Top Design Engineer Jobs

The role involves physical design implementation of custom CPU designs, including synthesis, static timing analysis, verification, and collaborating to optimize CPU parameters. Leadership and communication skills are essential.

Develop verification infrastructure for AI accelerator IP blocks, create testbenches, mentor junior engineers, and debug across teams.

Responsible for substation physical design, project planning, client relations, and staff development. Requires strong technical and project management skills.

Design production tooling and equipment for aerospace, collaborating with teams on complex projects. Perform design analysis and manage project budgets and schedules.

Lead implementation of DFT/Test for complex ASIC/SoC and chiplet designs using Tessent and related EDA tools. Define DFT architecture, run insertion flows, generate patterns, support STA constraints, and drive post-silicon bring-up and debug. Mentor a small DFT team and enhance methodologies and tools across multi-die custom compute designs.

As a Design Verification Engineer, you will create and maintain UVM/SystemVerilog testbenches, execute verification plans, debug issues, and collaborate with cross-functional teams to ensure IP functionality and performance.

As a Design Verification Engineer, you will collaborate with architects and RTL designers to verify designs, develop test plans and infrastructure, ensure performance, and debug issues across the hardware-software stack.

The Design Verification Engineer will lead IP subsystem verification, develop UVM/SystemVerilog environments, and collaborate with cross-functional teams to validate hardware-software performance.

The Senior Engineer will develop solutions for mixed-signal and digital integrated circuits, working through the product development lifecycle while verifying designs using digital methodologies and simulation tools.

Design and analyze precision metal components and EMI board-level shields from concept through production. Create 3D CAD and 2D drawings, perform FEA/forming analysis, manage item data in Aras, lead new item releases, support manufacturability/DFMEA, and troubleshoot production issues while collaborating with sales, manufacturing, and customers.

Design, build, and operate core Python framework components for ASIC design verification: declarative build graph, run-record store, coverage merge, verdict logic, simulator backend abstraction, failure bundles, integrations (compute grid, dashboards, CI), and tooling to support an AI triage layer. Package, deploy, document, and roll out the flow to verification teams.

The Design Release Engineer focuses on automotive component development, especially battery systems, and leads quality improvement efforts. Responsibilities include managing supplier relationships and ensuring product quality and compliance with technical requirements.

Lead silicon speed characterization from first power-on to production sign-off. Close correlation gaps between pre-silicon models and measured silicon, trace frequency/timing failures to root causes, drive fixes across teams, and build AI-driven test orchestration and analysis pipelines to expand coverage and reduce cycle time.

Design and simulate analog and mixed-signal PCB circuits to control lasers and optical components. Create SPICE simulations, schematics, and power supplies; collaborate with PCB layout, firmware, and software teams. Bring up, test, debug, and document new hardware; lead design reviews and EDVT.

Develop and maintain software and automation for SoC/ASIC design and build flows. Create methodologies and tools to accelerate design (Speed of Light), partner with design/verification teams, and co-develop capabilities with EDA vendors to improve workflow reliability and performance.

Build and maintain automation flows and methodologies for VLSI interposer design. Develop tools and applications (Python/C++) to construct, analyze, and validate interposer designs, improve designer workflows, and integrate AI/ML-assisted techniques into EDA environments.

Design and implement production-grade VLSI/EDA tools and methodologies for multi-die package design. Build flows, applications, and automation to construct, analyze, validate, and optimize package designs to accelerate tape-out and scale engineering teams.

Design, implement, verify, and tape-out analog power ICs (PMICs). Collaborate with system, characterization, modeling, and layout teams; define architectures, guide physical design, validate in lab, and develop DFT and production test plans to meet performance and production requirements.

Lead end-to-end mechanical design for electromechanical production systems: translate requirements into manufacturable designs, perform FEA and hand calculations, prototype and validate, create drawings/BOMs, apply DFM/DFA, and mentor junior engineers while collaborating with electrical, controls, manufacturing, and suppliers.

Provide hands-on design support within the Department of Design & Construction. Conduct research studies, engineering investigations, cost estimation, specification writing, structural calculations, drafting, field surveys, and participate in design-related site inspections under an Engineer-in-Charge.

Design and engineer aluminum partitions and facade glazing systems with thermal breaks. Develop custom extrusion-ready profiles, integrate hardware and milling requirements, create precise 3D CAD models (SolidWorks/Kompas-3D), and produce production documentation including tolerance calculations, assembly diagrams, cutting lists, and BOMs.