Top Design Engineer Jobs

Provides senior technical leadership for mission-critical telecommunications infrastructure, including operations and maintenance, provisioning, architecture analysis, modernization planning, engineering designs, rack elevations, configurations, and bills of materials. Designs and supports VoIP and unified communications systems while ensuring DoD compliance, reliability, and performance. Communicates technical solutions to stakeholders and supports Agile delivery in federal environments.

Designs mechanical and electromechanical test fixtures, tooling, and related hardware for optical networking products. Responsibilities include CAD modeling, engineering drawings, BOMs, configuration-controlled documentation, engineering analysis, tolerance studies, fabrication support, assembly, troubleshooting, validation, and deployment. The role collaborates with engineers, technicians, suppliers, and manufacturing partners to deliver reliable, manufacturable solutions throughout the product development lifecycle.

Designs advanced digital, analog, embedded, and power hardware from concept through production. Responsibilities include circuit board design, FPGA/DSP integration, power conversion, control architecture, feasibility studies, testing, qualification, failure analysis, production launch, documentation, and customer engagement. Leads interdisciplinary engineering efforts and supports troubleshooting and design improvements for complex systems.

Design and verify analog and mixed-signal integrated circuits, including power-management and sensor IPs, using transistor-level and behavioral modeling tools. Responsibilities include circuit architecture, custom layout oversight, simulation, extraction, package and test-board review, lab characterization, debugging, production-test development, and documentation. The engineer may lead small design teams and collaborate with analog, digital, package, layout, and test engineers.

Design and implement GPU subsystem ASIC modules, owning microarchitecture, RTL development, verification, synthesis, timing closure, and post-silicon validation. Collaborate with architecture, verification, synthesis, timing, and backend teams to deliver clean, fully verified designs. Responsibilities include architectural tradeoffs, ASIC design flow activities, lab debug, and support for complex components such as arbiters, schedulers, interconnects, caches, and bus protocols.

Design and develop electrical systems for Emerson liquid analysis sensor products. Responsibilities include circuit schematics, PCB layout, circuit simulation, design verification testing, laboratory measurements, statistical analysis, troubleshooting, design reviews, and collaboration with manufacturing, test, and supply chain teams. The role also supports product improvements, manufacturing optimization, cost reduction, and quality improvements.

Develop front-end digital designs for high-performance network controllers, including microarchitecture, RTL, synthesis, IP integration, verification, timing closure, DFT, and silicon bring-up. Own complex SoC and ASIC designs from architecture through GDS and production while supporting high-speed protocols such as PCIe, UALink, and Ethernet. Collaborate with customers and internal teams, debug silicon, and use Synopsys or Cadence design flows.

Designs and analyzes prestressed and reinforced concrete products, including loading, structural, wind, handling, transportation, and erection conditions. Prepares engineering calculations, drawings, specifications, and technical submittals while coordinating with drafting, manufacturing, quality, sales, and customers. Supports product development, troubleshooting, continuous improvement, and occasional steel design. Requires periodic travel to manufacturing facilities and occasional customer or project locations.

Reviews mechanical drawings, performs ASME code calculations, supports bills of materials and procurement, and contributes to general engineering activities for heat transfer and energy solutions. The role requires welded-design expertise, FEA and CFD experience, drawing interpretation, technical calculations, and manufacturing-area safety compliance. Preferred experience includes heat exchangers, plant equipment, equipment startups, and manufacturing installations. Travel is required up to 10% annually.

Leads composite product development from functional requirements through design, prototyping, testing, validation, and production. Designs and models components, selects materials and processes, evaluates reliability, safety, cost, and manufacturability, and creates technical drawings and design proposals. Collaborates with manufacturing partners, contract manufacturers, designers, and product specialists. May lead technical teams or projects and independently resolves complex engineering problems.

Design and characterize high-performance mixed-signal integrated circuits in CMOS processes. Responsibilities include assisting with circuit design, simulation, verification, silicon prototype testing, performance analysis, and design improvements while collaborating with experienced engineering teams. The internship is full-time for 12–16 weeks and requires in-office participation, potentially up to five days per week.

Design and implement Verilog RTL modules for mixed-signal ICs, including DSP and data conversion circuits. Perform simulation, functional verification, synthesis, system integration, behavioral modeling, test-vector generation, and lab test development. The internship is full-time for 12–16 weeks and requires collaboration in an in-office environment.

