Top Design Engineer Jobs

Design and document electrical systems for DoD, federal, healthcare, commercial, institutional, and other building projects from schematics through construction administration. Coordinate with multidisciplinary A/E teams, prepare estimates, specifications, and analyses, supervise installation, and provide DoD design expertise. The role requires Professional Engineer registration, advanced electrical design experience, proficiency with Revit, AutoCAD, SKM, and Bluebeam, and occasional travel to project sites.

Design and develop textile-based PPE and life-safety equipment such as harnesses, belts, bags, and lanyards. Lead products from concept through prototyping, testing, certification, manufacturing, and launch. Create sewn prototypes, conduct structural and dynamic testing, prepare engineering documentation, support suppliers, drive design reviews, and ensure performance, safety, quality, and manufacturability requirements are met.

Designs, verifies, tests, and documents digital ASICs and front-end systems. Responsibilities include chip architecture, HDL development, simulation, synthesis, hardware optimization, requirements development, technical problem solving, system-level design, proposal support, and mentoring engineers. The role requires an active U.S. Secret clearance and may involve leading small technical teams and managing complex ASIC design efforts.

Designs high-performance analog and mixed-signal CMOS circuit blocks from architecture through silicon validation and production release. Responsibilities include transistor-, block-, and module-level design, simulation, optimization, layout supervision, verification, test planning, product characterization, reliability and yield assessment, bench evaluation, and documentation. Collaborates with cross-functional and distributed engineering teams while driving circuit innovation and successful mass production releases.

Design and lead development of RF/mmWave integrated front-end chipsets for satellite communications, including amplifiers, mixers, phase shifters, and synthesizers. Translate system requirements into chip specifications, perform EM and circuit simulations, optimize IC/package interfaces, oversee integration and production, characterize and debug chips, and collaborate with system engineers, package teams, and third-party design partners. The role also includes mentoring and driving complex technical projects.

Leads the design and development of complex electronic, embedded, digital, analog, and electromechanical systems from concept through manufacturing support and failure analysis. Manages engineering projects, defines requirements, leads design reviews, develops test fixtures and procedures, supports proposals, collaborates with customers and suppliers, conducts root-cause investigations, and mentors engineers and technicians.

Leads the design and development of complex electronic, embedded, digital, analog, and electromechanical systems from concept through manufacturing support. Manages engineering projects, defines requirements, leads design reviews and failure analysis, develops test fixtures and procedures, supports proposals and manufacturing, collaborates with customers and suppliers, and mentors engineers and technicians.

Designs and supports complex mechanical and opto-electro-mechanical hardware for pulsed power, high-voltage, accelerator, diagnostic, and experimental systems. Develops 3D models, assemblies, drawings, and controlled design packages; applies GD&T, ASME Y14.5, tolerance analysis, and design-for-manufacturing principles. Coordinates procurement, fabrication, assembly, installation, testing, vendors, and multidisciplinary stakeholders. Leads or checks designers’ work and supports design reviews, configuration control, and engineering process improvements.

Develop microarchitecture and front-end digital designs for high-performance networking and switch ASICs. Own RTL, synthesis, IP integration, verification, timing closure, DFT, and block or full-chip implementation through GDS and production. Apply PCIe, UALink, Esun, and Ethernet protocol expertise while using Synopsys or Cadence flows. Support silicon bring-up and debugging, collaborate with customers, and drive multiple complex designs with minimal supervision.

Design and verification engineer for Arm’s next-generation network-on-chip interconnect products. Responsibilities include specifying, creating, and debugging SystemVerilog/UVM constrained-random testbenches; verifying multiprocessing microarchitectures, cache coherence, and AMBA protocols; applying software engineering, scripting, and formal verification skills to ensure reliable, high-performance silicon IP.

Designs and analyzes mechanical and fluid systems for flight-test instrumentation hardware supporting weapons programs. Responsibilities include requirements synthesis, 3D modeling, 2D drawings, model-based definition, spatial integration, technical documentation, design reviews, engineering release, manufacturing and supplier coordination, and occasional shipside support. The engineer also supports proposals, estimates, design modifications, and supervision of junior engineers.

Provides electrical and systems engineering support for the V-22 Flight Control System in a flight-test environment. Responsibilities include troubleshooting and sustaining flight controls, configuring and verifying flight-control software and avionics, validating system requirements, supporting flight briefings, diagnosing test-flight issues, documenting engineering dispositions, and coordinating corrective actions with government, flight-test, maintenance, and engineering teams.

Conducts electronic warfare research, mission data development, validation, verification, testing, configuration control, and post-test analysis. Supports EW system programming and reprogramming while coordinating with system engineers. Requires a technical bachelor’s degree or six years of relevant experience, U.S. citizenship, Secret clearance eligibility, and potential domestic and international travel.

