Top Design Engineer Jobs

Develop verification plans, test benches, tests, and RTL/GLS simulations for semiconductor designs. Run coverage regressions, track verification status and issues, create regression-analysis scripts, and improve design verification tools, methods, and workflows. Collaborate with design and systems teams to support first-pass silicon success. The Career Accelerator Program also provides technical training and exposure to digital and analog design.

Design and document electronic hardware, create simulations, develop low-level processor applications, enter schematics with CAD tools, debug hardware with lab equipment, and support sustaining engineering.

Supports licensed civil engineers with site design, grading plans, utility layouts, plan and profiles, construction details, entitlement documents, exhibits, design analysis, quantity calculations, and technical correspondence. Coordinates with agencies, clients, and internal teams while developing proficiency in AutoCAD Civil 3D and pursuing an Engineer-in-Training certification and Professional Engineering license.

Supports licensed civil engineers with site design, grading plans, utility plans, construction details, agency coordination, entitlement documents, quantity calculations, and technical correspondence. The role emphasizes developing proficiency in AutoCAD Civil3D, applying local agency codes, solving design issues collaboratively, and progressing toward professional engineering licensure.

Supports licensed civil engineers with site design, construction drawings, grading plans, utility layouts, plan profiles, agency coordination, entitlement documents, quantity calculations, and justification letters. The role emphasizes developing proficiency in AutoCAD Civil3D, applying engineering principles, solving design issues collaboratively, and pursuing an Engineer-in-Training certificate and Professional Engineering license.

Supports licensed civil engineers with site design, grading plans, plan and profiles, utility plans, construction details, entitlement documents, design coordination, quantity calculations, and technical letters. The role emphasizes developing proficiency in AutoCAD Civil3D, applying local agency codes, collaborating with internal teams and clients, and pursuing an Engineer-in-Training certificate and Professional Engineering license.

Provides technical leadership and design authority for Baxter’s exam diagnostics products across the product lifecycle. Leads product design changes, risk management, technical reviews, cross-functional decisions, compliance, quality investigations, and resolution of complex product and manufacturing issues. Partners with engineering, quality, regulatory, manufacturing, service, supply chain, marketing, and program management teams while improving product performance, reliability, manufacturability, quality, and cost. Mentors engineering teams and supports regulated medical-device development and post-market activities.

Own and evolve the design system connecting Figma and production code across iOS, Android, and Web. Build reusable components, tokens, tooling, and governance; improve design-to-code workflows, accessibility, documentation, and AI-powered automation; partner with design and engineering to raise product quality and speed.

Develop and maintain SolidWorks parts, assemblies, and manufacturing drawings; create configurable parametric models; build DriveWorks configurators and rules; validate drawings, BOMs, and engineering outputs; support engineering changes and new product introductions; collaborate with Product Development, Manufacturing, Sales, IT, and Engineering; maintain engineering data, documentation, and design standards.

Design and develop mixed-signal electrical subsystems for instrumented wafer products, including analog/digital circuitry, sensor interfaces, ADCs, microcontrollers, power management, schematics/PCB development, validation and characterization, troubleshooting and root-cause analysis, and cross-disciplinary collaboration from concept through production.

Lead advanced product and technology development for air and water appliances, focusing on heat pump water heating. Define system architectures, translate requirements, coordinate partners and manufacturing, lead prototyping/testing/verification, analyze data, mitigate risks, and transition concepts to production while aligning cross-functional teams and suppliers.

Lead end-to-end primary board design and bring-up for a space payload: schematics, part selection, layout oversight, precision timing and frequency-reference signal chain, multi-board integration with RF amplifier, manufacturability and production test readiness, sustain and iterate hardware, support anomaly investigations, and mentor junior engineers.

Design, develop, build and integrate optical/photonic alignment sensor systems for lithography tools. Perform hands-on optical alignment, testing, data analysis, algorithm development, MATLAB implementation, and lead cross-disciplinary problem solving and test execution. Support integration, troubleshooting, and communicate results to technical teams and management.

Design and develop system and PCB architectures from concept through production for high-performance networking platforms. Select components, create schematics and design files, support layout, debug system-level issues, assist software integration, and support testing, compliance, and manufacturing transfer.

Lead design and development of aftermarket automotive performance products from concept to production. Create 3D models, assemblies, drawings, and BOMs in SolidWorks; perform reverse engineering and validation testing; collaborate with manufacturing, purchasing, and quality; mentor junior staff; and maintain engineering documentation and project schedules.

Supports design qualification, regulatory compliance, quality systems, prototype development, risk management, and design verification for electro-mechanical products. Responsibilities include maintaining compliance with ISO, FDA, REACH, RoHS, and medical device standards; preparing product and verification documentation; using lab equipment and debugging techniques; evaluating bills of materials; and supporting risk analyses, prototype testing, and quality system activities.

Supports design qualification, regulatory compliance, quality systems, prototype development, design verification, and manufacturing lifecycle activities for electro-mechanical products. Responsibilities include maintaining compliance with ISO, FDA, REACH, RoHS, and medical device standards; developing risk management plans, DFMEAs, fault tree analyses, verification documentation, and traceability matrices; conducting prototype testing and debugging; and evaluating bills of materials for lifecycle and environmental compliance.

Design custom robotic systems for pharmaceutical/biotech customers; collaborate with electrical and robotics engineers, manufacturing, vendors, and customers; produce detailed drawings, organize BOMs, and manage engineering change orders through the product lifecycle.

Design precision mechanical subsystems and electronic packaging for capital semiconductor equipment using SolidWorks. Perform FEA and tolerance stack-up analysis, create detailed drawings and BOMs, support prototyping, testing, verification, and production release, and collaborate with multidisciplinary teams applying DFM/DFA/DFX principles.

Lead mask/layout design for analog and mixed-signal blocks (LDOs, regulators, data converters, PLL, SerDes, LVDS) at 14nm/FinFET nodes. Perform layout, verification (LVS/DRC/DFM/OPC), reliability analysis (EM/IR/ESD), post-layout fixes, full-chip integration, and coordinate with circuit design teams. Use Genesys/Genoa, Cadence and Mentor tools and Apache analysis flows.

Lead design and analysis of precision electro-mechanical subsystems for a metal 3D printer, produce parts and assemblies, manage BOM/revision control and sourcing, perform rapid prototyping and metrology-based testing, maintain machine tools, and collaborate across mechanical, electrical, materials, and software teams to move designs into manufacturing.

Design and implement a novel AI inference engine through hardware-software co-design. Collaborate with ML, software, and cloud engineers; model PPA trade-offs; contribute to RTL design, simulation, verification, and roadmap planning to optimize inference for modern LLM workloads.

Design and develop mechanical products and manufacturing packages using 3D CAD and FEA. Lead product industrialization, design experiments, perform calculations, create drawings with GD&T, develop tooling and processes, investigate failures, document results, support testing and validation, and provide technical support across facilities within a regulated/QMS environment.

Design and deliver structural design calculations and drawings for bridge replacement projects; serve as technical specialist; plan and produce high-quality design documentation from inception to completion; stay current with industry developments; support positive workplace culture and adhere to company policies.

Design Engineer responsible for executing design and development projects involving steel fabrication, weldments, engines, drivetrains, hydraulics and electronic controls; support sales, production, service; maintain prints and configuration control; troubleshoot, identify cost savings, and support cross-functional teams.