Top Design Engineer Jobs

Owns verification of complex digital blocks and SoC features from planning through coverage closure. Develops reusable SystemVerilog/UVM environments, constrained-random and targeted tests, assertions, scoreboards, checkers, and coverage models. Debugs RTL, testbench, firmware, integration, and regression issues while collaborating across architecture, design, firmware, analog, validation, and systems teams. Automates regression and reporting workflows and provides technical guidance to junior engineers.

Design and evolve satellite bus architectures across mission profiles. Define system requirements, allocate them to subsystems, manage interfaces and traceability, conduct system-level trade studies and analyses, identify technical risks, and prepare designs for integration, testing, and qualification. Collaborate with propulsion, avionics, power, structures, thermal, software, and manufacturing teams while supporting design reviews and customer technical discussions.

Develop and maintain ASIC and SoC design verification environments using SystemVerilog and UVM. Create verification components, behavioral models, assertions, coverage, and directed or randomized tests. Analyze simulation failures and coverage results, debug complex design issues, and verify systems at block and system levels. Collaborate with design and verification teams while applying ASIC design verification methodologies and tools.

Designs and develops custom automation equipment, fixtures, workstations, and electromechanical systems. Creates CAD models, drawings, assemblies, and bills of materials; integrates robotics, vision, servo, pneumatic, and sensing systems. Leads concept development, prototyping, troubleshooting, commissioning, factory acceptance testing, installation, and startup. Resolves mechanical and integration issues, supports machine safety and compliance, and contributes to engineering standards. Requires experience with custom automation machines, motion systems, process tooling, safety design, tolerance analysis, and production equipment deployment.

Develop and mature a cryogenic process-design-kit for superconducting quantum hardware. Own model-to-measurement characterization, plan and analyze cryogenic test chips, extend foundry PDKs to low-temperature regimes, partner with foundry and device teams, establish characterization infrastructure, and use EDA/layout/physical-verification toolsets to translate measurements into models, design rules, and documentation for scalable quantum circuit design.

Develops complex UVM/SystemVerilog and C++ verification environments for AI accelerator silicon at block, chip, and system levels. Creates verification plans, tests, scoreboards, assertions, constraints, and coverage models; debugs simulation and emulation failures; supports reference modeling and post-silicon validation. The role collaborates with architecture, design, firmware, validation, and product teams, while developing scalable scripts and Makefiles and applying Agile practices.

Validate electronics for airside and groundside drone platforms through circuit analysis, board bring-up, characterization, qualification testing, and reliability assessment. Responsibilities include signal and power integrity simulation, environmental and EMC testing, root-cause analysis, and designing automated test fixtures, HIL stations, and data acquisition systems. The role also supports design-for-test and design-for-reliability activities throughout product development and production ramp.

Serve as the senior technical authority for customer board and system designs using Marvell Ethernet switch and UALink silicon. Lead architecture, schematic, PCB stack-up, power, thermal, signal and power integrity, bring-up, reliability, manufacturability, and reference design efforts. Advise customers, debug hardware issues, deliver technical training, influence silicon roadmaps, and collaborate across engineering, packaging, software, operations, ODMs, and contract manufacturers. Support high-speed 112G, 224G, and future 448G SerDes platforms.

Lead physical design and methodology for complex processor and ASIC chips. Drive RTL-to-GDS implementation, multi-voltage place-and-route, static timing, physical verification, integration, and design closure. Collaborate with digital, RTL, and analog teams, while providing technical direction and mentoring. Develop Shell, Python, and Tcl automation scripts to improve design productivity and robustness.

Develops and verifies next-generation GPU components through reusable verification plans, testbenches, simulations, coverage analysis, assertions, and RTL debugging. Collaborates with architects, RTL developers, physical design, and performance teams to identify and resolve pre-silicon issues while meeting functional, performance, power, and timing goals. The role also contributes to verification methodology improvements and cross-team validation efforts.

Develops and executes verification plans and testbenches for interconnect and chassis IPs at IP and subsystem levels. Builds reusable verification components, checkers, constrained-random tests, and debug infrastructure; analyzes simulation failures; drives bug resolution; and supports functional coverage closure, simulation, formal verification, and regression automation. Collaborates with architecture, design, and software teams to deliver reliable first-pass silicon.

Develops and executes verification plans, testbenches, and coverage strategies for next-generation GPU components. Runs simulations, analyzes performance, power, and timing, debugs pre-silicon issues, and collaborates with architects, RTL developers, and physical design teams. Writes RTL and design specifications, performs assertion-based verification, roots causes failures, and improves validation methodologies.

