Top Design Engineer Jobs

Designs subsurface utility engineering projects through civil engineering calculations, utility plans, reports, plans, and specifications. Conducts job-site field visits, gathers client information, interprets complex data, and collaborates on engineering deliverables within schedule and budget constraints. Supports client meetings, business development, and relationship management while learning SUE technologies, electromagnetic equipment, Trimble equipment, and applicable design standards.

Design and fabricate cryogenic photonic and superconducting devices, including SiN passive components and SNSPDs. Own end-to-end prototyping in cleanroom environments, optimize manufacturing processes, establish SOPs and Processes of Record, maintain PDKs and component libraries, and collaborate with testing, packaging, and systems teams to improve device performance and development cycles.

Supports the design, development, release, analysis, and validation of industrial internal combustion engine components and systems. Coordinates with mechanical, electrical, controls, manufacturing, vendors, and customer service teams. Uses 3D modeling and engineering analysis, contributes to design standards, supports field issue resolution, and assists with validation testing and cross-facility projects.

Support transitioning chemical tank trailer configuration from an Excel-based process to a digital product configuration platform. The internship includes meaningful project work, presenting results to leadership, professional development sessions, mentoring, networking, and collaboration across departments.

Supports electrical and digital system design for embedded products, including FPGA development, schematic entry, VHDL test benches, simulation, circuit testing, debugging, and hardware/software integration. Participates in design reviews, evaluates requirements and tradeoffs, and documents engineering activities. The internship provides practical experience with digital electronics, embedded systems, and laboratory equipment under experienced engineering guidance.

Design and validate mmWave RFIC front-end blocks for beamformer chips, including PAs, LNAs, phase shifters, VGAs, mixers, and transceiver chains. Responsibilities include transistor-level simulation, full-custom layout oversight, post-layout EM analysis, chip architecture, tapeout, silicon bring-up, characterization, debugging, documentation, and mentoring junior designers.

Design and validate mmWave RFIC front-end blocks including PAs, LNAs, phase shifters, VGAs, and mixers. Perform transistor-level simulation, full-custom layout oversight, post-layout extraction, EM analysis, and chip-level architecture. Support tapeout, silicon bring-up, characterization, and debugging. Collaborate with founding engineers, contribute to design reviews and documentation, and mentor junior designers.

Design and implement synthesizable RTL for high-speed SerDes PHY DSP blocks, including equalization and clock-data recovery functions. Define microarchitecture, translate DSP algorithms into RTL, optimize for power, performance, area, and latency, and verify designs. Support ASIC implementation, timing closure, CDC/RDC, DFT integration, silicon bring-up, PHY integration, and system-level debugging.

Own automated and manual optical testing for lenses, fiber optics, lasers, LEDs, and photodiodes. Maintain reproducible test documentation, calibration routines, and data logs; integrate third-party equipment; analyze test data to improve yield, coverage, and repeatability; and collaborate with optical designers, manufacturing partners, and test vendors for deployment and continuous improvement.

Design and develop analog and mixed-signal IC blocks for SerDes products using advanced CMOS technologies. Responsibilities include circuit simulation, results analysis, collaboration on physical layout, post-layout simulation, silicon testing and debugging, and design documentation. The role requires expertise in analog and mixed-signal circuits, EDA tools, and the complete IC development lifecycle from block definition through verification.

Design and develop analog and mixed-signal IC blocks for SerDes products using advanced CMOS technologies. Responsibilities include circuit simulation, layout collaboration, post-layout verification, silicon testing and debugging, and design documentation. The role requires expertise in analog circuit design, EDA tools, and end-to-end IC development from block definition through verification.

Verify and validate DDR memory controller IP and subsystems by defining test plans, developing UVM/SystemVerilog and formal test environments, running/debugging simulations, applying coverage-driven/random stimulus, improving verification efficiency, using generative AI tooling, and mentoring peers to drive silicon-quality signoff.

Designs and develops hydrogen and oxygen fluid-system hardware, including cryogenic tubing, fittings, mounts, and propulsion components for lunar landers. Owns CAD models and engineering artifacts throughout design, manufacturing, assembly, verification, and operations. Performs structural and fluid analyses, supports supplier procurement and manufacturing, manages cost and schedules, interprets P&IDs, and ensures compliance with design and performance requirements. May mentor junior engineers and conduct technical peer reviews.

