Top Engineering Jobs

Develop real-time Linux applications and Rust microcontroller firmware for semiconductor fabrication equipment. Build backend systems to capture and analyze semiconductor process data, contribute to end-to-end system bring-up, and test high-performance tools involving structures, optics, liquids, heat transfer, physics, and chemistry. Applicants must provide a portfolio demonstrating software engineering ability and hands-on projects.

Design and execute semiconductor and thin-film fabrication experiments; operate deposition, etch, lithography, and metrology tools; develop, transfer, and optimize process recipes; analyze process data; troubleshoot equipment and recipe issues; and document results. The role requires hands-on cleanroom experience, nanofabrication recipe development, and strong semiconductor processing knowledge. Interns collaborate with senior engineers in a high-autonomy startup environment.

Build full-stack chip design software in Rust, owning major features from design through shipping. Work across interactive editing tools, collaborative document models, synchronization engines, GPU rendering, simulation, WebAssembly, and integrations. The role requires strong systems fundamentals, performance optimization, concurrency knowledge, and a portfolio demonstrating substantial software built from scratch. Experience with game engines, graphics, distributed systems, algorithms, geometry, or electrical engineering is beneficial.

Supports HTS magnet manufacturing and testing through documentation, tooling and fixture development, inventory and BOM management, procurement, quality checks, and production metric tracking. Collaborates with test engineers, magnet designers, and manufacturing engineers to apply lessons learned to future designs. The role includes hands-on prototyping, fabrication, assembly, commissioning, and multidisciplinary engineering problem-solving in an industrial facility with cryogenic, high-voltage, high-current, and magnetic hazards.

Leads a 12-person mechanical and systems engineering team supporting a complex U.S. Navy hardware product. Oversees mechanical design, requirements and interface development, verification, testing, qualification, delivery, cost and schedule execution, proposals, and process improvement. Manages staffing, resource planning, performance reviews, training, and employee development while coordinating with program leadership and customers.

Leads a dispersed team of approximately 12 mechanical and systems engineers supporting a complex U.S. Navy hardware product. Provides technical direction for requirements, interfaces, mechanical design, verification, testing, qualification, and delivery. Manages staffing, performance reviews, training, resources, proposals, cost estimates, risks, and process improvements. The role also oversees fabricated and machined components, electrical, pneumatic, and hydraulic subsystems, and communicates program status to customers and program leadership.

Electrical Engineering Interns will design, prototype, test, integrate, and document PCBAs and electrical systems for semiconductor manufacturing equipment. Responsibilities include schematic capture, layout, system bring-up, simulations, troubleshooting, requirements definition, and cross-functional collaboration with software, mechanical, and process teams. Interns will work on lithography, deposition, vacuum, motion-control, and plasma-etching systems while rapidly developing and productionizing hardware solutions.

Lead a team of mechanical engineers and contractors supporting a major medical isotope facility from design through construction, startup, and operational readiness. Set priorities, staffing, and performance expectations; ensure quality delivery of designs, calculations, specifications, and procurement packages; coordinate with cross-functional teams; support regulatory, licensing, construction, and field issue resolution; and represent mechanical engineering in executive reviews.

Design and analyze electrical power systems for substations and power projects, perform power system studies, develop protective relay settings, support FAT/commissioning, provide field troubleshooting, manage client communications, review team work, prepare specifications, cost estimates and reports, and support business development.

Lead end-to-end product development for next-generation boats, drive execution against milestones, strengthen engineering-production handoffs, build a high-performing team, improve manufacturability and quality, and partner with operations, supply chain, and sales to deliver production-ready products on time.

Assists mechanical engineers with building code research, HVAC load calculations, ductwork and piping sizing, mechanical construction drawings, equipment selection, and design document reviews. The intern communicates with project teams, supports design completion, and participates in at least one project site visit. The role requires pursuing a bachelor’s degree in Architectural Engineering and familiarity with AutoCAD and Revit.

Leads an electrical and mechanical engineering team while overseeing staffing, priorities, performance, and development. Designs, tests, troubleshoots, and improves LED lighting products; coordinates hardware, firmware, and software integration; manages engineering projects, documentation, supplier relationships, and manufacturing support. Drives root-cause analysis, corrective actions, continuous improvement, recruiting, onboarding, and cross-functional technical problem-solving.

Leads and develops a team of mobile software engineers building NPR applications. Responsibilities include coaching, hiring, Agile delivery, technical planning, code and design reviews, workflow automation, production incident response, vendor coordination, and cross-functional collaboration. The role requires prior hands-on mobile engineering experience, proficiency in native iOS or Android technologies, release infrastructure, Git, and Agile/Scrum practices.

