Top Design Engineer Jobs

Design Engineer role requiring experience with C++, Delphi, and Windows development. Focus on debugging, coding skills, and understanding existing code.

Lead the design and implementation of high-performance, power-delivery integrated circuits for automatic test equipment in a cross-functional team environment.

Design and adapt mechanical and electrical architectures for UAV platforms. Lead subsystem design, perform trade studies, produce 3D/2D CAD and PLM documentation, integrate COTS/GOTS, apply ASME/ISO and GD&T, design for manufacturability and field assembly, define validation tests, and collaborate with systems, embedded, production, and program teams to deliver robust, interoperable, and cost-effective unmanned systems.

The Mechanical Design Engineer will lead the design and development of energy storage products, manage a team, and ensure integration with other engineering disciplines.

Develop Digital-Mixed Signal models of analog IPs using SystemVerilog, support verification teams, and work with analog circuit design and testbench creation.

As a mechanical design engineer, develop precision motion systems for wafer scanning, collaborate with teams, optimize design, and conduct analyses.

The Physical Design Engineer will oversee physical design implementations, optimize CAD infrastructures, and drive project convergence through dashboards, focusing on design methodologies and flows from RTL to GDSII.

Lead and manage roadway engineering projects including design plans, specifications, cost estimates, budgeting, client/stakeholder communication, peer review, mentoring junior staff, construction support, and business development. Work spans geometric design, drainage, traffic control plans, ITS integration, and adherence to transportation standards and TDOT guidelines.

Lead electrical engineering and design for heavy industrial consulting projects. Develop and check electrical documentation (load lists, single-line diagrams, motor elementaries, layouts, grounding, lighting, power plans), coordinate with disciplines and vendors, manage schedules, mentor and lead engineering teams, travel to client sites, and ensure compliance with NEC and hazardous-area requirements.

Lead end-to-end verification of high-throughput, real-time digital pipelines. Build SystemVerilog/UVM verification environments, assertion-based checks, constrained-random tests, and formal properties. Model algorithms in MATLAB/Simulink or Python, support FPGA prototyping and silicon bring-up, analyze results to drive fixes, and collaborate across digital, optical, mixed-signal, and software teams. Mentor junior engineers and contribute to verification methodology and documentation.

The Physical Design Timing Engineer will drive backend digital execution, focusing on timing constraints, analysis, and closure on advanced CMOS technologies. Responsibilities include STA sign-off, collaborating with multiple teams, managing timing complexities, and automating timing ECO generation.

The role involves assisting in the design of county engineering projects, becoming a Bridge Inspection Team Leader, and solving maintenance issues.

Lead design and develop locomotive cab structures and components, create and evaluate concepts, lead design reviews, produce drawings and documentation, support manufacturing and suppliers, manage projects, perform risk assessments, and develop verification/validation plans to ensure safety, reliability, and manufacturability.

Design and implement board-level manufacturing test hardware and fixtures, define ICT/functional/test/programming/calibration strategies, deploy and sustain test solutions with contract manufacturers, analyze yield and failure trends, and drive DFT and continuous improvements across prototype to high-volume production.

Serve as technical lead and solution owner for deployment of body cameras, in‑car video, evidence management, and command center systems. Perform network and infrastructure surveys, design and install wireless/TCP‑IP systems, produce as‑built documentation, run customer discovery and training sessions, and coordinate cross‑functional teams for public safety implementations.

The role involves defining and implementing test plans for SoC design verification, developing testbenches, debugging simulations, and mentoring junior engineers.

The RTL Design / Microarchitecture Engineer will define and implement microarchitectural components, optimize performance, and collaborate with cross-functional teams.

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

Onsite Project Engineer supporting industrial product development: provide technical support to sales, develop customer specifications, manage project activities, generate designs in Creo/AutoCAD, perform mechanical/electrical calculations, specify materials and controls, develop test protocols, and ensure product realization per QMS/APQP.

Lead verification for a scalable cache-coherent interconnect subsystem: define strategy and test plans, build verification environments, checkers, assertions and coverage, verify CHI/ACE/CXL/AXI flows, create constrained-random and directed tests, debug across RTL/formal/software, and drive methodology and mentorship to improve verification quality and closure.

Lead verification for a scalable cache-coherent interconnect subsystem. Define strategy, develop environments, checkers, assertions and coverage, verify CHI/ACE/CXL/AXI flows, debug root causes, partner with architecture/RTL/formal teams, and mentor engineers to improve verification quality and signoff.

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

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.

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