Top Engineering Jobs

Software engineering interns will design, develop, test, and debug customer-facing infotainment, mobile, connectivity, and telematics software for software-defined vehicles. Projects may involve Android Automotive applications, platform software, wireless and cloud integrations, 3D graphics, automation, and integration testing. Interns will collaborate with product and design teams, resolve development issues, and present progress. Candidates must be enrolled in a bachelor's or master's program and proficient in Kotlin, Java, C++, or Python.

Interns will develop closed-loop spacecraft test platforms, including 6DOF, software-in-the-loop, and hardware-in-the-loop simulations. They will execute simulation testing strategies to validate and verify satellite system performance, functionality, and reliability while collaborating with engineering teams and receiving mentorship throughout a 12-week aerospace internship.

Tenure-track Assistant Professors will teach undergraduate mechanical engineering courses and labs, support student engagement and retention through effective pedagogy, pursue professional development and scholarly activities, and provide departmental and university service. Priority areas include manufacturing, materials, mechanics, mechanical design, and related engineering fields. Faculty may develop courses, collaborate with academic and industry partners, seek funding, and contribute to hands-on engineering education.

Manufacturing Engineering Intern supporting assembly, coatings, and new product development projects. Responsibilities include Lean process improvement, value stream mapping, finishing-process monitoring, process data analysis, root-cause investigations, capability studies, tooling and equipment design, process documentation, and cross-functional collaboration. The intern will apply engineering principles, SPC, DFA, and Lean practices while contributing to pilot builds, product launches, and existing-process improvements at an onsite Indianapolis facility.

Leads a team of design and project engineers developing and improving electro-mechanical brake and clutch products. Oversees technical ownership, VAVE initiatives, customer applications, engineering drawings, GD&T, CAD modeling, FEA, and validation reporting. Collaborates with manufacturing, R&D, and customers while ensuring product quality, cost effectiveness, safety, and regulatory compliance. The role includes hands-on troubleshooting, technical leadership, and up to 10% domestic travel.

Leads Snowflake’s cloud infrastructure performance strategy by evaluating new AWS, Azure, and GCP hardware, building benchmarking and validation systems, analyzing CPU, memory, and I/O bottlenecks, and developing price-performance models. Partners with engineering, finance, cloud providers, and silicon vendors to guide hardware adoption and rollout decisions. Establishes performance architecture and methodology, automates scorecards and readiness workflows, mentors engineers, and advances company-wide performance engineering practices.

Supports the Goodyear production plant’s project engineering team while learning to lead high-priority projects, collaborate with contractors and team members, report results, and develop manufacturing processes and standards. The internship includes exposure to facility engineering responsibilities, plant routines, food safety, quality systems, and production environments with machinery and confined spaces.

Supports the production plant project engineering team at fairlife’s Coopersville facility. The intern will learn to lead and report on high-priority projects, collaborate with team members and contractors, develop processes and standards, and understand facility routines, manufacturing complexity, food safety, and quality requirements. This is an on-site, 11-week summer internship involving standing, walking, machinery exposure, and lifting up to 50 pounds.

Designs and develops power electronics and microprocessor-based embedded hardware for vehicle and equipment applications. Responsibilities include circuit design, simulation, worst-case analysis, integration, verification, validation, documentation, and production support. The engineer collaborates with manufacturing, quality, and supply management teams while providing onsite technical support. Preferred experience includes inverters, DC/DC converters, battery management electronics, rugged environments, hybrid or electric vehicles, circuit simulation, and FPGA-based designs.

Lead a 3-5 developer team to design, build, and maintain 55ip's market data platform and ETL processes. Partner with stakeholders to define solutions, run Agile/Scrum, enforce coding standards and testing, support UAT and post-launch, and mentor engineers while delivering high-scale financial data projects.

Leads Oishii’s controls engineering function, including automation system design, electrical and controls deployment, commissioning, maintenance, controls strategy, vendor management, and large-scale capital projects. Builds and manages a controls engineering team, coordinates with engineering, operations, maintenance, and plant science groups, oversees budgets and timelines, ensures safety and code compliance, and develops executive-level roadmaps for globally deployed indoor farming systems.

Contribute to software application development across the software development life cycle, including coding, testing, debugging, technical design, and integration. Collaborate with technology and business teams, analyze issues, support regulatory and information security compliance, and develop solutions across platforms. Participate in training, mentorship, and leadership opportunities while building technical, analytical, and communication skills.