Support manufacturing engineering by installing and sequencing equipment, analyzing processes and cycle times, preparing process documentation, recommending design and layout changes to improve manufacturability and productivity, assisting in problem resolution, conducting inspections, and supporting cross-functional manufacturing initiatives.

Designs and integrates mechanical systems and components for powertrain, engine installation, and cooling applications. Creates CAD models, assemblies, drawings, and documentation; analyzes designs for performance and manufacturability; routes tubes, hoses, brackets, and mounting systems; supports validation and simulation; investigates product issues; coordinates engineering changes; and collaborates with manufacturing, quality, operations, suppliers, and cross-functional engineering teams.

Engineering student supporting computer-aided engineering activities, including simulation-based validation and optimization of automotive powertrain components and systems. Responsibilities include applying mechanical engineering coursework, using CAD and simulation tools, solving technical problems, preparing reports, presenting findings, and collaborating with multidisciplinary teams.

Paid summer 2027 controls engineering internship in a food manufacturing environment. Interns will design, program, and test automated control systems; work with PLCs, HMIs, and robotics; and support system integration, optimization, and performance improvements. The role includes hands-on projects, collaboration with engineers, professional development, and potential relocation assistance.

Leads the design, integration, validation, and lifecycle support of electrical systems for AI and high-performance computing data center infrastructure. Develops power distribution architectures, controls, specifications, and validation plans; leads analysis, troubleshooting, system integration, prototype builds, manufacturing readiness, deployments, and technical roadmaps. Partners across engineering, manufacturing, supply chain, quality, and customer teams while mentoring engineers and driving technical strategy.

Provides technical leadership for mechanical architecture, design, analysis, validation, manufacturing readiness, and deployment of AI infrastructure platforms. Leads work across racks, enclosures, chassis, structural systems, liquid cooling, power interfaces, cable management, and modular systems. Defines requirements and design standards, drives trade studies and reliability assessments, supports prototype and validation activities, resolves cross-functional integration challenges, evaluates materials and manufacturing methods, and mentors engineering teams.

Leads the DevOps Engineering department and owns CI/CD architecture, DevSecOps security controls, ephemeral environments, release management, Kubernetes deployments, and progressive delivery strategies. Builds and mentors the engineering team, establishes DORA metrics, partners with Security, Engineering, QA, and Cloud Infrastructure, and drives deployment reliability, automated rollback, incident response, and long-term pipeline and environment roadmaps.

Participates in a 10–12 week engineering internship focused on reliability data gathering, verification, analysis, and strategy. Duties include supporting risk-based inspection and mechanical integrity programs, reviewing P&IDs and engineering drawings, extracting equipment and piping data, generating facility risk profiles, contributing to asset optimization studies, completing project deliverables, tracking performance metrics, and presenting final work. The intern also receives technical training, mentorship, networking opportunities, and exposure to the energy industry.

Develop, maintain, integrate, and test software for the Aegis Combat System Display Subsystem. Responsibilities include investigating problem reports, implementing C++ and Java fixes in Linux, preparing engineering documentation, participating in peer reviews, and supporting agile development. The engineer will work independently and on a small team, with occasional travel to customer sites for investigation, testing, and software integration.

Summer engineering internship involving hands-on projects in product design, equipment design, quality, manufacturing, process, and industrial engineering. Interns will solve real engineering problems, improve quality and throughput, reduce downtime, analyze processes, present findings, and collaborate across departments. The program includes coaching, mentorship, interactive learning, and opportunities to develop technical, communication, problem-solving, and leadership skills onsite in Port Huron, Michigan.

Advanced Research Engineering Interns design, build, and test proof-of-concepts; collect, process, and analyze vehicle sensor data; develop algorithms with cross-functional teams; and present prototypes to stakeholders. The role involves advanced operator assist systems, AI, digital twins, robotics, and automation. Interns own project outcomes, solve technical challenges, and work in person with mentors and leadership in Greene, New York.

Production Engineering Intern supporting process improvement in a manufacturing facility. Responsibilities include applying PDCA, analyzing production processes, improving efficiency and resource utilization, supporting safety and quality initiatives, implementing process controls and standardization, and applying Toyota Production System principles to material flow, inventory, and lead times. The role involves hands-on collaboration with cross-functional teams and requires full-time onsite work during Summer 2027.