Top Design Engineer Jobs

Leads advanced combustor design, combustion analysis, rig and engine testing, CFD, thermal and finite element analysis, and engineering method development for aerospace engine programs. Supports manufacturing, installation, equipment evaluation, compliance, risk management, technical resolution, and fielded hardware. Serves as a customer and technical contact, contributes to new product development, and may mentor engineers in a regulated, global, matrixed environment.

Build and scale cell characterization infrastructure for standard and custom cells across process nodes. Develop automated MCMM flows, Liberty model generation and validation, integrate flows with design/verification/CAD teams, root-cause SPICE/STA/silicon mismatches, and enable characterization for HBM, DRAM, TSV, and high-speed interfaces.

Supports the design, simulation, analysis, and verification of High Bandwidth Memory circuits and logic. Assists with RTL development, circuit implementation, timing and power analysis, functional verification, scripting, automation, debugging, and AI-assisted design workflows. Collaborates with design, verification, physical design, product engineering, and CAD teams while documenting technical work and experimental results.

Design and implement synthesizable SystemVerilog RTL for HBM base-die digital subsystems, including microarchitecture, registers, clock/reset interfaces, multi-channel logic, DFT, and telemetry. Collaborate with verification, physical-layer, DFT, and test teams on coverage, CDC/RDC analysis, timing and power objectives, integration, ECOs, silicon bring-up, and post-silicon debugging. Apply AI-enabled tools to improve engineering productivity and data-driven analysis.

Contribute to DRAM circuit design, layout, optimization, and validation. Support physical design tasks (floor-planning, placement, routing, parasitic modeling, tape-out) and verification. Collaborate cross-functionally to improve manufacturability and performance. Develop AI-assisted tools to automate workflows and improve design quality.

Design and verify high-speed ASIC analog and mixed-signal circuits for tester and controller IP. Responsibilities include architecture definition, schematic design, simulation, analog layout supervision, floorplanning, parasitic analysis, silicon bring-up, characterization, validation, and debugging. The engineer will collaborate with package, board, validation, and design teams while evaluating circuit architectures and high-speed PHY tradeoffs in advanced CMOS and FinFET technologies.

Owns mixed-signal architecture and advanced analog circuit design for HBM and DRAM subsystems. Leads pre-silicon validation, post-silicon bring-up, characterization, verification, reliability, and compliance efforts. Partners with cross-functional engineering teams, mentors engineers, establishes design methodologies, and applies AI/ML-assisted tools to improve simulation, debugging, optimization, and time-to-market.

Support H-47 Chinook airframe structural and payload design across the product lifecycle: document requirements, develop and modify designs using 3D CAD, support tests and supplier development, release detailed engineering, and coordinate with cross-functional engineering and production teams. Works under close supervision.

Designs and documents mechanical systems, mechanisms, installations, and thermal requirements for advanced weapons programs. Performs computational analysis and verification, develops detailed designs and technical documentation, and supports supplier development, testing, production, and system integration. Collaborates across multidisciplinary teams to solve complex technical problems and deliver safe, reliable systems.

Design and integrate complex SoC compute subsystems, including PCIe, DDR, HBM, UCIe, and Ethernet IP. Develop micro-architecture specifications and RTL, perform design checks, debug issues, and collaborate with verification, performance, and backend implementation teams. Support floor planning, timing closure, power management, and design methodology improvements. Guide team members and coordinate project activities, plans, and schedules.

Designs and develops complex RF and high-speed multilayer PCB layouts and electronic packaging. Generates fabrication, assembly, and CAM documentation; incorporates engineering changes; supports component, material, and mechanical assembly decisions; and optimizes designs for performance, reliability, and manufacturability. Collaborates with engineering and manufacturing teams, performs design validation, supports PLM data management, conducts design reviews, and applies GD&T, PCB standards, and Lean/Six Sigma practices.

Owns digital architecture and synthesizable SystemVerilog RTL for high-speed interface ASICs from micro-architecture through tape-out. Responsibilities include CDC strategy, synthesis, timing constraints and closure, physical-design coordination, self-verification, assertions, DFT support, documentation, and mixed-signal integration. The role collaborates closely with analog, layout, verification, and characterization teams on PHY-adjacent silicon development.

Designs, analyzes, integrates, tests, and verifies digital telemetry, command, and RF electronics hardware for satellite special test equipment. Develops requirements, interfaces, models, test plans, and validation use cases; analyzes performance data; conducts trade studies; and supports products throughout their lifecycle. Collaborates with cross-functional engineering teams on system integration for government and commercial satellite programs.