Design and develop mechanical components and systems using Creo and Windchill, including 3D models, sheet metal, routings, 2D drawings, and specifications. Collaborate with suppliers, customers, manufacturing, and validation teams to create cost-effective designs. Document engineering decisions and analyses, support prototypes, troubleshoot quality issues, identify root causes, and drive corrective actions.

Design and develop multilayer PCB layouts for digital, mixed-signal, power, RF, and wireless security products from concept through production. Create schematics, footprints, and libraries; define stack-ups; support signal integrity, impedance control, EMC compliance, manufacturability, and testing. Collaborate with hardware, firmware, RF, mechanical, fabrication, and assembly teams while resolving production issues and improving PCB standards and engineering processes.

Develop and execute ASIC, FPGA, and SoC design verification activities using simulation, SystemVerilog, UVM, coverage analysis, debugging, requirements traceability, reusable verification infrastructure, and UVCs. Support integration and system-level investigations, contribute to coverage closure, communicate risks and dependencies, and progressively own verification scope of moderate complexity. Level II engineers develop independence, while Level III engineers independently manage assigned verification scope.

Own ASIC, FPGA, and SoC verification activities across aerospace programs. Develop SystemVerilog and UVM environments, reusable verification infrastructure, and UVCs; support planning, simulation, debugging, integration, requirements traceability, coverage, metrics-driven closure, and delivery. Lead verification efforts, troubleshoot across RTL and system boundaries, mentor engineers, assess completeness, and coordinate technical workstreams. The role is fully onsite and requires eligibility for a U.S. Secret clearance.

Lead electrical design and test activities for avionics and flight control systems, develop test system architectures, integrate hardware/software, operate test stations, validate performance, mentor junior engineers, and manage schedules and customer interfaces.

Leads the design and development of FRP composite infrastructure products, including tanks, buildings, covers, and structural components. Responsibilities include structural analysis, material selection, closed-mold process optimization, code compliance, testing and validation, value engineering, customer collaboration, and support for manufacturing and quality teams. The role also develops OEM relationships, interfaces with certification agencies, and represents the company at industry events.

Designs and develops electro-mechanical and opto-mechanical laser rangefinder and target designator systems for military applications. Responsibilities include concept-to-detail design, SolidWorks modeling, engineering documentation, GD&T, structural and preliminary finite element analysis, thermal and vibration analysis, prototype-to-production transition, manufacturing support, change orders, testing, and technical leadership. The role collaborates with engineering, manufacturing, quality, purchasing, customers, and suppliers, and requires 10–20% travel.

Leads mechanical design for advanced electro-optical laser systems used in military applications. Designs components and assemblies, creates SolidWorks models, manufacturing drawings, bills of materials, and technical documentation. Guides engineers, conducts design reviews, supports manufacturing and testing, applies GD&T, evaluates nonconforming materials, and manages designs from concept through production. Requires extensive defense-market electromechanical packaging experience, manufacturing knowledge, and the ability to obtain a U.S. security clearance. Onsite role with 10–20% travel.

Designs and integrates battery and power-management systems for portable consumer electronics from concept through mass production. Responsibilities include battery selection, charging and protection circuitry, power conversion, PCB-level design, bring-up, characterization, troubleshooting, root-cause analysis, supplier collaboration, regulatory support, and production introduction. The engineer independently resolves complex technical issues, collaborates across engineering disciplines, evaluates emerging technologies, and provides technical guidance to other electrical engineers.

Build interactive experiences across the company website, product, and special projects. Prototype ideas, refine interactions and motion, create visual essays and data visualizations, and develop responsive, accessible, performant websites. Collaborate with designers, marketers, and engineers from concept through production while creating reusable components and patterns. The role requires strong design instincts, frontend development ability, attention to typography and interaction details, and comfort with modern frontend and animation libraries.

The Staff Design Engineer is responsible for designing and verifying digital circuits for memory products, collaborating with teams, and ensuring high performance and quality standards.

Leads FPGA design verification for electronic warfare systems. Plans and develops SystemVerilog, UVM, OVM, or VHDL testbenches; creates constrained-random test plans; analyzes coverage metrics; develops reusable verification IP; leads verification teams; improves methodologies; manages schedules; and mentors junior engineers. The role is full-time onsite and requires a current Secret clearance or eligibility to obtain one.

Develop and lead FPGA design verification for electronic warfare systems. Responsibilities include architecting SystemVerilog, UVM, and VHDL testbenches; creating constrained-random test plans; analyzing coverage metrics; developing reusable verification IP; leading verification teams; improving methodologies; managing schedules; and mentoring engineers across multiple locations.