Top Design Engineer Jobs

Performs preliminary electrical design, estimating, schematics, and pricing for medium-voltage switchgear quotations. Partners with sales, product management, procurement, suppliers, and R&D to evaluate customer requirements, support compliance reviews, develop value-engineering alternatives, and provide product roadmap feedback. The role may also support FAT planning, component analysis, customer engagement, and cross-functional process improvement.

Leads electrical engineering projects for mission-critical data centers from presales through commissioning. Designs UPS, DC power, switchgear, transfer controls, grounding, generator sizing, and communications systems. Coordinates contractors, vendors, architects, general contractors, commissioning teams, and regulatory agencies. Reviews submittals, develops construction documents, supports integration and field activities, ensures code compliance, and performs site evaluations and audits. Requires electrical design expertise, project management, leadership, and 5–10% travel.

Leads design verification for drug-device combination products, including protocol and test method development, equipment and software qualification, test execution, data analysis, investigations, technical reporting, and regulatory documentation. Collaborates with Quality, Regulatory, Clinical, and global teams while supporting validated systems, operator training, fixture design, and compliance with GMP, FDA, ASTM, and ISO requirements.

Leads ASIC design verification for high-performance Cisco silicon, including verification architecture, reusable methodologies, test plans, coverage, gate-level simulation, emulation, debugging, and post-silicon validation. Builds cluster and chip-level verification environments, resolves design issues, and supports power, performance, and area goals. Requires SystemVerilog/UVM, scripting, and leadership experience, with preferred expertise in networking protocols, emulation platforms, formal verification, forwarding logic, parsers, or P4.

Lead Design for Automation (DFA) through new product development, ensuring automation-ready designs. Provide senior manufacturing engineering support for automation, robotics, welding, assembly, tooling, and material handling. Act as SME for automation-critical processes, drive DFA standards and governance, lead PFMEAs and capability reviews, support plant transfers and startups, and apply Lean continuous improvement to reduce cost, risk, and variation.

Designs electrical control systems for conveyor and material-handling equipment, including power calculations, 480V and 120V schematics, I/O drawings, PLC and panel layouts, field-device layouts, and material specifications. Collaborates with customers, sales engineers, and project managers to define requirements. Inspects, tests, commissions, and troubleshoots motor control panels for compliance with design standards, codes, and project specifications.

Own hardware design for quantum computing systems, including analog and digital PCB circuitry, high-speed electrical and optical links, FPGA and microcontroller systems, clocking, power distribution, signal integrity, and EMI suppression. Develop electro-optic test setups, characterize and debug circuitry, create measurement software, analyze performance data, and document designs and test results. Collaborate with thermal, mechanical, firmware, and optical engineering teams to deliver products for volume manufacturing.

Designs, integrates, tests, and sustains electrical modules and tools, including analog and digital circuits, PCBs, power distribution, safety circuits, cables, and control systems. Leads requirements management, technical specifications, supplier interfaces, troubleshooting, validation, verification, and system integration. Develops test tooling and documentation while coordinating cross-functional execution, mentoring peers, managing risks, and ensuring performance, cost, compliance, and schedule objectives are met.

Design and implement high-performance, power- and area-efficient RTL for GPUs and SoCs. Responsibilities include microarchitecture development, RTL implementation, verification, synthesis and timing analysis, architectural trade-off evaluation, and collaboration with architecture, verification, backend, and validation teams. The role also supports silicon debugging and post-silicon validation across GPU IP such as schedulers, interrupt controllers, DMA engines, and interconnect systems.

Designs, analyzes, integrates, and supports aircraft cabin and cargo interiors for airline customers. Responsibilities include detail design, layout development, trade studies, certification activities, technical documentation, customer support, design collaboration, technical leadership, presentations, mentoring, and process improvement. The role requires independent work on complex engineering assignments, interpretation of drawings and regulatory requirements, and occasional domestic and international travel.

Designs and analyzes roadway and multimodal transportation projects under senior engineering guidance. Responsibilities include preparing plans, calculations, reports, cost estimates, and quantity takeoffs; applying engineering standards; coordinating with multidisciplinary teams, clients, and agencies; supporting quality assurance; and addressing design review comments and field questions. The role requires a PE license, transportation engineering experience with TxDOT projects, and proficiency in MicroStation ORD, AutoCAD, and Civil 3D.