Design and develop fan rotor hardware and multiple fan stages for advanced jet engines. Perform mechanical design and analysis, document technical data, support manufacturing and procurement, resolve technical issues, present recommendations, review peer work, and lead fan rotor projects. Collaborate with cross-functional teams, technical experts, and external vendors while developing specialized expertise in fan rotor airfoil design and engine integration.

Leads mechanical design and development for gas turbine components and systems from concept through production, validation, field trials, and service. Resolves complex manufacturing and operational issues, ensures design acceptance and producibility, improves reliability, efficiency, cost, and quality, and guides new technologies and engineering processes. Collaborates cross-functionally with engineering, manufacturing, supply chain, testing, marketing, and customer service teams while mentoring others and occasionally interfacing with customers.

Conducts electronic warfare research, mission data development, validation, verification, and testing. Supports EW system programming and reprogramming, coordinates requirements with system engineers, prepares test plans, manages configuration control boards, and analyzes post-test data. The role requires domestic and international travel, U.S. citizenship, technical education or equivalent experience, systems design expertise, and eligibility for a Secret clearance.

Leads design verification, validation, sustaining engineering, and lifecycle management for capital medical equipment. Responsibilities include product and process changes, DHF maintenance, testing, data analysis, failure investigations, root cause analysis, corrective actions, production transfers, regulatory support, and compliance with design controls and quality systems. The role provides technical leadership, mentors junior engineers, and collaborates with Quality, Regulatory, Manufacturing, Service, Marketing, and Product Development teams.

Designs, develops, tests, and supports digital hardware products across the full lifecycle. Responsibilities include FPGA and circuit-card design, digital circuit simulation, schematic capture, prototyping, debugging, integration, verification, and translating system specifications into hardware requirements and test plans. The role also involves project leadership, cross-functional collaboration, documentation control, and support for electronic warfare, communications, radar, sensing, and embedded processing systems.

Leads mechanical design and development for drilling-rig equipment from concept through analysis, detailed design, fabrication, testing, deployment, and field support. Creates controlled engineering drawings and documentation, integrates hydraulic, pneumatic, electrical, and controls interfaces, supports fabrication and commissioning, resolves field issues, and incorporates operational lessons into reliable, manufacturable designs. Coordinates cross-functional teams, vendors, and field personnel while managing concurrent projects and mentoring less-experienced staff.

Design, prototype, validate, and implement embedded controls, sensors, wire harnesses, and electromechanical systems for new luxury appliance products. Collaborate across engineering, manufacturing, quality, supply chain, and regulatory teams; develop controls architecture and technical specifications; conduct modeling, simulation, testing, and data analysis; troubleshoot technical issues; and manage development activities through production launch.

Supports transportation improvement projects by designing and detailing roadway and highway systems. Develops alignments, profiles, cross-sections, layouts, calculations, plans, reports, estimates, and quantity measurements. Processes survey and right-of-way data, monitors compliance with engineering standards, and collaborates with project managers. The hybrid role includes office and field work, occasional vehicle operation, and exposure to variable outdoor conditions.

Performs functional verification and emulation validation for server SoCs. Develops reusable verification plans, testbenches, and environments; executes regressions; analyzes simulations; debugs power, performance, and functional issues; identifies root causes; and collaborates with architecture, RTL, physical design, and post-silicon teams to improve coverage and verification methodologies.

Supports mechanical product design, prototyping, testing, documentation, manufacturing support, and quality improvements under senior engineer supervision. Develops verification procedures, investigates straightforward problems, assists with product releases and pilot runs, and contributes to design modifications. The role involves creating and reviewing drawings, supporting part procurement and assembly, conducting root cause analysis, and learning engineering tools, processes, and standards.

Designs spacecraft and constellation missions through trajectory analysis, orbital mechanics, delta-V and propellant budgeting, maneuver planning, LEOP operations, collision avoidance, deorbit planning, and orbital debris assessments. Supports constellation geometry, launch deployment targeting, propulsion requirements, communications link analysis, reentry safety, and mission operations. Requires proficiency with mission design tools and engineering programming languages.

Leads a mechanical design team developing HVAC equipment, including air handling units, CRAHs, and chillers. Assigns work, reviews and approves CAD models and manufacturing drawings, establishes design standards, and ensures manufacturability. Serves as the GD&T and tolerance analysis expert while collaborating with engineering, production, sourcing, quality, and suppliers. Supports manufacturing issue resolution, engineering changes, product improvements, and development from concept through production release.

Designs and supports electrical and instrumentation and controls engineering changes in a nuclear or power-generation environment. Responsibilities include developing engineering packages, reviewing calculations and technical documents, coordinating multidisciplinary and vendor reviews, supporting FAT, field implementation, construction, and project turnover, and resolving engineering issues. The role also monitors project schedules and deliverables while providing technical support throughout project execution.