Top Design Engineer Jobs

Design and deliver FPGA systems across the development lifecycle: architecture, RTL coding, synthesis, place-and-route, timing closure, simulation, lab bring-up and debug, product support, and FPGA security. Mentor engineers, collaborate on cross-functional teams, and develop testbenches and scripts to support verification and lab testing.

Lead architecture, design, and verification of mixed-signal avionics hardware and FPGA/ASIC RTL for flight-critical systems. Own full product lifecycle from requirements, schematic and PCB work through FPGA implementation, timing closure, verification, qualification, and production release. Support avionics integration, testing, reliability analyses, and ground test support.

Participates in Stryker’s two-year RISE rotational engineering program across quality, product testing, simulation, product development, and manufacturing-related teams. Provides engineering support for new products and processes, conducts feasibility studies and experiments, analyzes equipment and results, selects components, and helps ensure designs are manufacturable, reliable, cost-effective, and compliant with development procedures. Presents rotation accomplishments and collaborates with cross-functional teams, vendors, and customers to resolve product issues.

Participate in Stryker’s two-year RISE engineering program through four six-month rotations across quality, product development, testing, simulation, and medical device design teams. Support new product and process introductions, feasibility studies, testing, component selection, design documentation, manufacturability, reliability, and regulatory requirements. Analyze equipment and test results, collaborate cross-functionally, resolve product issues, and present accomplishments to leadership.

Develops and optimizes resolution enhancement techniques and optical proximity correction solutions for advanced semiconductor patterning. The role analyzes lithography and mask-development issues, improves tapeout methodologies, drives corrective actions across R&D and manufacturing, leads complex engineering projects, and mentors engineers. It requires expertise in EUV lithography, optics, diffraction, resist behavior, simulation tools, and semiconductor patterning, with preferred experience in EDA software, programming, process development, and manufacturing.

Participates in a two-year rotational engineering program spanning design engineering, quality, product testing, simulation, and product engineering. Supports new product and process introductions, feasibility studies, equipment analysis, experimental testing, component selection, manufacturability, reliability, and regulatory requirements. Collaborates cross-functionally, documents engineering activities, resolves product issues, and presents rotation accomplishments to leadership.

Two-year rotational engineering program for recent software, computer engineering, or computer science graduates. Participants complete four six-month rotations across quality, product testing, simulation, prototyping, product development, and manufacturing engineering. Responsibilities include supporting new product and process introductions, conducting feasibility studies and experiments, analyzing equipment and results, selecting components, ensuring quality and regulatory compliance, documenting work, and presenting accomplishments.

Designs and fabricates prototype hull treatment articles and molds for the U.S. Navy submarine force. Uses SolidWorks and hand/shop tools to create, install, test, and evaluate advanced polymer components. Collaborates with engineers, technicians, shipyard personnel, government representatives, and contractors while leading installation, training, and testing teams. The role requires onsite work in West Bethesda, Maryland, travel to shipyards, significant hands-on fabrication experience, and an active DoD Secret clearance.

Own physical design and signoff for complex connectivity ASICs from RTL through GDS. Drive synthesis, place-and-route, extraction, timing closure, ECOs, EM-IR, Formality, and DRC/LVS across blocks and full chips. Collaborate with RTL, verification, implementation, and top-level teams on constraints, clocking, I/O timing budgets, hierarchical models, and convergence. The role requires advanced-node experience, high-speed SERDES/DDR knowledge, scripting, and proficiency with Cadence or Synopsys toolchains.

Design, lay out, validate, manufacture, and test spacecraft printed circuit assemblies for radar payloads and onboard processing systems. Responsibilities include architecture, requirements, component selection, schematic capture, system trades, prototyping, hardware bring-up, debugging, qualification, and manufacturing management. The engineer collaborates with RF, digital, software, firmware, mechanical, antenna, and systems teams while improving designs based on laboratory, environmental, and on-orbit testing.

Design and architect high-speed 100G+ SerDes signal-processing systems, including equalizers, FEC, filters, modulation, and analog compensation. Develop MATLAB and C/C++ models, simulations, requirements, verification plans, firmware, and lab tests. Collaborate with analog, digital, RTL, firmware, and validation teams to implement and debug ASIC designs. Support communications standards development, customer meetings, technical documentation, and marketing collateral.

Lead development and maintenance of internal design system libraries, tools, and Figma plugins. Implement AI solutions to speed design workflows, own medium-to-large features end-to-end, run internal user research, provide support and on-call coverage, conduct design and code reviews, and collaborate with designers and engineers to drive technical strategy and adoption.

