Top Design Engineer Jobs

Design and implement video compression, image processing, vector compute, processor cores, and memory subsystems in SystemVerilog/Verilog. Optimize RTL for timing, area, and power, develop front-end methodologies, model micro-architecture with scripting, support verification/coverage analysis, and participate in chip bring-up and testing.

Design, analyze, develop, and test secondary spacecraft structures (composite and metallic). Create 3D models and drawings, support manufacturing and integration, run trade studies, develop test plans, execute subsystem tests, and manage schedule/budget for lunar lander hardware.

Perform RTL-to-gate synthesis and QoR convergence for complex digital blocks, optimize synthesis strategies and constraints, analyze and resolve QoR regressions, support physical implementation from floorplanning through timing closure, and automate setup, execution, reporting, and issue triage across teams.

Design and perform physical layout for silicon interposers using Cadence Virtuoso; run DRC/LVS and verification (Calibre, ICV, Thunder); perform feasibility studies, floorplanning, custom layout, and collaborate with package, SI, and technology teams to meet schedule, cost, manufacturability, and electrical goals.

Design and validate analog and mixed-signal PCBs and subsystems for reticle inspection tools. Define electrical specs with systems engineers, perform full PCB schematic-to-manufacturing design, integrate and test subsystems, work with vendors, and perform lab bring-up, characterization, noise and signal integrity analysis, and PCBA troubleshooting.

Design and evaluate antenna systems and RF transceiver hardware for automotive radar. Model RF/antenna designs in EM tools, perform tolerance and system-level analyses, develop and run millimeter-wave lab tests, document results, maintain lab equipment, create antenna drawings, and support radar systems engineering and troubleshooting.

Design and develop industrial surface-preparation equipment: create concept and detailed designs, BOMs, sub-assembly and detail drawings, perform design calculations, prepare project documentation, collaborate with project engineering and other departments, and support continuous improvement.

Lead mechanical product design for conveyors: develop and document designs, produce CAD models and prototypes, support testing/validation, provide technical support to manufacturing and customers, troubleshoot performance issues, and mentor engineering staff.

Design and lead development of LDOs and analog/mixed-signal ICs from definition through production. Guide layout, collaborate with verification, validation, systems, and applications teams, and support customers and field teams to meet product and manufacturing goals.

Design and develop sheet metal assemblies, weldments, and sealing systems for utility-scale battery enclosures. Perform FEA-driven structural analysis (Ansys and hand calculations), collaborate with test and CAE teams to validate designs, drive manufacturability for high-volume production, and support failure analysis and design reviews. Travel to vendor sites up to 20%.

Lead and execute RTL-to-GDS physical implementation for advanced-node connectivity SoCs: floorplan, placement, CTS, routing, timing/power signoff, verification, ECO/tapeout, and mentor engineers while partnering cross-functionally to define methodology and ensure production-quality deliverables.

Lead frontend design and engineering for landing pages and web experiences. Implement performant, accessible React/TypeScript interactions, partner with designers and marketing, build reusable components, and push web capabilities (animations, micro-interactions, WebGL) to elevate brand and product presentation.

Design and package spacecraft avionics hardware using SolidWorks, perform structural and thermal analyses (closed-form and FEA), document results, plan and support environmental testing (vibration, shock, thermal), support manufacturing integration and nonconformance disposition, and collaborate with systems, electrical, manufacturing, test, and program teams to meet schedule, cost, and technical goals.

Lead engineering for new unit design of rotating equipment (pumps, motors, vessels, heat exchangers). Manage design activities, risk mitigation, material selection, compliance to codes, schedules, and reporting. Supervise and develop 1–6 engineers, perform calculations and design validation, support manufacturing, quality, sales, and service, and drive continuous improvement in tools and processes.

Simulate and analyze ultra-high-speed PCB channels (112G+ SerDes), provide SI guidance to digital hardware designers, perform TDR/VNA and oscilloscope measurements, document results, and implement signal integrity best practices across cross-functional teams.

Provide engineering-level design, deployment, administration, and tier‑three support for enterprise Windows desktops (physical, portable, and virtual). Manage SCCM, Workspace One, Nerdio, Azure WVD, application packaging, patching, monitoring, troubleshooting, documentation, and recommend hardware/software within agency standards.

Design, simulate, and optimize silicon photonic components (modulators, passive devices, detectors); perform tolerance and statistical analysis; lead test-chip design, layout, tapeout, testing and validation; develop modeling and test methodologies; analyze test data to close performance gaps; research next-generation photonic architectures; collaborate with cross-disciplinary teams to meet system-level requirements.

Design and implement RTL microarchitecture for a high-performance, low-power CNN accelerator ASIC. Integrate CPU and 3rd-party SoC IP, collaborate on timing closure and power optimization, support verification and post-silicon bring-up, and assist software/hardware validation in lab.

Lead design, development, testing, installation, integration, sustainment, and maintenance of mechanical/electronic instrumentation. Produce design specifications, perform analyses, troubleshoot hardware/software, conduct research and presentations, and coordinate engineering technicians to meet program requirements and deadlines.

Design and validate high-density PCBs for AI accelerator carrier and host boards. Lead schematic capture, high-speed interface optimization (DDR4/5, PCIe Gen5/6), PDN and thermal coordination, lab bring-up, debugging, yield root-cause analysis, and reliability improvements for hyperscale deployments.

Responsible for defining and integrating Design for Test (DFT) architectures for High Bandwidth Memory (HBM) products, ensuring robust test coverage while collaborating across multiple teams to deliver quality solutions.

Designs and verifies electronics and PCBs for semiconductor SSD test equipment, including digital (FPGA, PCIe, DDR) and analog/power designs, signal/power integrity analysis, prototype development, debugging with lab instruments, DFM/DFT coordination, and supporting NPI and released designs.

Lead verification architecture and plans for HBM DRAM IP and SoC integration. Drive co-verification with customers, mentor engineers, develop methodology and GenAI tools, and debug pre-/post-silicon issues while proposing scalable verification solutions.

Lead integration of environmental compliance into global capital projects for fabs and facilities. Drive design for air, water, and waste systems, define global design standards, support permitting and risk mitigation, perform design reviews, and leverage AI analytics to improve environmental engineering outcomes across design, construction, and startup.

The Senior Electrical Design Engineer leads design and delivery of instrumentation and control systems, mentors junior engineers, and manages project schedules, budgets, and risks, while building client relationships.