Top Design Engineer Jobs

Design and develop RTL and microarchitecture for AI SoCs, including logic coding, simulation, IP integration, and optimization for power, performance, area, and timing. The role also involves reviewing verification plans, resolving RTL test failures, applying secure design practices, and ensuring quality compliance through IP and SoC handoff.

Design and develop CPU logic and RTL based on architecture and microarchitecture specifications. Optimize designs for power, performance, area, and timing; validate functionality through simulation and debugging; document microarchitectural specifications; and collaborate with architecture, verification, physical design, and SoC integration teams.

Design and model silicon photonic and analog sub-circuits for laser products and optical interconnects. Build compact and behavioral models incorporating fabrication variability, dispersion, thermal effects, and nonlinear properties. Calibrate models using optical solvers, PDKs, and silicon measurements; develop circuit simulations for lasers, modulators, filters, receivers, and controls. Perform corner, Monte Carlo, margin, and yield analyses, and validate models against production silicon data.

Design and implement verified, high-performance, power- and area-efficient RTL for ASICs, SoCs, and GPUs. Responsibilities include architecture and microarchitecture design, RTL synthesis, timing and logic verification, testbench development, debugging, and defining verification scope. The engineer will collaborate with distributed ASIC development teams and contribute to simulation, random-stimulus, functional coverage, and assertion-based verification activities.

Designs and documents aircraft nacelle components and assemblies, including thrust reversers, inlets, fan cowls, and EBU systems. Coordinates cross-functional engineering activities, executes product and design processes, conducts root-cause and corrective-action investigations, and supports engineering changes for cost, weight, and producibility improvements. Prepares technical review materials, change packages, and substantiation documentation while contributing to aerospace design standards and program requirements.

Leads mechanical engineering projects for next-generation X-ray imaging systems, covering requirements, concept and detailed design, CAD documentation, prototyping, verification, integration, root-cause analysis, and product transfer. Develops mechanical and electromechanical components, fixtures, and test equipment while collaborating with suppliers, manufacturing, quality, and multidisciplinary engineering teams. Supports design reviews, engineering changes, configuration management, and technical decision-making in a regulated medical technology environment.

Designs, integrates, tests, and supports mechanical and electromechanical components, assemblies, fixtures, tooling, and imaging systems. Performs hands-on prototype assembly, troubleshooting, laboratory system maintenance, verification testing, data analysis, root-cause investigations, and engineering documentation. Uses CAD, engineering drawings, GD&T, bills of materials, work instructions, and configuration records while collaborating on prototype builds and manufacturing readiness.

Designs precision compressor components and complex assemblies using Creo, from concept through customer delivery. Performs engineering calculations, applies GD&T and tolerancing, documents design decisions, and collaborates with engineering, manufacturing, marketing, and vendors. Supports manufacturability, material selection, casting, machining, assembly, BOM investigation, and innovative solutions for rotating machinery. Requires global travel up to 10% annually.

Leads the design, qualification, and lifecycle support of transmission cable products, including coaxial, twisted-pair, fiber-optic, Ethernet, power, and hybrid constructions. Applies electromagnetic, optical, and RF theory; develops prototypes and test methods; ensures standards compliance; and supports manufacturing, suppliers, quality, and customer troubleshooting. Manages Stage-Gate product development, engineering changes, technical documentation, training, standards participation, and cross-functional projects.

Leads the design, qualification, and lifecycle support of high-performance transmission cable products, including coaxial, fiber-optic, Ethernet, power, and hybrid cables. Applies electromagnetic and optical theory, develops prototypes and testing plans, ensures standards compliance, supports manufacturing and suppliers, manages product development projects, resolves technical issues, and provides customer and internal training.

Design and develop high-volume automated manufacturing equipment, tooling, and fixtures from concept through production release. Create mechanical models, drawings, specifications, tolerance analyses, and qualification documentation. Integrate robotics and mechatronic systems, oversee OEM suppliers, lead design reviews and troubleshooting, and support validation, production, and continuous improvement. Provide technical mentorship and ensure compliance with design controls, quality systems, and equipment lifecycle requirements.

Develop and release manufacturable mechanical designs for precision defense-grade metal components, tooling, fixtures, and production equipment. Create SolidWorks models, drawings, BOMs, and specifications; apply GD&T and tolerance analysis; support design reviews, configuration control, inspections, qualification, and production. Collaborate with manufacturing, quality, process engineering, machinists, and suppliers to resolve design issues and improve manufacturability, repeatability, and yield. The role includes hands-on factory-floor support and physical demands such as lifting over 50 pounds.

