Top Engineering Jobs

Leads sustaining process engineering for a fleet of laser powder bed fusion metal 3D printers. Manages engineers and technicians, printer qualification, metrology, fleet health monitoring, troubleshooting, statistical experimentation, process improvement, and lab operations. Partners with hardware, software, applications, manufacturing, and customers to improve print quality, consistency, and production efficiency. Oversees hiring, training, performance management, qualification reports, root-cause investigations, SOPs, and resource planning.

Performs field evaluations, failure analysis, calculations, repair drawings, and recommendations for in-service equipment and piping systems in process-industry facilities. Develops specifications and construction work packages, interfaces with clients and construction teams, prepares reports, and supports field execution. The role requires a mechanical engineering degree and may involve industrial field conditions, heights, confined spaces, lifting, PPE, and varied weather.

Lead a multi-team engineering organization responsible for delivery, technical quality, production reliability, security, privacy, and AI-native development practices. Build scalable teams and managers, establish cross-team delivery systems, partner with Product and Design, oversee observability and incident response, use engineering metrics to guide improvements, and shape hiring, leveling, and talent development.

Leads mechanical design engineers developing surgical instruments and accessories for the da Vinci system. Oversees product development from feasibility through launch and post-market improvements, including design requirements, prototyping, testing, verification, documentation, design transfer, and quality compliance. Manages staffing, budgets, schedules, performance, career development, and lab resources while collaborating with product management, clinical, regulatory, manufacturing, supplier, and human factors teams.

Leads a 25+ person engineering organization through two Directors, overseeing delivery quality, technical architecture, platform scalability, AI-enabled engineering practices, and new product development. Partners with Product and the Chief Scientist to align roadmaps, launch new manufacturing intelligence products, improve platform efficiency and reliability, develop engineering leaders, and represent engineering strategy and risks to executives.

Leads and mentors Java engineering teams delivering scalable digital and rental-platform services. Oversees microservices architecture, API-first development, cloud-native technologies, DevOps, testing, observability, security, and production reliability. Drives mainframe modernization by integrating COBOL, CICS, and DB2 systems with Java platforms, APIs, and event-driven architectures. Partners with product, architecture, cloud, security, and QA teams to execute modernization initiatives and improve engineering quality, delivery speed, and operational stability.

Supports sustaining engineering for PCBAs in tape automation systems. Investigates electrical issues, performs root cause analysis, manages component obsolescence, supports ECOs and product revisions, coordinates with suppliers and contract manufacturers, validates component substitutions, reviews schematics and manufacturing documentation, and develops test procedures. The role collaborates cross-functionally to improve reliability, quality, manufacturability, and production continuity.

Leads lithography process engineering for high-volume semiconductor manufacturing. Responsibilities include sustaining and optimizing photolithography processes, developing and transferring new processes, integrating EUV and advanced scanner technologies, improving yield and quality, resolving complex process issues, coordinating cross-functional mitigation plans, and managing engineers and technicians. The role requires support for 24/7 operations, strong process-control expertise, and leadership across manufacturing, engineering, quality, IT, and operations teams.

Leads electrical hardware engineering teams through design, validation, tooling, and testing for complex server products. Oversees internal and outsourced development partners, reviews designs for compliance, drives technology integration, and provides architectural leadership across projects. Mentors engineers and evaluates hardware designs, modeling, testing, thermal management, and emissions performance. Requires expertise in x86 server architectures, high-speed buses including PCIe and DDR4/DDR5, and advanced electrical hardware design.

As an Engineering Manager, you will mentor junior developers, recruit senior talent, and align engineering efforts with product goals in a collaborative healthcare environment.

Leads a multidisciplinary engineering team responsible for defense-system integration, verification, validation, and test execution. Oversees test planning, equipment setup, readiness reviews, compliance, risk mitigation, supplier coordination, and technical reporting. Manages integration schedules, interfaces, nonconformances, corrective actions, and customer relationships while developing engineering talent and improving test automation. The role requires full-time onsite work in Northridge, California, and an active DoD Secret clearance.

Leads AVE Mission Engineering activities, including trajectory analysis, 3DOF and 6DOF simulation development, targeting, operational analysis, and flight-test predictions. Provides technical authority, assigns and oversees team tasking, interfaces with integrated product teams, and communicates mission engineering results to leadership. Ensures program execution, staffing, metrics, training, requirements compliance, and delivery of engineering work. Supports weapon-system effectiveness, vehicle maneuverability, accuracy, environments characterization, and related ICBM mission objectives.

Design, develop, test, integrate, deploy, and maintain enterprise software applications and services using Java, Spring, Spring Boot, RESTful APIs, microservices, and distributed architectures. Participate in architecture discussions, code reviews, Agile ceremonies, automated testing, troubleshooting, documentation, and continuous improvement. Collaborate with software, quality, and product teams to deliver scalable, secure, and maintainable solutions.