Supports structural design of precast and prestressed concrete products through calculations, drawings, stability analysis, and code compliance. Reviews plans, specifications, production drawings, and construction conditions; assists sales, estimating, contractors, architects, and project managers. Investigates product damage and design issues, recommends repairs, and supports continuous improvement. The role requires proficiency with AutoCAD, Concise, EliPlan, Word, and Excel, along with knowledge of structural engineering, precast concrete, blueprints, and building codes.

Designs civil infrastructure projects with minimal oversight, preparing contract documents, specifications, estimates, plans, and working drawings. Conducts engineering investigations and field surveys, assesses existing conditions, compiles reports, and participates in engineering reviews and studies. Reports to an Engineer-In-Charge within the NYC Department of Design & Construction’s Consultant Design team.

Owns end-to-end static timing analysis and timing constraints for advanced-node SoCs, from synthesis through final signoff. Responsibilities include timing correlation, path debugging, timing closure, automated and manual ECO generation, constraint validation, and collaboration with frontend, IP, DFT, implementation, and full-chip STA teams. The role also supports methodology improvements, post-silicon bring-up, yield improvement, and production ramp activities.

Own end-to-end SoC timing constraints and static timing analysis from synthesis through signoff. Responsibilities include timing correlation, path debugging, timing closure, automated and manual ECO generation, constraint validation, and collaboration with frontend, IP, DFT, implementation, and full-chip STA teams. The role also supports methodology improvements, post-silicon bring-up, yield improvement, and production ramp activities for advanced-node semiconductor products.

Designs and analyzes high-speed digital and analog circuits for HBM and DRAM memory products. Responsibilities include circuit simulation, optimization, floor planning, power network analysis, memory test architecture, RTL design, synthesis, physical implementation, timing and latency control, signal integrity, silicon validation, and cross-functional collaboration to optimize performance, power, cost, quality, and manufacturability. Requires a master’s degree in a relevant engineering or physics field and 10 years of related experience.

Own high-fidelity CFD and transient thermal modeling for iron-air energy storage systems, spanning electrochemical cells to containerized systems. Validate simulations against test data, automate optimization workflows, analyze fluid routing and cooling efficiency, resolve thermal-fluid integration issues, select modeling methods, standardize workflows, and develop custom tools to address simulation limitations. Translate complex modeling results into system-level design requirements and guide multidisciplinary engineering decisions.

Lead development and delivery of physical design tool flows, methodologies, and sign-off for block, sub-chip, and full-chip levels of Microsoft Next‑Gen AI SoC. Responsibilities include PnR convergence, STA and timing ECOs, PV and FEV sign-off, global clocking, EM/IR analysis, IP collateral validation, design reviews, and mentoring junior engineers.

Designs and develops MCU-based digital hardware systems and RFID applications. Responsibilities include component selection, schematics, PCB layout, timing and signal-integrity analysis, prototyping, board bring-up, troubleshooting, validation, and manufacturing test procedures. Collaborates with firmware and FPGA engineers, contract manufacturers, and CAD teams to deliver production hardware. The role requires expertise in digital circuitry, microcontrollers, FPGAs, memory, peripheral interfaces, low-power electronics, EMI/EMC compliance, and laboratory test equipment.

Design and validate embedded SRAM macros at the transistor level, supervise layout, develop SRAM compiler automation, and optimize power, performance, and area for advanced process nodes. Collaborate with SoC design, silicon testing, and productization teams to deliver production silicon IP and support characterization and debugging.

Designs ASIC memory subsystem solutions, including microarchitecture and RTL, synthesis, and timing analysis. Collaborates with architecture, design verification, formal verification, and physical design teams to deliver high-performance SoC interconnects, ordering controllers, and memory accelerators. The role involves complex latency, power, bandwidth, quality-of-service, clock-domain, and asynchronous-interface requirements, with opportunities to work on coherent interconnects, protocol bridges, system-level caches, and modern industry specifications.

Own the quality and user experience of Chariot’s web application. Build polished, accessible, performant interfaces with React, TypeScript, Next.js, and Tailwind CSS; translate Figma designs into production-ready implementations; develop reusable components and design systems; improve usability, accessibility, performance, and frontend architecture; prototype rapidly with AI tools; and collaborate across Product, Design, and backend engineering.

Designs and develops precision mechanical systems for semiconductor inspection and metrology equipment across the full product lifecycle. Responsibilities include requirements definition, feasibility studies, 3D modeling, FEA, tolerance analysis, prototype assembly and testing, system integration, design reviews, supplier coordination, manufacturing release, and resolving product issues. The role requires collaboration with optics, systems, manufacturing, and service engineering teams, with potential work involving ultra-high vacuum and precision equipment.