Own turbomachinery hardware for nuclear reactors from concept through production. Lead design, analysis, manufacturing, testing, qualification, supplier coordination, requirements development, verification planning, technical risk reduction, issue resolution, and corrective actions. Coordinate aerodynamics, mechanical design, structures, rotordynamics, bearings, thermal analysis, manufacturing, and test teams while balancing performance, reliability, cost, manufacturability, risk, and schedule.

Supports the design, documentation, testing, and implementation of proprietary manufacturing equipment under senior engineering guidance. Creates 3D CAD models and drawings, assists with design reviews, risk assessments, troubleshooting, equipment testing, and technical documentation. Provides engineering support during fabrication, installation, and commissioning while collaborating with manufacturing, maintenance, procurement, and quality teams. The role also supports cost reduction, continuous improvement, and project activities, with up to 10% domestic and international travel.

Define and implement DFT and testmode requirements for memory products. Design and evaluate DFT circuits and architectures, validate via modeling and simulation, influence early design planning, and collaborate with design, verification, and manufacturing teams to improve test coverage, scalability, and manufacturability.

Design and deliver RTL for complex DRAM digital and mixed-signal blocks; perform front-end quality checks (lint, CDC/RDC), synthesis, timing constraint development (SDC), STA, power optimization (UPF), and collaborate with architecture, verification, and physical design to meet PPA targets and improve RTL-to-GDS flows.

Design and own mechanical robotic subsystems from concept through prototyping, testing, iteration, and production. Responsibilities include CAD modeling, material and tolerance selection, design for manufacturability, hands-on prototype fabrication using 3D printing and CNC machining, and integration of motors, sensors, electronics, and actuators into robotic arms and mobile bases. The role requires close collaboration with hardware teams to develop reliable systems for data center operations.

Lead end-to-end design and development of composite aircraft structures including CAD modeling, initial sizing, structural analysis, DFM, prototype and production support, and cross-functional coordination. Establish design standards, mentor junior engineers, and ensure manufacturability and compliance with aviation and DoD certification requirements.

Leads semiconductor product failure analysis and silicon debug for Intel Foundry products. Uses DFT, ATPG, scan diagnosis, fault isolation, and physical analysis techniques to identify root causes, improve yield and reliability, and implement corrective actions. Collaborates with design, validation, process, yield, test, and manufacturing teams. Develops automation, diagnostic tools, and design-for-debug methodologies for advanced technology nodes.

Designs and analyzes complex mechanical and propulsion systems, including actuators, pressure vessels, igniters, valves, thrusters, and solid rocket motors. Develops CAD models and drawings, performs structural, dynamic, thermal, tolerance, mass, and ballistics analyses, and supports manufacturing, assembly, testing, and systems engineering. Leads design optimization, materials selection, risk management, procurement, vendor evaluation, and small teams. Requires 10–15 years of mechanical engineering experience and eligibility for a U.S. security clearance.

Designs and optimizes complex mechanical and rocket propulsion systems, including actuators, pressure vessels, solid rocket motors, valves, and thrusters. Develops CAD models, performs structural, dynamic, thermal, tolerance, and ballistics analyses, and supports materials development, manufacturing, testing, systems engineering, and avionics. Leads technical decisions, manufacturing planning, test activities, risk analysis, and cross-functional communication. Requires seven to ten years of mechanical engineering experience and the ability to obtain and maintain a U.S. security clearance.

Own full-reticle mask tapeouts for trapped-ion quantum computers, develop PDKs and automated PCell layout libraries, and implement DRC/LVS verification. Collaborate with photonic, electronic, packaging, testing, and foundry teams to define layout rules and improve workflows. Document tapeouts, lead layout reviews, and create Python-based automation for complex semiconductor manufacturing processes.

Support VDC/BIM across project lifecycle: develop BIM strategy, train teams, implement visualization and simulation tools, automate processes, manage standards and Autodesk Construction Cloud, and integrate performance/sustainability analysis.

Design and validate FPGA-based digital hardware and PCBs for test and measurement products. Responsibilities include synthesizable logic development, register maps, testbenches, timing analysis, schematic and layout guidance, signal integrity simulation, prototype bring-up, board validation, documentation, and cross-disciplinary collaboration.