Top Engineering Jobs

Manages engineering delivery across multiple scrum teams and products, overseeing technical solutions, engineering operations, resource planning, and staff development. Leads engineering strategy for a product line, partners with IT product leaders on roadmaps, manages employee and contingent labor resources, and contributes to complex enterprise initiatives. Requires expertise in software engineering platforms, cloud/SaaS, Agile development, forecasting, stakeholder management, and strategic organizational leadership. Preferred experience includes application security, DevSecOps, vulnerability remediation, and incident response.

Engineering interns join a multidisciplinary rapid prototyping team developing and assessing hardware, software, and AI solutions to nationally significant problems. Responsibilities span design, development, testing, and experimentation, including maritime autonomy and machine learning data-collection systems. Candidates should demonstrate strong Python programming, hands-on building experience, curiosity, initiative, communication skills, and interest in hardware/software projects. Raspberry Pi experience is required; machine learning deployment and Docker experience are preferred.

Provides engineering expertise for advanced nuclear research systems, laboratory modifications, test operations, and equipment procurement. Serves as a subject matter expert for shaker table testing and fixture design, troubleshoots technical issues, develops graphical models and technical evaluations, supports engineering calculations, and provides technical direction for strategic projects. Collaborates with engineers, scientists, facility managers, and operators across Idaho National Laboratory while applying DOE and engineering requirements.

Leads Pentair Pool’s Mechanical, Electrical, and VAVE new product development teams. Owns engineering specification quality, technical delivery, design authority, stage-gate governance, cross-functional decision-making, and design-for-cost initiatives. Manages three engineering managers and approximately 25–28 personnel while developing leadership talent and standardizing NPD processes. Requires extensive engineering leadership experience in hardware or electromechanical product development, multidisciplinary team management, front-end specification, value engineering, and program governance.

Leads 8–15 process engineers developing and releasing work instructions for SPARC Tokamak assembly. Oversees engineering workflows, planning tools, mechanical assembly standards, design feedback, talent development, and resolution of technical issues. Requires collaboration with design and field assembly teams, occasional hands-on assembly support, vendor travel, and onsite work during assembly operations.

Leads systems engineering for complex medical device products, including system architecture, technical strategy, requirements development, traceability, verification planning, integration, risk assessment, and design decisions. Translates customer, clinical, and business needs into system requirements while coordinating software, electrical, mechanical, quality, regulatory, and clinical stakeholders. Guides multidisciplinary product development from concept through verification, ensures compliance with design controls, evaluates emerging technologies, and influences global teams without direct authority.

Develop scalable software, web applications, and back-end services using multiple programming languages. Investigate and resolve software bugs, collaborate with design, product, and business teams, and contribute to high-volume software projects while receiving mentorship and hands-on learning opportunities.

Supports seed conditioning process engineering and production research projects involving seed drying, handling, sorting, treating, packaging, equipment testing, optical quality analysis, and process improvement. The intern conducts trials, applies design of experiments and statistical analysis, promotes data-driven decisions, develops visual management tools, and presents project findings to stakeholders. Work includes exposure to seed production plants, laboratories, and research and development functions.

Designs and develops analog and digital hardware for Navy electric power systems. Responsibilities include creating hardware and system specifications, developing and executing test plans, documenting designs, managing moderately complex hardware projects, coordinating with purchasing and manufacturing, and mentoring associate engineers and technicians. The role requires collaboration across engineering teams and supports the development of a new shipboard product line.

Own and shape a unified eCommerce engineering platform across multiple brands. Lead approximately 30 employees through engineering leaders, oversee quoting, ordering, catalog, inventory, fulfillment, order status, and customer projects, and unify WWT and Softchoice teams. Set technical direction, remain hands-on in architecture and code reviews, introduce AI-native practices, establish KPIs and SLAs, and partner with Product, UX, business stakeholders, and customers to deliver reliable, scalable digital commerce experiences.

Leads the architecture, integration, validation, safety, cybersecurity, and productization of industrial robotics and automation systems for rail yard operations. Owns system requirements, interfaces, technical roadmaps, trade studies, design reviews, verification, field deployment, and production readiness. Coordinates multidisciplinary engineering teams, suppliers, customers, and business units throughout the product lifecycle, from early research and prototypes through commercialization and lifecycle support.

Leads architecture, integration, validation, safety, cybersecurity, and productization of industrial robotics and automation systems for rail yard operations. Owns technical roadmaps, requirements, interfaces, design reviews, risk management, verification, validation, deployment, and production readiness. Coordinates multidisciplinary engineering teams, suppliers, manufacturing, customers, and business units throughout the product lifecycle, from research and prototypes through commercialization and field support.

