Top Design Engineer Jobs

Own block- and subsystem-level physical design from synthesis through GDSII sign-off: floorplanning, synthesis, placement, CTS, routing, timing closure, signoff (EM/IR/RC/DRC/LVS), generate abstracts and timing budgets, collaborate with RTL designers, and supervise outsourced PD work.

Design AV signal flows and diagrams, develop Q-SYS design files (Level 2, some LUA), troubleshoot and commission AV systems, perform preventive maintenance and daily health checks, collaborate with clients and teams, and ensure compliance with Enterprise AV standards. Requires 3+ years AV engineering experience and strong AV networking knowledge.

The Mechanical Designer will model turbomachinery components, create BOMs, update drawings, work with manufacturing for design integration, and support quality activities.

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.

Design and improve powered industrial trucks, convert customer requirements into engineered solutions, create drawings, BOMs and engineering change notices, ensure designs meet cost/technical targets and standards, support production, and collaborate cross-functionally with product management, purchasing, manufacturing, planning, quality, and production teams.

Design, develop, analyze, and test fluid system hardware and subsystems for launch vehicles. Create CAD models, P&IDs, perform FEA and fluid modeling, develop test plans, support manufacturing, and manage multiple concurrent projects to meet customer schedules and safety requirements.

Design and standardize global lab infrastructure by translating product hosting needs into infrastructure criteria, evaluating facility capacity (power, cooling, networking), creating design-intent packages for contractors, supporting build-vs-modify decisions, using AI/automation for analysis, and coordinating design, construction, commissioning, and operational handoffs across stakeholders.

Design, layout, simulate, and test silicon photonic devices and integrated laser systems. Collaborate with packaging, systems, and characterization teams to validate performance, troubleshoot issues, optimize for manufacturing variability, and publish/present novel photonics results at conferences.

The ASIC RTL Design Engineer will design and verify RTL for complex ASICs, collaborating on cross-functional initiatives and optimizing circuits from specification to silicon.

Design and build verification environments and testbenches for ASIC/IP: TLM modeling, block and top-level RTL verification, UVM testbench architecture, SW-driven verification, coverage closure, RTL waveform debug, and scripting for automated verification.

Support design, installation, and maintenance of automated electrical test and inspection equipment. Develop and modify test software, set up and repair testers, create machine/fixture/software specifications, analyze production data, and drive quality and production improvements. Perform project launch and management tasks, conduct root cause analysis, and travel to vendors/customers as needed to ensure products meet specifications and achieve zero defects.

Create and maintain 2D/3D CAD documentation, design mechanical components and assemblies, manage Autodesk Vault and drawing control, support fabrication/installation, liaise with production/process/facilities, and analyze feasibility/cost for engineering improvement projects in a heavy manufacturing environment.

Lead end-to-end physical design for large SoC blocks from synthesis through GDS, including clock construction/CTS, timing signoff, physical verification, EMIR, formal equivalence, and low-power verification. Drive methodology and toolflow improvements, coordinate with CAD/RTL/DFT/architecture/power teams, and own PD execution and cross-team communication to meet production tape-out and PPA goals.

The Design Engineer researches, designs, develops, tests, and supports electrical equipment for law enforcement, focusing on embedded systems for radar and lidar technologies.

Own microarchitecture and synthesizable SystemVerilog RTL for a major RDU block from specification through tape-out. Drive datapath pipelining, timing closure, PPA trade-offs, quality gates (lint, CDC, LEC), verification intent, and cross-team integration. Mentor engineers and introduce automation/EDA improvements to meet aggressive frequency targets.

Lead design and development of safety-critical mechanical components and systems for pressurized spacecraft docking mechanisms. Perform full hardware lifecycle work: concept, detailed design, analysis, drawings with GD&T, testing, qualification, and supplier management. Mentor junior engineers, support subsystem testing and documentation, and produce rapid R&D prototypes to meet schedule, cost, and safety requirements.

Design and develop security systems for embassies/consulates worldwide, including site surveys, conceptual and full system designs, material take-offs, and installation support.

The Principal Design Engineer designs fluid control components, collaborates with teams, conducts analyses, and oversees manufacturing processes to improve products.

Design and develop technical security systems for embassies and consulates including site surveys, conceptual design, complete design packages, MTOs, and support for security contingencies. Perform field work and OCONUS travel (~15%+), and meet physical and clearance requirements for deployment.

Design and deliver integrated access control, video surveillance, and visitor management systems for commercial and data center projects. Create layouts, schematics, and documentation using CAD/Revit, manage multiple projects, collaborate with clients and vendors, support business development, and stay current with industry technologies.

Design, prototype, and integrate multi-sensor fusion algorithms combining IR, RF, and offboard data. Define requirements and interfaces, architect data flows, implement and optimize algorithms for real-time embedded processors, lead verification and field testing, produce technical documentation, and communicate results to stakeholders. Mentor junior engineers and own end-to-end algorithm lifecycle from requirements through deployment and maintenance.

Designs and develops mechanical ground support equipment (GSE) for the C-17, leads design reviews, reviews layouts/stress reports/drawings, develops design/analysis tools, investigates new technologies, coordinates cross-functional solutions, mentors others, and serves as GSE design focal for aircraft systems integration.

Leading the development and integration of mission systems hardware for military applications; managing suppliers and ensuring compliance with technical standards.

Lead end-to-end digital verification for complex SoCs, developing UVM/SystemVerilog testbenches, SoC-level C/C++ tests, automation, coverage goals, debugging, and collaborate with design teams to ensure production-ready silicon.

Lead mechanical engineering team to design, analyze, prototype, and integrate mechanical solutions for military electronic countermeasure systems. Perform thermal and structural analyses, 3D modeling with GD&T, tolerance and environmental assessments, and mentor engineers while supporting business pursuits and test/verification activities.