Top Design Engineer Jobs

Supports licensed civil engineers with site design, grading plans, utility layouts, construction drawings, entitlement documents, quantity calculations, and agency coordination. Develops proficiency in AutoCAD Civil3D while applying engineering principles, local codes, and company standards. Collaborates with internal teams, clients, and agencies to resolve design issues and deliver accurate work on schedule and within budget.

Design test systems for aerospace components including fixtures, drive systems, tooling, sheet metal, and piping. Create preliminary sketches, specify materials and tolerances, and produce final manufacturing drawings while collaborating with project engineering staff.

Design, analyze, simulate, optimize, validate, and transfer infrared imaging optical systems to production. Perform tolerancing, DFM, prototyping, testing (MTF, interferometry), supplier coordination, integration, troubleshooting, documentation, and NPI. Collaborate across disciplines to ensure manufacturable, high-performance optical solutions and support continuous improvement and cost estimating.

Design, develop, and test RF amplifiers, receivers, VCOs and PLLs for infrastructure products operating VHF–900 MHz. Perform simulations (ADS, Momentum), PCB layout (Cadence Allegro), hands-on debugging, support field issues, and collaborate with engineers, suppliers, and factories.

Design and develop high-power switching power supplies (10–30 kW) and liquid-cooled backup systems for data centers. Perform detailed electrical design, hands-on prototyping, and rapid product development in a fast-paced environment while communicating clearly with team and stakeholders.

Design, simulate, optimize, validate, and transition infrared imaging optical systems from concept to production. Perform tolerancing, manufacturability analyses, prototype support, testing, supplier coordination, integration, and design documentation for thermal camera and electro-optical applications.

Build high-fidelity, polished frontend interfaces with attention to visual detail, motion, interaction design, and performance. Partner with product and design to turn ideas into shippable experiences, make scalable frontend architecture decisions, mentor engineers, and grow into broader product ownership.

Lead design, simulation, and optimization of high-speed, high-sensitivity InGaAs/InP photodiodes from concept through production. Define device architecture, partner with epitaxy and process teams, perform characterization and failure analysis, drive manufacturability and reliability, scale manufacturing, mentor junior engineers, and introduce innovative device structures and fabrication techniques.

Lead mechanical design for new and existing electric motors and components, focusing on sound and vibration reduction. Own CAD models, testing (modal and acoustic), data analysis, supplier integration, DFMEA/GD&T practices, cost-reduction (VAVE/MCO) efforts, and coordinate project schedules and drawing releases across cross-functional teams.

Design and document CAN/LAN solutions, build BOMs and configs, test changes in a lab, schedule migrations, support operations troubleshooting, develop secure DISA STIG-compliant designs and obtain ATOs, supervise network specialists, and improve design processes. Opportunity to work with MPLS WANs.

Defines and leads physical design methodology, automation, and signoff infrastructure for high-performance CPU cores across advanced process nodes. Owns RTL-to-GDS flows spanning synthesis, floorplanning, power planning, place and route, timing, signal integrity, EM/IR, extraction, and physical verification. Drives scalable automation, quality metrics, dashboards, and AI/ML-enabled tooling while partnering across architecture, RTL, CAD, DFT, data, program, and EDA teams.

The Principal SI/PI Design Engineer will lead electrical package design for photonic and ICs, overseeing layout, optimization, simulations, and collaboration with cross-functional teams.

The Staff Physical Design Engineer will implement digital blocks using advanced tech nodes, focusing on timing closure and power integrity, while collaborating with teams on ASIC design.

Implement and sign off complex digital blocks from synthesis through physical verification in advanced process nodes. Drive full-chip STA and timing closure, power analysis, floorplanning, IO and clock distribution, DRC/LVS cleanup, and functional/timing ECOs. Automate flows with TCL/Python/Shell, collaborate across teams, and work with EDA vendors to resolve tool issues.

