Top Design Engineer Jobs

Lead the design, validation, and implementation of embedded electromechanical systems for luxury appliances, collaborating with cross-functional teams to meet project deadlines and achieve performance targets.

Lead global technical architecture and full development lifecycle for PMIC and analog/mixed-signal blocks. Collaborate with customers on system requirements, drive verification/DFT strategies, mentor engineers, and ensure production readiness while improving company-wide engineering methodologies and roadmaps.

Lead architecture and full development lifecycle of PMIC and mixed-signal analog blocks from specification through design, simulation, silicon verification, and production readiness. Serve as global technical authority, mentor engineers, collaborate with customers on system requirements, oversee verification/DFT and lab evaluation, and drive company-wide engineering methodology and roadmap improvements aligned with CMOS process trends.

Drive performance verification and circuit quality signoff for CPU designs, evaluate new process nodes, and manage pre-to-post silicon correlation and debugging. Requires experience in circuit design and STA.

Lead architectural evolution and full development lifecycle of PMIC and mixed-signal blocks, provide global technical authority, collaborate with customers on system requirements, oversee verification/DFT and lab evaluation, mentor engineers, and drive company-wide engineering methodology and roadmap improvements.

As a Senior Digital Design Engineer, you will design and implement CPU subsystems and collaborate with teams on verification, quality, and automation improvements in high-performance AI connectivity solutions.

The Lead NX Design Engineer will own engineering documentation and standards, focusing on complex assembly drawings for safety-critical welded structures using Siemens NX, bridging design and production processes.

Design Engineer on Broadcom's Custom Silicon Design Team working on physical implementation of high-performance ASICs (3 nm and below). Responsibilities include floorplanning, placement, clock tree synthesis, routing, timing closure, physical verification, and signoff. Work in UNIX environments, use TCL (Python/Perl preferred) and commercial/in-house EDA tools, collaborate cross-functionally, and contribute to design flow automation and silicon bring-up. Requires Electrical/Electronics Engineering degree and strong VLSI/ASIC fundamentals.

The Physical Design Engineer will focus on block-level implementation, timing closure, PPA optimization, and supervising outsourced design work while improving design flows.

Design and validate analog and mixed-signal PCBs for next-generation reticle inspection tools. Collaborate with system and subsystem engineers, external vendors, and contractors to define specifications, integrate and test subsystems, perform bring-up, characterization, noise analysis, and PCBA troubleshooting, and deliver manufacturable PCB designs.

Lead system-level development and integration of advanced inspection and metrology systems across optics, electronics, sensors, and software. Define requirements, manage error budgets, perform root-cause analysis, conduct trade studies, support integration/validation, and communicate technical recommendations. Collaborate with cross-functional teams to drive product development from concept through release.

Lead system-level definition, error budgeting, integration, verification, and root-cause resolution for complex optical/mechatronic inspection and metrology systems. Collaborate across optical, mechanical, electrical, software, and product teams, perform trade studies, support validation and product release, and communicate technical findings to stakeholders. Travel up to 10%.

Design custom metal building structures to code, analyze roofs/walls/accessories, perform HVAC/foundation/thermal calculations, create CAD drawings, maintain analysis records, and develop automation tools to improve engineering and manufacturing processes while collaborating with sales and cross-functional teams.

Design transistor-level mixed-signal circuits and collaborate with cross-functional teams to implement circuit blocks, assess system-level trade-offs, produce design documentation and reviews, and guide layout, evaluation, and test engineering for advanced data converter and SerDes technologies.

The Engineer will analyze and design electrical and I&C systems, support plant modifications, power system studies, and troubleshoot plant issues while ensuring design integrity and compliance with regulatory standards.

Responsible for designing mechanical and optomechanical parts for image sensor calibration systems, conducting analyses, and ensuring successful implementation of designs.

Lead technical scope of new architectural metal product development from concept to introduction. Design and approve aluminum/plastic extrusions, ensure manufacturability, run digital and physical testing, support mockups and troubleshooting, and provide technical sales and cross-functional support.

Design and document automated control systems: specify parts, draw electrical schematics and panel layouts, create installation packages, support installations and troubleshooting, collaborate with project teams, mentor colleagues, and contribute to continuous improvement and safety.

Design and model launcher hardware using CAD; generate engineering drawings and GD&T-compliant documentation; perform trade studies, support procurement, assembly checkout, testing, and proposals; collaborate across teams and provide occasional domestic travel and onsite engineering support.

Design, prototype, and support production of RF, digital, and mixed-signal multi-chip modules, PWBs, and CCAs. Collaborate with cross-functional IPT members, prioritize tasks to meet schedule and budget, provide technical leadership and mentor junior staff, and ensure manufacturability and signal integrity for prototype through production.

Work with architects, hardware, firmware, and test teams to co-design and verify system-level speed and reliability features. Develop verification collateral, automation and AI/LLM-assisted tooling, perform pre- and post-silicon characterization and tester-to-system correlation, and lead debug of complex silicon issues to ensure on-time product shipment.

Design and develop fluid and mechanical systems for ground test facilities, produce P&IDs, models, drawings, and analyses, support supplier coordination, hazard assessments, build and commissioning activities, apply ASME standards, and provide on-site fabrication and start-up support for cryogenic, propellant, and high-pressure gas systems.

Lead SoC/ASIC DFT activities including scan insertion, compression scan, LBIST/MBIST, and ATPG pattern generation. Verify and debug ATPG testbenches and failures, work with synthesis/Verilog testbenches, apply JTAG/IEEE standards, and collaborate across architecture, design, and customers to independently deliver DFT solutions using Cadence flows.

Design and verify RPOD operations for lunar spacecraft: define concepts of operations, decompose requirements across subsystems, develop navigation/ guidance and estimation methods, support sensor and software integration, lead V&V and testing (including flight demonstrations), analyze test data, and build tools and automation to ensure safe, reliable docking and relative navigation.

Customer-facing senior engineer developing and deploying hardware emulation and FPGA prototyping solutions. Define requirements for high-speed interfaces (PCIe, CXL), create benchmarks, debug across hardware/software boundaries, drive FPGA/firmware acceleration solutions, and present technical findings to customers and internal teams.