Top Design Engineer Jobs

Performs ASIC and SoC design implementation at block and full-chip levels, including floor planning, partitioning, placement, clock tree synthesis, routing, timing analysis and closure, physical verification, formal equivalence checks, ECOs, and power optimization. The engineer drives implementation tools and methodologies to achieve PPA targets and successful tapeouts, particularly for 7nm or smaller process technologies, while collaborating effectively in global teams.

Lead the design release and production launch of automotive underhood trim components, including leafscreens and cowlscreens. Responsibilities include developing production-intent designs, defining packaging and interfaces, coordinating suppliers and tooling, planning validation, maintaining DFMEAs, resolving durability and environmental issues, and supporting prototype, manufacturing, and launch activities.

Provides onsite technical consulting and post-sales support for large-scale Juniper service provider networks. Responsibilities include network design, lab and software validation, implementation planning, troubleshooting, operational procedure development, customer workshops, staff training, and production support. The consultant serves as a Juniper platform subject matter expert, coordinates issue resolution, supports network upgrades, and develops automation and best-practice solutions for routing and switching environments.

Leads aerospace power converter and inverter development from concept through production release. Designs and analyzes complex analog and mixed-signal circuits, leads power electronics teams, mentors engineers, and develops verification, qualification, and production test plans. Responsibilities include power-stage, magnetics, filtering, simulation, worst-case and derating analysis, electromagnetic compatibility, cross-functional mechanical collaboration, customer proposals, and technical presentations.

Designs, builds, commissions, and maintains automated test infrastructure and ground support equipment for spacecraft and propulsion hardware. Integrates mechanical, electrical, fluid, instrumentation, PLC, and data acquisition systems. Owns systems from concept through fabrication and ongoing support, ensuring high uptime and predictable performance. Collaborates with propulsion, avionics, GNC, and manufacturing teams while documenting systems and supporting PLC and EtherCAT tooling.

Designs, builds, commissions, and maintains automated test infrastructure and ground support equipment for spacecraft and propulsion hardware. Integrates mechanical, electrical, fluid, instrumentation, PLC, and data acquisition systems. Owns systems from concept through fabrication and ongoing support, ensuring high uptime and reliable production operations. Partners with propulsion, avionics, GNC, and manufacturing teams while documenting systems and improving internal PLC and EtherCAT tooling.

Develop and release automotive hardware components, particularly battery and electromechanical systems. Apply expertise in automotive electrical architecture, EMC, FMEA, environmental and mechanical requirements, packaging, validation, and technical drawing review. Manage suppliers, support root cause analysis, resolve customer claims, and implement production quality improvements. Lead collaboration across global development teams, communicate with senior leadership, and manage technical conflicts.

Design, simulate, and verify RTL-based ASIC blocks for SoC products. Perform module design, synthesis, RTL/gate-level simulation, pre-/post-layout timing verification, static timing and cross-domain clocking analysis. Support FPGA/emulation bring-up, write detailed design specifications, and collaborate on high-speed data path and state-machine implementations.

Owns the design and development of hot structures components for advanced military aircraft engines. Performs mechanical design, analysis, interface design, technical documentation, and presentations; collaborates with technical experts and adjacent teams; resolves engineering challenges; and leads small optimization projects while balancing program, design, interface, and resource requirements.

Lead the mechanical design, analysis, integration, and development of hot structures components for advanced military aircraft engines. Provide technical guidance, resolve complex engineering problems, lead small to medium projects, participate in technical reviews, document designs, and mentor less experienced engineers while balancing design, interface, and resource requirements.

Design and manage customized engineering solutions for AI and data center customers. Responsibilities include mechanical and electrical design changes, schematic interpretation, code compliance, project scheduling, cross-functional coordination, customer collaboration, technical documentation, production support, and mentoring. The role requires adapting to changing customer requirements and includes approximately 10% domestic travel.

Lead development, layout, and optimization of high-speed datapath IO circuits for next‑gen NAND flash, driving AI-first workflows. Own architecture decisions, verify major IO blocks, redesign engineering workflows to embed AI, mentor teams, and collaborate across functions to meet aggressive data-rate and power targets.

Designs and develops mechanical oilfield equipment, including packers, gas lift, and flow control tools. Leads engineering projects from concept through prototyping, testing, manufacturing, and field support. Produces drawings, calculations, design documentation, and test reports; conducts design reviews; collaborates with testing, supply chain, clients, and engineering teams; and ensures compliance with engineering processes, schedules, budgets, and technical requirements.