Design and lay out PWBs/PCBs, flex and rigid-flex circuits using Cadence Allegro. Calculate layer stack-ups, generate fabrication data, ensure manufacturability, interface with electrical/mechanical teams, incorporate change notices, and lead design reviews with quality and manufacturing.

Performs electrical design and 3D layouts of moderate scope, prepares 2D CAD drawings, reviews discipline and vendor documentation, resolves discrepancies, and completes material take-offs. Ensures designs comply with industry codes, standards, and project procedures. Requires AutoCAD and SKM experience, an electrical engineering degree, power and controls experience, U.S. work authorization, screening eligibility, a driver's license, English fluency, and willingness to travel overnight for projects.

Design, characterize, test, qualify, and support production of MEMS timing devices and resonators. Perform simulations, laboratory evaluations, debugging, data analysis, and root-cause investigations. Develop test software and automation, collaborate with MEMS, ASIC, fabrication, assembly, quality, and product engineering teams, and communicate technical findings and project status throughout the product lifecycle.

Design and own mechanical hardware and mechanisms from concept through production, integration, testing, and launch. Responsibilities include developing requirements, optimizing system designs, applying design for manufacturing, reducing production complexity, conducting environmental and performance testing, and managing product delivery timelines. The role collaborates across engineering and production teams to support Starshield missions and may involve classified programs.

Develop and debug hardware verification testbenches, constrained-random tests, functional checkers, simulations, and coverage plans for interconnect and chassis IP. Analyze failures, root-cause issues, support regression triage, participate in design and specification reviews, and use AI-assisted coding, scripting, and automation tools. The role provides entry-level training across hardware design, verification methodology, and chip development flows.

Leads FPGA, ASIC, and CPLD design and verification for avionics hardware. Develops VHDL designs, simulations, requirements, DO-254 certification artifacts, architectures, project plans, bids, and technical documentation. Works across multiple projects and teams, supports data analysis and process improvement, and mentors less-experienced engineers. Requires expertise with FPGA tools, SoC architectures, high-speed interfaces, avionics protocols, and military or civil aerospace certification.

Designs and estimates controls solutions for automated material-handling systems, including conveyance and sortation applications. Responsibilities include specifying materials, interpreting schematics and PLC programs, designing and commissioning electrical controls, developing customer recommendations, resolving technical issues, transferring knowledge, and supporting sales estimates. The role requires expertise with PLCs, HMIs, drives, industrial networking, VFDs, and Rockwell Automation systems. Travel to customer and Dematic locations may reach 20%.

Design and develop tooling, fixtures, and mechanical support equipment for turbine engine assembly and production. Own tooling designs from concept through release, fabrication, implementation, and improvement. Create CAD models, drawings, tolerance analyses, and technical documentation using GD&T and ASME Y14 standards. Collaborate with manufacturing and engineering teams to troubleshoot issues, improve quality and repeatability, support fabrication and inspection, and manage multiple projects. A U.S. government security clearance and U.S. citizenship are required.

Architect, design and implement features for RISC-V CPU core generators using Chisel, with responsibilities in verification and performance modeling, collaborating with teams.

Lead design, simulation, validation, and lifecycle support of embedded digital and mixed-signal PCB hardware. Develop architectures, schematics, component selection, and high-speed interfaces (PCIe, DDRx, Ethernet, USB, SerDes). Perform SPICE simulations, signal/power integrity analysis, board bring-up, debugging, testing, and manufacturability support. Drive production transfer, failure analysis, and provide technical leadership across cross-functional teams.

Designs and supports electrical control and protection cabinets, including component selection, schematics, panel layouts, wiring, grounding, labeling, and bills of materials. Ensures compliance with electrical safety standards, codes, and certification requirements. Collaborates with manufacturing, testing, qualification, and component design teams; supports prototypes, troubleshooting, audits, qualification testing, and production transitions. Maintains technical documentation and participates in design reviews and continuous improvement.