR. Responsibilities include circuit architecture, layout oversight, parasitic modeling, simulation, verification, tape-out revisions, silicon debugging, root-cause analysis, and product qualification. The role collaborates across architecture, process, product, packaging, and test teams; leads technical investigations and design reviews; mentors engineers; and advances design methodologies and future memory technologies.

Designs and optimizes BLDC and PMSM propulsion motors for UAVs using electromagnetic, thermal, and multiphysics simulation. Develops motor geometries, windings, magnet layouts, performance parameters, and operating models; supports prototype builds and validates simulations against laboratory and flight-test data. Collaborates with mechanical design, manufacturing, testing, and production teams to deliver efficient, reliable, scalable, and cost-effective motors.

As a Senior AI Compiler Engineer, you will design and build a custom MLIR-based compiler stack for next-gen silicon, optimizing AI models without an OS. Responsibilities include creating MLIR dialects, ensuring accuracy in lowering computational graphs, and maintaining a high-performance compiler codebase.

Design and implement ASICs for mission-critical aerospace and space applications. Responsibilities include synthesis, static timing analysis, timing constraint management, floorplanning, power and timing convergence, equivalence checking, ECOs, chip integration, signoff, tapeout, and automation. The role collaborates with RTL, verification, DFT, architecture, and external backend teams while troubleshooting cross-domain timing issues and improving physical design methodologies.

Design and develop primary and secondary structural components for a next-generation UAV. Execute full design lifecycle, perform hand calculations and limited FEA, collaborate across disciplines, support validation/testing, and produce design documentation and drawings to aerospace standards.

Leads GaN and GaAs MMIC design for radar, electronic warfare, and space applications. Responsibilities include circuit architecture, FET selection, simulation, layout, electromagnetic and packaging analysis, RF/microwave laboratory measurements, design reviews, manufacturing readiness, foundry and supplier collaboration, technical reporting, customer support, IR&D leadership, continuous improvement, and mentoring engineers.

Supports HBM memory and logic design through RTL development, circuit implementation, simulation, verification, timing and power analysis, debugging, and functional validation. Develops scripting, automation, and AI-assisted workflows to improve engineering productivity. Collaborates with design verification, physical design, CAD, and product engineering teams while documenting technical findings and methodologies.

Design and optimize digital, analog, logic, and memory circuits for High Bandwidth Memory products. Support circuit verification, parasitic modeling, simulations, layout, validation, and tape-out activities. Collaborate with global engineering, product, test, process, assembly, and marketing teams to meet performance, reliability, manufacturability, and production objectives. Use AI-assisted tools, scripting, and data-driven methods to improve design analysis and engineering productivity.

Designs, simulates, optimizes, and validates digital and analog DRAM memory circuits. Responsibilities include circuit analysis and debugging with SPICE and Verilog, layout parasitic analysis, design rule optimization, test chip planning, silicon validation, characterization, and lab correlation. The engineer collaborates with design, verification, product engineering, test, process integration, assembly, and marketing teams while using AI-assisted technologies to improve engineering workflows.