Designs, analyzes, prototypes, integrates, and validates precision opto-mechanical components and subsystems for semiconductor inspection and metrology equipment. Creates CAD models, drawings, BOMs, and engineering documentation; performs structural, thermal, vibration, CFD, and tolerance analyses; supports optical alignment, prototype assembly, testing, troubleshooting, manufacturing, supplier coordination, and product release. Collaborates with optical, electrical, systems, software, and manufacturing engineers.

Designs and documents compressor components and assemblies using CAD/CAE models, engineering drawings, tolerances, specifications, and bills of material. Performs mechanical analysis, tolerance stack-ups, fit-up verification, design optimization, and manufacturing process evaluation. Supports project teams, engineering labs, manufacturing, suppliers, procurement, and global design collaboration while maintaining accurate technical records and ensuring compliance with corporate standards and ASME Y14.5.

Leads complex machine design projects from concept through detailed design packages, including drawings, calculations, specifications, 3D concepts, and technical reports. Independently manages technical execution, schedules, budgets, interfaces, and client presentations. Applies mechanical design principles, FEA, GD&T, manufacturing and assembly considerations, and machine component expertise. Coordinates multidisciplinary teams and reviews other engineers’ work. Requires extensive experience leading machine design teams and supporting fabrication, installation, and project delivery.

Create custom product assembly drawings, bills of materials, and CAD designs from concepts and existing documentation. Collaborate with commercial teams and engineers to meet product requirements, prepare documentation for manufacturing and supply chain, provide design quotations, release products through ECR/ECO processes, and review team members’ design outputs. The role also requires project coordination, risk assessment, contingency planning, and effective cross-functional communication.

Performs and reviews HVAC product R&D testing in psychrometric chambers, coordinates technicians and project engineers, verifies equipment calibration and test readiness, reviews test plans, validates test data, and analyzes results against DOE, ASHRAE, ASME, ISO, and other standards. Manages bills of materials, supports rework, and independently completes small laboratory projects.

Designs roadway infrastructure projects including intersections, arterials, expressways, interstates, and interchanges. Supports project planning, technical design, scopes, budgets, schedules, quality compliance, client communication, and multidisciplinary project delivery. Mentors junior staff and designers, prepares technical documentation and presentations, and contributes to project management activities. Requires GDOT project experience, engineering expertise, CAD proficiency, and pursuit of a Professional Engineer license.

Designs building electrical systems, including power, lighting, security, and low-voltage systems. Prepares plans, specifications, calculations, layouts, and construction documents; coordinates with mechanical and plumbing disciplines; reviews shop drawings; and supports construction activities. Requires hands-on MEP electrical design experience, AutoCAD proficiency, and knowledge of electrical and building codes. Revit experience and an engineering license are preferred.

The role involves design and integration of low-observable propulsion systems, utilizing CEM solvers and collaborating with interdisciplinary teams to meet design requirements.

Lead design and integration for RCS pole models, applying expertise in LO materials, computational modeling, testing, and mentoring junior engineers.

Implements digital islands within analog chips using ASIC physical design methods including floorplanning, placement, clock tree synthesis, routing, and physical verification. Performs power integrity analysis across multiple voltage domains, optimizing designs for performance, reliability, and manufacturability. Collaborates with analog designers, verification engineers, and global cross-functional teams in mixed-signal environments.

Develop and maintain SystemVerilog/UVM testbenches, UVCs, automated tests, and C-based hardware/software integration tests for FPGA verification. Create test plans, analyze functional and code coverage, drive coverage closure, debug failures, and collaborate with design, architecture, and firmware teams from planning through tape-out. Own verification deliverables, communicate risks, participate in technical reviews, and mentor junior engineers.

Design and release engine cylinder block and structural hardware components for automotive propulsion programs. Lead technical analysis, engineering changes, PPAP, supplier quality, manufacturing improvements, validation, and warranty issue resolution. Collaborate with suppliers and cross-functional teams on casting, machining, cost reduction, corrective actions, and production launches while balancing cost, mass, complexity, and timing.

Design and develop electric motors and electromechanical components for next-generation aircraft. Integrate motor designs with aircraft structures, engines, power electronics, and thermal systems; create CAD models and drawings; support manufacturing documentation; and conduct prototyping, qualification, dyno, aircraft, noise, vibration, and troubleshooting tests.

Owns end-to-end design of new battery packs from concept through production. Responsibilities include optimizing performance, size, weight, manufacturability, and reliability; leading prototyping, testing, qualification, production handoff, requirements definition, drawings, failure analysis, cross-functional architecture execution, design reviews, mentorship, and program leadership.