Designs custom electrical panels and schematics using AutoCAD Electrical, reviews bills of materials and drawings, estimates project labor and design time, supports panel technicians, manages panel projects, and provides customer startup and technical support. The role is fully on-site in Rochester or Auburn, New York, with occasional travel to job sites.

Design electrical control panels and schematics using AutoCAD Electrical, ensuring compliance with UL standards. Review contract drawings, create bills of materials and testing procedures, determine variable frequency drive and soft starter parameters, prepare quotes and estimates, manage panel projects, and provide customer and post-sales technical support. The role is full-time and on-site, with travel to job sites and branches as needed.

Design and develop vacuum chambers, frames, subassemblies, vacuum and nitrogen lines, and precision mechanical components. Create Creo CAD models and drawings, perform structural, modal, and O-ring compression analyses, support system builds, and collaborate across engineering and manufacturing teams. Manage ECOs, BOMs, configuration control, design reviews, and product lifecycle support through production release. The role requires a mechanical engineering degree and offers mentorship in vacuum technology, robotics, and semiconductor automation.

Lead and deliver STC cabin modification projects from offer to in-service support. Manage cabin architecture, 3D/2D integration, supplier governance, certification compliance, drawing packages, W&B, test plans, and on-aircraft support while controlling schedule, cost, and risk.

Designs, develops, tests, and sustains electrical hardware for medical systems and devices. Analyzes requirements, creates design solutions, develops and documents validation plans, evaluates hardware performance, resolves design issues with cross-functional teams, and supports product improvements. The role requires electrical engineering expertise, PCB design, embedded systems, RF theory, medical-device standards, and related hardware development experience.

Leads development of automated test software, instrumentation, data acquisition, and certification methods for advanced electro-optic products. Partners with R&D, production engineering, and equipment design teams to transfer products and test platforms into manufacturing. Provides technical leadership, troubleshooting, software maintenance, process improvement, root-cause analysis, mentoring, and support for reliable, scalable production testing.

Designs and analyzes electromagnetic effects for Boeing aircraft programs, including EMI/EMC, lightning, HIRF, EMP, and precipitation static. Performs modeling, simulations, trade studies, testing, supplier reviews, and aircraft-level E3 validation. Develops requirements, mitigations, test automation, technical reports, and design documentation while collaborating with manufacturing, suppliers, engineering teams, program management, and customers. The role is fully onsite in Tukwila, Washington, with domestic travel up to 25%.

Lead wire harness design, documentation, and installation for space and launch vehicles. Coordinate with cross-functional teams, perform system integration and troubleshooting, support manufacturing and testing, mentor junior engineers, and maintain configuration, security, and compliance throughout product lifecycle.

Lead design, qualification, and integration of spaceflight wire harnesses. Provide technical oversight, troubleshoot manufacturing/testing issues, develop documentation, mentor junior engineers, and support RF/high-speed media and EMI/EMC considerations while ensuring security and configuration control.

Support Kodiak aircraft structural design, production, and sustainment. Create/release 3D CAD models and drawings, perform structural analysis, investigate field issues, develop repairs and improvements, and collaborate with manufacturing, certification, and engineering teams under 14 CFR Part 23.

Designs and documents U.S. Army campus area networks across NIPR, SIPR, Wi-Fi, VoIP, and ISP/OSP infrastructure. Evaluates network configurations, develops designs, configurations, cutover plans, testing documentation, and engineering assessments. Coordinates with project managers and lead engineers, directs technical resources, prepares reports and presentations, and ensures compliance with Army engineering and documentation processes. Requires advanced Layer 2/3 networking expertise, Cisco certification, active Secret clearance, and up to 30% CONUS deployment travel.

Designs and develops advanced wafer probe card electrical solutions from feasibility through completion. Responsibilities include circuit and PCB design, netlist preparation, routing, transmission line analysis, design verification, signal integrity considerations, customer collaboration, cross-functional coordination, schedule management, documentation, and continuous improvement of design processes and tools.

Designs complex PCB and flex-circuit layouts, stack-ups, component libraries, drawings, and manufacturing data using CAD tools. Collaborates with electrical and mechanical engineers on placement, routing, manufacturability, and mechanical fit. Reviews documentation, manages engineering changes, addresses supplier queries, and leads PCB design reviews. Requires extensive PCB layout experience across analog, digital, RF, and mixed-signal designs, with knowledge of manufacturing standards and security-clearance eligibility.