Top Design Engineer Jobs

Lead microarchitecture definition and synthesis-ready RTL implementation for processor and accelerator SoCs. Own dataflow execution fabrics, memory subsystems, on-chip networks, low-power logic, peripheral integration, and hardware/software execution models. Drive PPA optimization, verification collaboration, design documentation, mentoring, synthesis and timing closure, DFT support, tape-out, and silicon bring-up for highly energy-efficient edge-computing hardware.

Designs and releases wiring and battery pack electrical connectivity systems for automotive and industrial applications. Leads harness topology, component packaging, circuit coding, wire-list and DEF file development, load analysis, voltage-drop calculations, connector pin configuration, and circuit protection. Collaborates with systems and BMS hardware engineers, supports requirements management, pre-launch builds, product launches, and program tracking. Requires automotive wire harness design experience, engineering education, and knowledge of low- and high-voltage electrical systems.

Design and build polished web experiences across PSA products by partnering with design, product, and engineering. Ship production features, build rapid prototypes, maintain design systems, mentor engineers on design best practices, and elevate craft and consistency across the product ecosystem.

Design and develop primary and secondary structural components for a next-generation UAV. Perform CAD modeling, hand calculations, limited FEA, generate drawings and documentation, support validation and testing, collaborate with cross-functional teams, and iterate hardware through manufacturing and flight tests.

Design and develop primary and secondary structural components for next-generation UAVs from concept through production. Perform CAD modeling, hand calculations, limited FEA, generate drawings and documentation, support testing and validation, collaborate cross-functionally with propulsion, avionics, manufacturing, and flight test, and iterate designs for manufacturability and integration.

Design and release propulsion hardware for a low-bypass turbofan UAV across engine, fuel, oil, and bleed air systems. Create CAD models/drawings (Siemens NX), apply GD&T, support manufacturing, testing, BOM/configuration control, analyses (hand calcs, FEA, GFSSP, REFPROP), and collaborate with production, flight test, and cross-functional teams.

Design and release primary and secondary structural components for an autonomous UAV. Execute conceptual through production design, perform hand stress calculations, support testing and validation, collaborate across disciplines, produce drawings and documentation, and work with manufacturing and flight test to resolve issues.

Evaluates advanced semiconductor process nodes and shapes technology choices for next-generation CPUs. Runs synthesis, place-and-route, and static timing analysis to assess power, performance, and area. Collaborates with foundries, IP developers, and hardware teams on early technology development, uses pathfinding blocks to identify implementation bottlenecks, projects node scaling, and evaluates competitive benchmarks. Develops physical-design and technology solutions to improve PPA and communicates technical trade-offs across organizations.

Designs and analyzes complex composite manufacturing and test tooling, including molds, fixtures, GSE, and test equipment. Creates 3D CAD models and 2D drawings, applies GD&T and DFMA principles, supports manufacturing, testing, procurement, and design reviews, and ensures designs meet cost, schedule, manufacturing, and test requirements.

Designs custom thermoformed products, logos, stripe drawings, molding specifications, illustrations, and working drawings. Evaluates concepts for appearance, functionality, materials, manufacturing methods, applications, and customer requirements. Collaborates with sales, engineering, customers, and design committees, presents designs, incorporates revisions, and supports manufacturing projects in a hands-on environment.

Designs, tests, simulates, verifies, and documents ASIC and FPGA hardware for signal-processing applications. Develops firmware and supports physical implementation using place-and-route tools and design libraries. Responsibilities include design analysis, security verification testing, hardware de-processing, tool and library integration, security evaluation documentation, VHDL review, full-scan testing, and security code evaluation. Level 4 engineers provide technical leadership and oversee other hardware design engineers.

Supports mechanical, electrical, thermal, and manufacturing design validation for enterprise IT infrastructure. Responsibilities include thermal and airflow analysis, electrical compatibility checks, reviewing and creating drawings, measurements, First Article Inspection, DFMA reviews, vendor coordination, testing documentation, and resolving design or production issues. The role begins with a three-month technical training program and may involve client and internal projects, production environments, and travel up to 25%.

