Top Design Engineer Jobs

Lead full lifecycle FPGA and digital hardware design for EW and sensor systems: system requirements, digital circuit design, FPGA implementation, prototyping, test/verification, production support, and cross-functional team leadership.

Design and support steam turbine and generator components for ship and submarine propulsion: develop concepts, perform trade studies and analyses, produce detailed drawings and releases for manufacture, resolve production issues, present technical briefings, and support test and production phases.

Lead systems design using MBSE/DOORS to decompose requirements, perform trade studies, maintain traceability/verification artifacts, and coordinate multidisciplinary hardware/software/firmware teams for EOIR/RF systems. Support technical presentations, DoD program phases, and secure government-clearance program needs.

Lead systems design activities using MBSE/DOORS to decompose requirements, perform trade studies, produce specifications and VCRMs, and coordinate cross-discipline design and verification for EOIR/RF systems in a DoD environment.

Design, prototype, and support production of RF, digital, and mixed-signal multi-chip modules, PWBs, and CCAs. Perform signal routing and substrate/layout work, collaborate with cross-functional teams, manage project tasks, and provide technical leadership and mentoring.

The role involves developing layout design methodologies, integrating full-chip SoC designs, collaborating with various teams, and ensuring scalable solutions for testchip platforms.

Design and implement mixed-signal and high-speed logic IP: define architecture/microarchitecture, write RTL and behavioral SystemVerilog models, run AMS and logic simulations, ensure RTL quality (lint/CDC), support synthesis/timing closure and physical implementation, and collaborate on pre- and post-silicon validation and debugging.

Design and develop RTL logic for SoC blocks, integrate IP and subsystems, optimize for power/performance/area/timing, ensure quality for physical implementation, apply secure hardware development practices, and collaborate with IP providers to validate SoC designs.

Design and implement RTL for UCIE PHY IP blocks using SystemVerilog. Define architecture/microarchitecture, run simulations, perform lint/synthesis checks, optimize for power/performance/area/timing, and collaborate on verification and issue resolution across teams.

Design and test analog and mixed-signal circuits, integrate into test chips, collaborate on AMS IP requirements, and analyze design results for technology improvement.

Design and implement wireless RF solutions across multiple bands, define system requirements, diagnose desense and noise coupling, support PCB/layout and integration, and lead end-to-end product qualification, certification, and production testing.

Lead front-end architecture and design system work to create polished, highly interactive UI components. Embed with feature teams, drive adoption, own technical roadmaps, and ensure accessibility and visual/interaction quality across Snowflake's design system.

The Senior Staff Design Engineer will design, develop, and debug high-speed digital designs, focusing on IPs for computing and signal processing, requiring extensive experience in RTL design and verification.

Lead design, integration, testing, and troubleshooting of multidisciplinary semiconductor inspection systems across optics, mechanical, electrical, controls, and software. Define system requirements and interfaces, drive prototypes to production, mentor junior engineers, support manufacturing and field escalations, and coordinate cross-functional stakeholders. Provide training, roadmap input, and regular status reporting. Occasional travel up to 20%.

Design and release mechanical components and prototypes for power protection products (switchboards, PDUs, panels). Collaborate cross-functionally, perform design reviews and verifications, support prototype fabrication, manage smaller projects, and support lifecycle, ECN, and manufacturing-focused design activities.

Design, develop, validate, and support mechanical crane and heavy-equipment systems across the product lifecycle. Perform CAD modeling, FEA, prototyping, testing, manufacturing support, field inspections, troubleshooting, and continuous improvement while coordinating with suppliers, manufacturing, and customers.

Support structural design for water, wastewater, and tunnel projects by preparing plans, specifications, and calculations; conduct field visits and site investigations; perform design services during construction including shop drawing reviews, RFIs, and change orders; prepare reports, proposals, and schedules; witness testing/commissioning; coordinate with stakeholders; and review outsourced firm designs as needed.

Produce build-ready electrical designs for islanded behind-the-meter microgrids: single-line and three-line diagrams, wiring schedules, equipment sizing (conductors, OCPD, disconnects, switchgear) across MV/LV/DC, basis-of-design for the Engineer of Record, DC collection layouts, and maintain drawing sets through IFC for procurement and field execution.

Design, analyze, and support advanced military engine components (hot-structure) using engineering principles. Perform FEA and 3D modeling, manage cost/weight/schedule deliverables, coordinate across disciplines, provide manufacturing support, and ensure compliance with export-control and security requirements.

Develop and modify equipment design, create documentation, debug systems, and work with cross-discipline teams in a lab environment.

Lead design and delivery of electrical enclosures, cables, and related electromechanical hardware. Define requirements, iterate designs, coordinate cross-functional reviews, manage prototyping/testing, ensure manufacturability, and mentor junior engineers to deploy reliable, cost-effective Linear Generator systems.

Lead end-to-end opto-mechanical product design including requirements, conceptual and detailed design, FEA and tolerance analysis, prototype build/test, system integration, and release to manufacturing for precision, ultra-clean, and vacuum environments.

Lead end-to-end opto-mechanical design projects: define requirements, perform conceptual and detailed CAD (Creo), run FEA/hand calculations, do tolerance stack-ups and GD&T, prototype, integrate and test systems, and support release to manufacturing for precision, vacuum-capable mechanisms.

Design and validate multi-layer PCBs and radio wiring harnesses, define stack-ups and materials, perform hardware bring-up and bench testing, troubleshoot mixed-signal and EMI issues, collaborate with PCB, FPGA, RF and software teams, and ensure manufacturability and compliance.

Design and verify front-end RF signal-chain circuits, low-phase-noise oscillators, and RF digitizer assemblies for space vehicle communications. Collaborate on requirements, support PCB layout, perform EM modeling and lab measurements, troubleshoot hardware, and mentor junior RF engineers while producing documentation and presentations.