Lead a team of Salesforce and enterprise platform administrators while defining platform strategy, governance, security, integrations, release management, and technical delivery. Oversee Salesforce configuration, access controls, data quality, workflows, reporting, performance, compliance, vendor solutions, and platform upgrades. Partner with product, engineering, IAM, vendors, and business stakeholders in an Agile environment to deliver scalable and innovative platform capabilities.

Leads engineering for large, complex, multidisciplinary projects, making technical, cost, schedule, risk, and performance decisions. Establishes engineering plans and governance, coordinates clients, vendors, procurement, construction, commissioning, and operations, and oversees design reviews, deliverable approvals, quality, compliance, and corrective actions. Communicates project status and risks to clients and senior leadership, supports proposals and business development, and mentors project engineering personnel while promoting safety and continuous improvement.

Develops accurate, coordinated plans, layouts, models, details, and design drawings for industrial, transmission, processing, and energy facility projects. Incorporates engineering requirements and field information, coordinates designs across disciplines, reviews deliverables for accuracy and compliance, supports site visits and as-built documentation, participates in design reviews, resolves technical issues, and maintains project documentation while following HSE procedures.

Serves as engineering authority for nonconformances on a restricted aerospace program. Performs dispositions for defective parts, assemblies, and installations; coordinates multidisciplinary engineering solutions; supports aircraft subsystems and composite and metallic structures; and maintains the Material Review Board process. Uses NX, VisPro, MES, and TeamCenter. The role requires hands-on production experience, strong communication and problem-solving skills, and an active Secret clearance with eligibility for SAP access.

Leads a 10–15-person hardware design engineering team supporting custom test solutions and specialized equipment for aerospace and defense platforms. Oversees engineering projects from proposal through testing and delivery, manages technical risks, schedules, performance, staffing, contracts, and customer relationships. Drives continuous improvement, employee development, hiring, retention, and cross-functional collaboration while ensuring program deliverables meet leadership and customer expectations.

Quality Engineering Intern supporting manufacturing and engineering projects through data collection, trend analysis, quality audits, documentation, troubleshooting, and continuous improvement. The role collaborates with design, manufacturing, production, and quality teams; assists with resolving quality issues; supports employee training; and maintains engineering records. Assignments may also involve product drawings, manufacturing processes, technical support, and customer or prototype visits.

Engineering internship supporting industrial, mechanical, product, and quality assignments in a manufacturing environment. Responsibilities include assisting with engineering projects, maintaining bills of material and routing data, developing processes, supporting product drawings and technical information, analyzing quality trends, conducting audits, troubleshooting, documenting results, and collaborating with design, manufacturing, sales, and quality teams.

Leads engineering delivery across multiple facilities, coordinating clients, site teams, schedules, quality, staffing, performance, and continuous improvement. Provides technical support in aerospace design or stress engineering, including CATIA V5 aero-structural design, aircraft structure validation, manufacturing support, or static, fatigue, and dynamic stress analysis. Requires cross-functional coordination with engineering, production, quality, tooling, and customers.

Lead technical strategy and delivery for complex software projects, translating business needs into technical specs, mentoring engineers, enforcing QA and risk mitigation, evaluating new technologies, and liaising with stakeholders to ensure timely, high-quality outcomes.

Manage and mentor a software engineering team developing VALORANT gameplay cosmetics. Own premium content technology across artist workflows, out-of-game experiences, and in-game usage. Establish technical vision, guide feature design and delivery, collaborate with art, design, product, and technology teams, recruit engineers, and improve engineering quality. Support team growth, culture, accountability, and long-term talent development while working directly in the codebase.

Leads the firmware engineering team for FlashTec storage products, overseeing architecture, development, integration, validation, release, project planning, and risk mitigation. Partners with hardware, ASIC, validation, systems, product management, and customer engineering teams. Develops managers and engineers, advances Agile practices, resolves complex firmware issues, and contributes to storage technology roadmaps while fostering innovation, quality, and continuous improvement.

Leads and grows a platform and infrastructure engineering team, setting technical strategy, driving delivery, and maintaining operational excellence. Responsibilities include hiring, team development, architecture, cloud infrastructure, reliability, incident response, on-call programs, deployment management, and cross-functional leadership. The role guides scalable, resilient foundations supporting product engineering and promotes AI-assisted development practices.

Talent community opportunity for engineers interested in current and future PDW roles in Boston. Potential work spans mechanical, electrical, embedded software, and software engineering for unmanned tactical robotic systems, including design, development, integration, testing, debugging, and production support. Candidates should have a relevant technical degree or equivalent experience, hands-on engineering skills, strong troubleshooting ability, cross-disciplinary collaboration skills, and willingness to work with hardware and prototypes. ITAR eligibility requires U.S. citizenship, permanent residency, or qualifying asylee/refugee status.