Top Design Engineer Jobs

Lead architecture, design, and delivery of complex proprietary manufacturing equipment from concept through implementation. Create 3D models, perform FEA/modal analysis, produce fabrication drawings and specs, lead risk assessments, oversee manufacturing and quality control, support testing and commissioning, and prepare O&M documentation and training. Provide technical leadership to cross-functional teams, troubleshoot manufacturing issues, and monitor post-implementation performance. Role includes vendor/project management, cost analysis, and up to 10% travel.

Lead design, simulation, layout collaboration, and verification of analog and mixed-signal ICs (PLLs, data converters, TX/RX, power delivery) for high-speed IO and die-to-die interfaces. Drive projects from specification to silicon, mentor junior engineers, coordinate global cross-functional teams, develop test plans, perform post-silicon validation and optimization for performance, power, and area.

The Sr. Solutions Design Engineer develops automated material handling concepts into functional layouts, supports project execution through system design, and collaborates with sales teams to meet client objectives based on data analytics and equipment capabilities.

Design truss components and field repairs, review truss design software results, collaborate with engineers, architects, building officials and software teams, and assist customers with troubleshooting and design modifications while ensuring compliance with building codes.

Electrical Design Engineers at KLA work on PCB and system designs, collaborating with layout engineers and other technical teams to develop electronic solutions.

Participate in RFIC design and development, support circuit simulation, collaborate on layout verification, and assist in silicon characterization and debugging.

Design and own RTL for AI-enabled RISC-V CPU cores including vector and matrix engines. Drive microarchitecture, performance/power/area trade-offs, support functional verification, and collaborate on physical design integration and validation.

Lead development and automation of RTL-to-GDS place-and-route flows using Innovus and Fusion Compiler. Create robust P&R methodologies, support floorplanning, CTS, placement, routing, timing closure, IR/EM mitigation, and signoff correlation. Partner with design, EDA, and PDK teams to improve flow robustness and scalability, troubleshoot tool/flow issues, and drive quality metrics for timing, area, power, and DRC signoff.

Design and develop vehicle structures from concept through production release for human-rated space stations. Define and manage subsystem interfaces, improve design processes through simplification or automation, and support integration and test activities.

Lead high-visibility R&D projects as a Mechanical Design Engineer, overseeing reactor system design, development, and manufacturing processes while troubleshooting existing designs.

Design and deliver die-to-die chiplet PHY IP in advanced FinFET nodes: develop PLLs and AMS blocks, lead design verification and layout interactions, support tape-out and silicon bring-up, and collaborate across architecture, digital, verification, layout, and software teams to achieve production-quality silicon.

The Timing Engineer will perform static timing analysis, optimizing paths and constraints to ensure chip performance while collaborating with various engineering teams.

Lead EM and IR-drop simulations ensuring robust power delivery and signal integrity for high-performance ICs. Collaborate with teams on power grid strategies and support EMIR sign-off across chip hierarchy.

As a Solutions Design Engineer, you will deliver technical solutions for electronics applications, working closely with cross-functional teams to meet customer needs, oversee implementations, and leverage your engineering expertise.

Design mechanical components and systems for electric school buses using CAD, support prototype development and testing, ensure compliance with FMVSS and customer requirements, prepare technical documentation, and collaborate with cross-functional teams to ensure manufacturability and design feasibility.

Design and develop mechanical components for electric vehicle powertrains using CAD tools; create models, drawings, and test documentation; ensure compliance with FMVSS and customer requirements; support prototypes and design reviews; collaborate with cross-functional teams to ensure manufacturability and troubleshoot design issues.

Design agricultural implements from concept through production, including CAD modeling, prototyping, FEA analysis, testing, DFMA, and creating detailed drawings and BOMs. Support manufacturing, present designs to management, recommend production improvements, and follow safety regulations. Travel out of state for development/testing as needed.

Design, develop, and optimize analog and mixed-signal circuits (TX/RX, amplifiers, PLLs, regulators). Perform circuit analysis, modeling, floorplanning, layout oversight, verification, post-silicon validation, and collaborate across architecture, layout, and validation teams using Synopsys/Cadence tools.

Design RTL (Verilog/SystemVerilog) for SoC/IP used in high-performance SSD controllers. Collaborate with verification, silicon validation, and firmware teams. Drive micro-architecture, timing closure, and tapeout readiness while documenting designs and ensuring implementation quality.

Own signal and power integrity for RF/mixed-signal and mmWave IC packaging. Perform HFSS and EM simulation for high-speed signals and PDNs, model and characterize RF/mmWave packages, collaborate with RFIC/mmWave/ASIC/SoC and package layout teams, lead SI/PI package delivery, and produce documentation and specifications supporting design reviews.

Design and verify RF/microwave components for satellite communications: define specifications, evaluate ICDs and subcontractor implementations, support integration, environmental and unit testing in a clean‑room, present technical findings, manage multiple tasks, and transition to cognizant RF COMM engineer responsibilities.

Lead design and delivery of complex analog and mixed-signal ICs in deep submicron CMOS. Define architectures, perform schematic-to-layout tradeoffs, guide layout engineers, validate silicon, debug in lab, and mentor engineers while collaborating cross-functionally to meet customer performance, area, power, and production targets.

Design and document build-ready media and production systems, translate client workflows into technical requirements, produce drawings and equipment lists, define control/networking/testing plans, support integration/commissioning, and validate installed systems with field teams.

Design complete commercial AV systems from concept to execution: create signal flow diagrams and system drawings (Visio/CAD/BIM), select equipment, coordinate with sales, PMs, BIM/CAD, IT, and field teams, and support installation with QA and field troubleshooting.

Support design and programming of extrusion tooling, create and convert CAD drawings, program wire EDM with Mastercam, assist prototype-to-production transitions, troubleshoot and optimize tooling, maintain ISO-compliant documentation, and collaborate with Machine Shop and Production to improve process efficiency and product quality.