Supports sustaining engineering for commercial intravascular ultrasound products. Responsibilities include design changes, feasibility studies, test method development, product testing, failure investigations, root cause analysis, regulatory compliance, engineering documentation, and cross-functional collaboration with manufacturing, marketing, project management, and regulatory teams.

Supports the design, development, integration, testing, and validation of medical devices for interventional cardiology and vascular therapies. Conducts feasibility studies, prototypes, failure-mode investigations, root-cause analyses, and technical problem solving. Collaborates with project management, quality, manufacturing, regulatory, and marketing teams. Prepares engineering documentation, technical reports, design history files, and regulatory submissions while presenting project updates.

Leads systems engineering and product development for complex medical device platforms. Responsibilities include system architecture, requirements development and traceability, verification planning, integration, risk assessment, design control compliance, and cross-functional technical leadership from concept through verification. The role aligns software, electrical, mechanical, quality, regulatory, clinical, and global stakeholders while evaluating connected healthcare technologies and mentoring engineering teams.

Summer engineering interns will support Stellantis Propulsion Systems teams in designing, developing, calibrating, testing, and validating engines, transmissions, batteries, electric drives, hybrid systems, HVAC, controls, and related technologies. Interns will work on-site in Auburn Hills, collaborate cross-functionally, complete project-oriented assignments, and present results to senior leadership. The internship runs May through August 2027 and requires 40 hours per week.

Lead and develop a software engineering team responsible for customer-facing products, payments, onboarding, internal tools, and production systems. Set technical direction, guide architecture, manage reliability and incident response, oversee delivery planning, and partner with Product, Design, QA, infrastructure, and business stakeholders. The role includes hiring, coaching, performance management, capacity planning, operational excellence, and accountability for system quality, availability, performance, and delivery outcomes.

Year-round mechanical engineering intern supporting maintenance projects at a steel processing plant. Responsibilities include machine and equipment design, plant layout improvements, continuous improvement initiatives, safety and environmental considerations, and collaboration with engineering and maintenance teams from design through implementation. The role is part-time during the academic year and full-time in summer, with hands-on experience in SolidWorks, AutoCAD, Microsoft Office, project management, and problem-solving.

Engineering intern supporting electric vehicle inverter manufacturing programs. Responsibilities include developing and evaluating production processes and equipment, verifying equipment installation and qualification, troubleshooting manufacturing issues, supporting testing and experiments, designing operational improvements, and writing code for safety and efficiency. The role requires collaboration across departments in a factory environment and offers exposure to automotive electronics manufacturing.

Develop and verify HDL-level FPGA systems for satellite communication platforms, including high-speed serial interfaces, digital processing cores, multiple clock domains, and management interfaces. Interns will design, test, validate, and deploy FPGA circuits, collaborate with engineers, and present work to peers and leadership. The role is onsite and requires strong communication skills.

Leads the global software engineering organization, setting engineering strategy, overseeing delivery, architecture, modernization, DevOps, AI-enabled development, quality, security, and reliability. Builds high-performing engineering teams, manages budgets and resources, develops leaders, and partners with Product, Design, Customer Success, and executive leadership to deliver scalable SaaS products and unified data capabilities.

Lead and grow a cross-functional software engineering team to deliver secure, high-quality cloud-native solutions. Manage day-to-day operations, mentor engineers, drive Agile/DevSecOps practices, coordinate architecture and roadmaps, oversee project delivery, budgets, and staffing, and collaborate with product and discipline leaders to support business objectives and technology modernization.

Supervise and support the design, validation, and delivery of technical cooling and secondary fluid network systems. Develop Creo models, assemblies, drawings, BOMs, PFDs, and P&IDs within PLM systems. Perform fluid-system sizing and validation testing, collaborate with suppliers and global engineering teams, support NPDI and prototype projects, and ensure designs meet manufacturability, quality, ASME, and ASHRAE standards.

Performs routine installation, maintenance, repair, troubleshooting, calibration, fabrication, testing, and operation of electronic and mechanical systems under close supervision. Supports technical documentation, software and hardware testing, equipment installation, inventory tracking, and customer coordination. Work may occur indoors, outdoors, at remote locations, and on varying shifts, requiring climbing and lifting up to 50 pounds.

Build and lead Afresh’s forward deployed engineering team, including hiring, execution, architecture, and technical customer relationships. Oversee AI platform integrations across enterprise grocery customers, define reference architectures, establish production standards, and decide which capabilities belong in the shared platform. Partner with platform engineering to convert deployment learnings into repeatable products and playbooks. The role is player-coach, requiring architecture reviews, technical discovery, debugging, customer engagement, and approximately 25–40% travel.