Develops, enhances, and maintains SharePoint sites, workflows, forms, templates, branding, and customizations. Creates accessible, visually compelling digital products including graphics, infographics, dashboards, briefs, and publication materials. Partners with leadership, content owners, and technical stakeholders to improve usability, standardize visual identity, translate complex information into effective content, and support document management and website publishing. Requires extensive SharePoint development, web technologies, graphic design, troubleshooting, documentation, and stakeholder engagement experience.

Design electrical functionality for critical power systems: component selection, schematics, testing, prototyping, BOMs, O&M manuals, change control, PLC/controls work, cross-functional support, and production troubleshooting.

Develops chip-level timing architecture, constraints, analysis, and signoff for advanced ASIC and SoC designs. Responsibilities include MMMC STA, pre- and post-route analysis, timing ECOs, violation debugging, signal integrity and clock analysis, timing-flow automation, and power/performance optimization. Collaborates with physical design, synthesis, and clock teams while contributing technical leadership, mentoring, methodology improvements, and timing documentation.

Designs, models, tests, modifies, fabricates, and assembles downhole completion tool prototypes. Performs design calculations, layouts, technical feasibility analyses, product testing, sustaining engineering, and technical support. The role also supports manufacturing engineering, production process and equipment design, and project planning and management.

Join Woolpert's Transportation Design team as an Engineer in Training to assist licensed professionals with roadway, bikeway, pedestrian, and site civil design. Perform calculations, produce 3D models, estimate project costs, and support multi-disciplinary projects using engineering software. Mentorship and career-growth opportunities provided.

Design and develop warehousing and supply chain operating solutions for new business pursuits and capital projects. Responsibilities include analyzing RFPs, validating and modeling data, calculating labor and equipment needs, developing pricing models, leading cross-functional reviews, validating implementation, conducting work and efficiency studies, and improving engineering standards and tools.

Performs mechanical design tasks under supervision, including 3D modeling, 2D drawings, tolerance analysis, engineering calculations, product testing, design changes, technical documentation, and manufacturing support. Assists with structural and hydraulic calculations using engineering software, supports production and quality teams, addresses product and application issues, and manages less complex projects. The role involves work in both office and manufacturing-floor environments.

Leads the design and development of custom crane, rigging, and structural equipment. Creates drawings, 3D models, specifications, calculations, manuals, and test plans; performs structural analysis and ensures compliance with engineering and safety standards. Coordinates with project managers, fabricators, suppliers, clients, and field personnel, provides onsite technical support, manages schedules and costs, assesses operational risks, and mentors junior engineers.

Designs lower-level building automation control systems, including drawings, material selection, sequences of operation, submittals, software tasks, as-built updates, and closeout documentation. Reads construction documents and electrical schematics, coordinates with project teams, manages assigned budgets and timelines, and supports field implementation. The role also requires customer-focused communication, safety compliance, training participation, occasional job-site travel, and lifting up to 50 pounds.

Design, layout, simulate, and optimize DRAM memory circuits focusing on performance, power, area, and manufacturability. Develop schematics for arrays, control logic, decoders, datapaths, and test circuitry, validate designs via SPICE/Verilog simulations, integrate parasitics, and support test chip development and silicon validation with AI-enabled improvements.

Lead architecture and delivery of high-performance DRAM circuits and subsystems. Optimize floorplans, routing, power delivery, and timings; perform advanced simulations (FINESIM, HSPICE, Verilog); model parasitics and verify signal/power integrity; drive simulation-to-silicon correlation, layout decisions, tape-out support, and cross-functional technical coordination and reviews.

Design and document mechanical system modifications for Learjet, Challenger, and Global aircraft. Coordinate with suppliers, customers, and multidisciplinary engineering teams on requirements, configuration, design reviews, trade studies, certification, troubleshooting, root-cause analysis, and implementation. Support bids, statements of work, production investigations, and aircraft system completion while ensuring compliance with FAA, EASA, TCCA, and CFR Part 25 requirements.

Design, develop, sustain, and improve mechanical ordnance components and systems across their production lifecycle. Perform engineering analyses, prepare drawings and bills of material, support prototypes, testing, manufacturing, quality, and production activities, and lead root-cause investigations and corrective actions. The role also manages configuration records, collaborates with cross-functional engineering teams, and supports proposals and technical evaluations.