Designs and supports ASIC, FPGA, and mixed digital systems for aerospace and defense programs. Responsibilities include requirements development, architecture support, HDL/RTL development, simulation, debugging, synthesis, FPGA implementation, timing analysis, verification collaboration, integration, troubleshooting, and technical status communication. The role may involve owning functional blocks, supporting subsystem efforts, and contributing to cross-functional technical leadership depending on experience level.

Design and develop ASIC, FPGA, and mixed digital systems for aerospace and defense programs. Responsibilities include requirements and architecture support, HDL/RTL development, simulation, debugging, synthesis, FPGA implementation, timing closure, CDC analysis, verification collaboration, integration, and system troubleshooting. Lead and Senior engineers provide technical leadership, subsystem ownership, mentoring, and cross-functional coordination.

Designs, develops, documents, tests, and maintains electrical hardware and training systems for military aircraft simulators and maintenance trainers. Responsibilities include analyzing requirements, creating harness and schematic drawings, defining interfaces, coordinating with suppliers, troubleshooting integration and test issues, validating designs, and supporting hardware throughout its lifecycle. The role is fully onsite and requires U.S. citizenship, export-control compliance, and obtaining a Secret security clearance after starting.

Supports deployment and daily operations of a critical data center facility. Installs, racks, powers, cables, migrates, and decommissions hardware; troubleshoots infrastructure and outage issues; coordinates maintenance, vendors, projects, and schedules; maintains procedures, documentation, inventory, and capacity records; and participates in rotating on-call support. The role requires knowledge of networking equipment, power systems, structured cabling, and data center power and HVAC environments.

Design and support hydraulic systems and components for suspension and ride dynamics. Coordinate technical development with internal and external partners, provide hydraulic and mechatronics expertise to global project teams, and support component testing and validation. The role requires experience with electrohydraulic system design, hydraulic schematics, CREO CAD modeling, and related testing processes.

Leads electrical component and wiring harness development for excavators, including integration, testing, issue diagnosis, and production launch support. Collaborates with global engineering, manufacturing, quality, suppliers, and product support teams. Creates design guidelines, resolves field and technical issues, supports durability and production builds, and contributes throughout the EPDP design process.

Designs and validates electronic schematics, PCB layouts, controllers, sensors, and perception modules for robotics and mobility products. Performs circuit analysis, component selection, high-speed digital design, EMI/EMC mitigation, and hardware testing. Collaborates with mechanical, embedded software, and systems engineering teams to integrate and release production hardware. Troubleshoots signal integrity, thermal, and power issues while supporting manufacturability, lifecycle management, cost reduction, and autonomous product innovation.

Lead mechanical engineering support for an aerospace manufacturing cell, including repair document creation, process improvements, engineering projects, CAD and 3D modeling, capital project execution, and shop-floor manufacturing assistance. Provide technical leadership to cell engineers, support APU and engine component repairs and modifications, deliver technical presentations, and contribute to Factory of the Future initiatives involving automation, digitization, and AI.

Designs and develops complex mechanical systems, components, and assemblies for aerospace propulsion, auxiliary power, and electrical systems. Collaborates with multidisciplinary teams to define requirements, specifications, integration, and performance objectives. Performs mechanical analysis and simulations to validate reliability, compliance, and product performance. The role requires at least four years of engineering experience in turbine engines or electric motor/generator applications and the ability to obtain and maintain a U.S. Government security clearance.

Design and deliver RTL for complex DRAM digital and mixed-signal blocks; perform front-end quality checks (lint, CDC/RDC), synthesis, timing constraint development (SDC), STA, power optimization (UPF), and collaborate with architecture, verification, and physical design to meet PPA targets and improve RTL-to-GDS flows.

Supports vehicle compartment integration, packaging, general arrangements, 3D CAD math, fabrication-ready drawings, physical seating bucks, and VR/MR evaluations. The role assesses occupant visibility, accommodation, reach, access, and spaciousness while coordinating with design, engineering, human factors, manufacturing, and program teams. Responsibilities include verifying geometry and interfaces, preparing review environments, documenting findings, resolving integration issues, and improving processes for advanced electric vehicle development.

Leads the design, development, testing, and qualification of solid rocket motor nozzles, shells, insulators, and interfaces. Translates mission requirements into manufacturable designs, performs design trades and first-order analyses, reviews test data, resolves build issues, and supports production. Collaborates with analysis, manufacturing, test, systems, and supply chain teams while maintaining documentation, schedules, and risk mitigation plans. Provides technical guidance to junior engineers and contributes to scalable, high-rate propulsion manufacturing.