Top Design Engineer Jobs

Design high-speed and optical transceivers for communication infrastructure, focusing on mixed signal circuit designs and verification using industry-standard tools.

The role involves designing and verifying analog mixed-signal circuits, collaborating with teams to deliver analog IP from concept to production, and engaging in both hands-on design and lab testing.

The role involves designing and verifying mixed signal circuits including ADCs, DACs, PLLs, and regulators, primarily using specialized CAD tools and ensuring designs meet performance targets.

Design and implement circuits including ADCs, DACs, PLLs, and more. Collaborate with teams to deliver analog IP from concept to production.

Define electrical subsystem requirements and design analog/digital circuits and PCBs. Implement and optimize high-speed FPGA designs, perform simulations (signal integrity, timing, thermal, power), develop test fixtures and scripts, conduct integration and debugging, participate in design reviews, and produce documentation and release packages while collaborating with cross-functional teams for product validation.

Design and test mechatronic metrology systems for semiconductor manufacturing. Collect and analyze data, develop calibration and control algorithms in Python/Matlab, perform hands-on lab/cleanroom experiments, integrate and troubleshoot systems, execute hardware-in-the-loop and experimental design to mitigate risks, and collaborate with customer support.

Design and verify next-generation USB/eUSB2 hubs, hosts, and bridges. Perform RTL coding, simulation, DFT, evaluation and debugging of high-speed mixed-signal communication chips. Prepare test methods, specifications, datasheets and demo boards. Collaborate with analog and digital teams to solve complex design problems and deliver timely results.

As a Senior Design Verification Engineer, you will develop verification plans, support system co-verification, and improve verification methodologies for HBM DRAM products.

Lead RTL design and implementation for connectivity silicon blocks from microarchitecture through synthesis sign-off. Collaborate with architecture, verification, DFT, and physical design teams to achieve timing closure, CDC, lint, and low-power goals. Mentor engineers, debug pre- and post-silicon issues, and drive methodology for timely tapeouts.

Design and develop system and firmware features for enterprise SSDs to improve performance, endurance, and power. Perform component- and drive-level testing and validation, support failure analysis, integrate with cross-functional teams, and evaluate NAND memory solutions with cost/performance recommendations.

Design heat exchangers and related components using ASME code calculations and SolidWorks. Produce layouts, drawings, BOMs, and cost/manufacturing feasibility analyses. Collaborate with manufacturing, purchasing, sales, and application engineering, validate team outputs, set project priorities, and provide technical leadership to deliver customer projects.

Lead the design system bridging Figma and production: build and maintain reusable, accessible UI components, reduce design/code drift, establish patterns and tooling (Storybook, design tokens), prototype interactions, and partner with Product, Design, and Engineering to improve fidelity and developer experience.

Design electrical and fluid power systems for automated manufacturing equipment: create schematics, specify components and BOMs, ensure compliance with standards, coordinate with vendors and cross-functional teams, attend design reviews, and support program execution with minimal supervision.

Design custom lubrication systems using 3D CAD, create detailed and assembly drawings, build BOMs in ERP, analyze feasibility and manufacturability, coordinate with customers, suppliers, sales, and internal teams, and support technical troubleshooting while following quality management procedures.

Designs, develops, and tests RF/microwave systems and antennas (including AESAs) for space hardware. Leads teams through integration, test, and analysis, authors test procedures/reports, performs data processing and RF measurements, debugs hardware failures, and presents results to customers.

Design mechanical drivetrain components for the automotive aftermarket focusing on design for manufacturability. Participate in cross-functional teams to create CAD models and detailed drawings, select materials and processes, analyze test data, ensure quality standards, and support continuous improvement and safety practices.

The role involves design and integration of low-observable propulsion systems, utilizing CEM solvers and collaborating with interdisciplinary teams to meet design requirements.

Lead design and integration for RCS pole models, applying expertise in LO materials, computational modeling, testing, and mentoring junior engineers.

Design and develop BAW/SAW RF filters from concept to production: specify, simulate (EM tools), characterize, test, optimize performance, integrate into RF modules, create documentation, and collaborate with process, layout, and systems teams.

Design and develop BAW filters from concept to production: define specs, run EM simulations, optimize performance, integrate filters into RF modules, develop test plans and measurements, collaborate with process/layout/system teams, and document designs for production.

Lead structural analysis using Ansys FEA and hand calculations for utility-scale energy storage hardware. Define analysis methodology and pass/fail criteria, create calculation tools, validate designs through testing and FEA correlation, perform failure root-cause analysis, and collaborate with designers to optimize for manufacturability, cost, weight, and reliability.

As an FPGA Engineer, you will design and develop high-reliability electronic systems, leading complex FPGA SoC designs and collaborating with cross-functional teams to innovate space payload solutions.

As a Senior Principal Engineer in FPGA Design, you will develop cutting-edge electronic systems and lead complex FPGA SoC designs for space applications, applying advanced design techniques and providing technical leadership.

The FPGA Engineer will design and develop electronic systems, lead complex FPGA SoC designs, and provide technical leadership in a collaborative R&D environment.

Lead spacecraft mechanical design efforts, manage teams, define requirements, and mentor junior engineers while coordinating with various subsystems and clients.