The Design Engineer will manage MEP and HVAC design processes for projects, ensuring energy efficiency and user satisfaction from concept to completion, while mentoring juniors and collaborating with teams.

The HBM SoC Physical Design Engineer will implement advanced HBM SoC designs, optimize performance and power, and collaborate with various teams to ensure robust physical design integrity.

Design and verify competitive digital IP for advanced DRAM: translate specifications into design and verification requirements, build behavioral/algorithmic models, implement RTL or custom IP, and collaborate with layout, CAD, modeling and verification teams while leveraging AI tools to improve design quality and efficiency.

As a Memory Design Engineer specializing in HBM, you will develop and validate memory, logic, and analog circuits, collaborating with cross-functional teams to ensure product success.

Design, simulate, analyze, and optimize CMOS memory circuits and functional blocks for DRAM and emerging memory technologies. Support physical design, run circuit simulations and debugging with industry tools, collaborate cross-functionally, and use AI-assisted and automation tools to improve design productivity and tape-out readiness.

Designs high-current, low-voltage power stages for multi-phase buck converters in advanced BCD processes. Owns the full design cycle from architecture and transistor-level design through layout supervision, verification, silicon validation, bring-up, and characterization. The role optimizes efficiency, switching speed, thermal performance, and area while collaborating with systems, layout, applications, and product engineering teams.

Develops complete robotic automation solutions for logistics and e-commerce applications. Responsibilities include system-level design, simulation, site surveys, fitment engineering, customer consultations, pre-sales support, proof-of-concept demonstrations, technical proposal contributions, equipment configuration, and collaboration with sales, engineering, operations, and installation teams. The role requires travel to client facilities and expertise in mechanical systems, automation technologies, schematics, and customer-specific integration.

Designs and modifies detailed part drawings, 3D models, molds, pump components, and bills of materials using CAD tools. Supports reverse engineering, product customization, manufacturing implementation, quality inspections, engineering analysis, and urethane-process troubleshooting. Collaborates with manufacturing, purchasing, quality, sales, and R&D teams, manages engineering data in Teamcenter, supports costing and quoting, and maintains compliance with safety and manufacturing standards.

Develop and test embedded software for weapon control systems and Battle Management System projects. Responsibilities include coding for microcontrollers, simulator and GUI development, low-level hardware-software debugging, network troubleshooting, unit testing, hardware integration validation, and field deployment support. The role requires collaboration across multiple projects and may involve weapon system integration, military standards, GPS, sensor systems, and safety interlock circuitry.

Designs, analyzes, tests, certifies, and supports aircraft flight control and mechanical hydraulic systems for Boeing 787 aircraft. Responsibilities include requirements development, system and component design, validation testing, certification documentation, failure analysis, production support, fleet issue resolution, supplier coordination, and regulatory compliance. The role also develops simulations, trade studies, engineering reports, and system architectures while collaborating with manufacturing, safety, software, suppliers, airlines, and regulators.

Owns the complete electrical board design lifecycle for certified avionics products, including requirements analysis, analog and digital design, component selection, simulation, schematic capture, PCB layout review, documentation, testing, and system integration. The role operates within DO-254 and DO-178C processes, supports manufacturing and troubleshooting, collaborates with firmware and test teams, and contributes to customer-facing technical deliverables. Requires 7+ years of aerospace board design experience and U.S. Person status for ITAR-controlled technology.

Design and develop next-generation PCIe, CXL, and AMBA controller IPs. Responsibilities include architecture and micro-architecture, SystemVerilog RTL implementation, collaboration with verification teams, and FPGA prototyping. The role requires close collaboration with international engineering teams in a hybrid work environment.

Design and architect hardware systems, perform trade-off analysis, develop and verify RTL, integrate and verify memory controllers and PHYs, and support customer deliveries. The role requires ASIC or FPGA design expertise, scripting and simulation experience, and collaboration with engineering and customer teams. Preferred experience includes synthesis, timing constraints, CDC/RDC, memory technologies, and AMBA protocols.