Supports aerospace and defense customer solutions by combining hardware and software capabilities. Develops system-level reference designs, including schematics, PCB layouts, fabrication, assembly, and lab testing. Gathers requirements, creates functional specifications, documents solutions, troubleshoots systems, and collaborates with customers, sales, product teams, and business units to influence product roadmaps.

Supports submarine platform systems engineering and integration through requirements development and verification, technical issue resolution, test planning, CONOPS development, interface management, MBSE, spatial arrangement integration, 3-D model reviews, and NAVSEA coordination. Interns collaborate across engineering disciplines and gain exposure to submarine design programs while working onsite at an Electric Boat location for at least eight weeks during summer 2027.

Supports enterprise systems, DevOps workflows, deployments, infrastructure, monitoring, configuration management, and automation. Troubleshoots technical issues, validates system changes, documents procedures, performs quality testing, and assists with scripting and continuous improvement. The internship provides hands-on exposure to Linux, cloud technologies, system administration, networking, databases, and application deployment while collaborating with Systems Engineering and other technical teams.

Build and ship end-to-end software features across the stack, taking workflows to production and solving real-world problems at scale. Interns will work with technologies including React, React Native, TypeScript, Python, Node.js, PostgreSQL, and cloud infrastructure. The role emphasizes rapid iteration, code quality, customer empathy, communication, and contributing to AI-powered software for offline sales organizations. This is an in-office NYC position requiring intensive collaboration and customer interaction.

Test Engineering Interns will work with test engineers to develop and conduct research-related product tests across office, shop, laboratory, and field environments. Responsibilities involve product testing and applying data acquisition, CAN controller, and vibration measurement knowledge. Candidates must be pursuing mechanical, electrical, or related engineering and demonstrate confidence, resourcefulness, and independence.

The Process Engineering Intern will support manufacturing process improvements, automation and robotics integration, process control, yield improvement, and design for manufacturability. Responsibilities include analyzing experiments, updating process documentation, benchmarking practices, supporting capital projects, resolving production issues, participating in design reviews, and presenting project updates. The intern will collaborate with cross-functional teams and attend workshops or trade shows with limited travel.

Build and maintain secure, full-stack cybersecurity and compliance applications for cloud and on-premise environments. Develop APIs, integrations, data ingestion and normalization, risk analytics, relationship models, role-based access, CI/CD pipelines, and containerized deployments. Support post-quantum cryptography and compliance workflows while troubleshooting production issues and applying DevSecOps practices. Collaborate across engineering, cloud, cybersecurity, and compliance teams in a highly regulated, ambiguous product environment.

Entry-level electrical engineering role supporting the design, analysis, documentation, quality control, and implementation oversight of building electrical systems. Responsibilities include electrical calculations, client communication, project coordination, multidisciplinary collaboration, safety review, and compliance with codes and standards. The role provides mentorship, training, and opportunities to develop consulting and technical expertise.

Develop embedded C/C++ and Python software for robotic and ultrasonic testing systems. Build diagnostics, tooling, tests, and workflows; integrate hardware-facing interfaces; investigate system behavior; document findings; and collaborate with engineering teams. The internship is full-time and onsite in Pittsburgh during Summer 2027.

Lead process engineering design and execution for mining, mineral processing, material handling, and heavy industrial facilities. Develop PFDs, P&IDs, calculations, specifications, and equipment designs; coordinate multidisciplinary teams; oversee quality, safety, commissioning, and client expectations. Support proposals, business development, client relationships, conferences, and project pursuits. Mentor engineers and establish engineering standards and best practices. Regular travel to offices, project sites, and industrial facilities is expected.

Lead process engineering and design for mining, mineral processing, materials handling, and heavy industrial projects. Develop PFDs, P&IDs, process calculations, equipment specifications, and industrial system designs. Serve as lead engineer on multidisciplinary projects, coordinating scope, budgets, schedules, reviews, and commissioning activities. Manage client relationships, proposals, business development, and industry representation. Provide technical oversight, mentor engineers, establish standards, and recommend improvements to safety, reliability, throughput, and efficiency.

Designs process piping, industrial ventilation, equipment layouts, and plant systems for mining and heavy industrial projects. Develops plans, specifications, detailed drawings, and process flow diagrams while collaborating with multidisciplinary engineering teams. May support construction administration by interpreting plans, observing progress, and maintaining compliance reports. Requires a mechanical engineering degree and 2–5 years of progressive mechanical systems design experience. Hybrid work is available in Duluth or Bloomington, Minnesota, with up to 15% travel.