Designs and integrates analog, power, digital, RF, and test hardware, including consoles, interface panels, cabling, schematics, and power or cooling controls. Performs hardware-software integration, requirements verification, anomaly investigation, troubleshooting, and laboratory testing. Supports design-to-cost, scope, and schedule objectives while collaborating across engineering disciplines. The role is fully onsite in Waynesboro, Virginia, requires U.S. citizenship, and requires obtaining and maintaining a Secret clearance and Special Program Access.

Designs fixtures and tooling for manufacturing operations, collaborates with manufacturing engineering, design engineering, and production, supports continuous improvement, directs tool builds and maintenance, and assists with engineering drawings and PDM release processes. The role is fully on-site and requires mechanical or tool-design engineering experience, U.S. citizenship, and eligibility for a DoD Secret clearance.

Leads the design, development, commissioning, and continuous improvement of custom manufacturing equipment for high-volume production. Responsibilities include machine architecture, mechanisms, engineering analysis, CAD documentation, testing, root cause analysis, supplier and integrator management, and cross-functional collaboration. The role also mentors junior engineers and ensures equipment meets performance, safety, reliability, cost, and manufacturability objectives.

Design and release cryogenic fluid-system hardware models, assemblies, and drawings in Creo Parametric. Support requirements, component ownership, trade studies, analysis, verification, supplier interfaces, manufacturing, integration, and hardware release across the product lifecycle. Apply GD&T, MBD, PMI, configuration management, and drafting standards to valves, manifolds, tubing, pressure vessels, and support structures. Coordinate procurements, RFQs, inspections, testing, design reviews, and delivery for lunar spacecraft systems.

Designs and executes engineering solutions for vehicle systems projects, applying established standards and methodologies. Supports problem solving, technical documentation, digitalization, continuous improvement, innovation, and intellectual property identification. Collaborates with engineering teams and provides technical guidance to junior engineers while managing resources and project budget awareness. Experience with Advanced Driver Assistance Systems is preferred.

Supports low-voltage electrical component and wire harness engineering for electric vehicles. Responsibilities include supplier technical support, wiring diagram and harness-routing assistance, ECO/ECR processing, electrical BOM maintenance, component schedule tracking, prototype build support, and cross-functional design reviews. Requires an electrical or related engineering degree, knowledge of vehicle electrical architectures and communication protocols, familiarity with electrical CAD and PLM tools, and hands-on circuit testing experience. Travel is up to 20% in the US and Canada.

Design and deploy manufacturing fixtures, jigs, tooling, and production processes for autonomous vehicle technology prototypes. Manage manufacturing bills of materials, engineering change orders, tooling fabrication, supplier relationships, and production-line support. Lead cross-functional teams through prototyping, validation, troubleshooting, and architectural integration of sensing, compute, and hardware-software systems while improving safety, quality, and cycle times.

Leads systems engineering for electromechanical product development and sustaining programs. Owns requirements, system architecture, traceability, verification and validation, risk analysis, technical reviews, and lifecycle processes. Serves as technical lead across hardware, software, firmware, mechanical engineering, manufacturing, testing, product management, service, and customers. Supports multiple programs, develops metrics, ensures compliance with procedures, and guides risk mitigation and continuous improvement.

Own pre-silicon verification for HPE Slingshot switch and NIC ASICs. Develop SystemVerilog and UVM testbenches, scoreboards, checkers, test plans, and functional coverage; triage regressions, drive bug closure, and support sign-off. Define verification methodology, apply scripting and AI-assisted workflows, mentor engineers, and provide technical leadership for high-performance interconnect verification.

Own mechanical CAD design from concept through release for medical technology products, including robotic surgery systems. Lead DFMEA sessions, maintain engineering documentation, manage ERP design data, interpret specifications and regulatory information, collaborate with customers and suppliers, assemble and test prototypes, and support new product transfer to manufacturing. The role also includes mentoring junior engineers and managing projects across variable timelines.

Designs, prototypes, tests, and improves firearms and related accessories. Develops CAD models, drawings, specifications, material and coating selections, cost estimates, risk assessments, and test procedures. Collaborates with manufacturing, sales, marketing, vendors, and customers to deliver cost-effective products and provide technical support. Requires mechanical engineering expertise, extensive SolidWorks experience, GD&T knowledge, FEA capability, and manufacturing-environment experience.

Leads advanced semiconductor package architecture, design, simulation, qualification, and production integration. Responsibilities include developing packaging solutions, selecting OSATs and suppliers, overseeing layouts and materials, analyzing electrical, thermal, and mechanical performance, developing assembly processes, managing reliability testing, resolving yield and manufacturing issues, and providing technical leadership. The role collaborates across design, manufacturing, quality, reliability, and supply chain teams while mentoring junior engineers.