Top Engineering Jobs

Provides technical leadership and hands-on software development for automated scientific instruments integrating robotics, motion control, imaging, sensors, actuators, and data systems. Responsibilities include software architecture, hardware integration, testing, CI/CD, deployment, observability, requirements translation, troubleshooting, technical reviews, and mentoring. The role partners with scientists and multidisciplinary engineers to transition prototypes into reliable, maintainable laboratory platforms.

Graduate or PhD STEM interns will support space and mission vehicle engineering activities, including requirements development, system architecture, algorithm development, signal and data processing, hardware and software design, integration, and testing for spacecraft, satellites, payloads, and related systems.

Software engineering interns will own end-to-end projects supporting satellite platform testing systems. Work may span ground support equipment and flight hardware, including software design, analysis, building, and testing. Interns receive mentorship, participate in aerospace learning sessions, and collaborate with engineering teams on impactful spacecraft projects.

Paid 12-week engineering internship in Sonoco’s Reels Industrial Paper Products Division in Hartselle, Alabama. Interns gain hands-on manufacturing and packaging experience, complete projects with industry experts, participate in plant tours and leadership activities, and receive networking and feedback opportunities. The role requires enrollment in a bachelor’s or master’s program, technical aptitude, leadership experience, strong communication skills, and prior internship experience. Housing, relocation assistance, and activity support are provided.

Coordinates industrial engineering projects and engineering changes, maintains manufacturing documentation and BOM content, supports process system design and preproduction launches, tracks project milestones and KPIs, and manages cross-functional action items. Requires manufacturing experience, accurate recordkeeping, and collaboration with Operations Engineering and other teams. The role involves up to 10% travel and participation in hiring referral and mentoring programs.

Leads embedded software development for missile defense technology, overseeing requirements analysis, object-oriented design, coding, unit testing, integration, formal testing, and delivery. Manages software engineering teams, including staffing, training, performance assessment, work assignments, and talent development. Ensures adherence to software standards, development processes, documentation practices, and lifecycle requirements while collaborating across multidisciplinary teams.

Leads a Systems Engineering group of 10–15 engineers while performing technical program work. Oversees SEIT processes, cost, schedule, technical quality, staffing, employee development, and milestone reviews. Leads Chief Engineers responsible for CONOPS, mission analysis, requirements allocation, interface definition, architectural design, and descriptive modeling. Collaborates with engineering functions, program offices, and customers on defense systems, while supporting MBSE, product line architecture, and Agile initiatives.

Design, develop, implement, verify, and test guidance, navigation, and control algorithms for aircraft, spacecraft, launch vehicles, and upper stages. Responsibilities include navigation data processing, guidance equations, control laws, vehicle modeling, simulation, algorithm validation, and control requirements development. The role requires C++, MATLAB or Python, strong mathematics, and familiarity with Linux, Agile, DevOps, CI/CD, and Git.

Lead and mentor software engineering teams across multiple product pods. Provide technical direction, oversee production services and operational readiness, manage on-call and incident response, support hiring and career development, and drive cross-functional planning and delivery. The role requires strong people-management experience, technical judgment, production-service expertise, and the ability to work asynchronously in a distributed startup environment.

Leads Salesforce’s distributed Sandbox engineering organization of approximately 25 engineers and managers. Owns service development, reliability, performance, capacity, roadmap execution, and large-scale distributed systems. Manages and develops engineering leaders, builds leadership pipelines, partners cross-functionally on product strategy, and drives engineering excellence, AI-assisted development, operational improvements, and geographically distributed support models.

Develop and maintain scalable full-stack applications on Salesforce’s distributed systems platform. Responsibilities include designing and implementing features, collaborating with architects and product owners, creating data mappings and test cases, deploying code, and conducting automated unit, integration, functional, acceptance, performance, and smoke testing. The role requires strong software engineering fundamentals, Java or similar-language expertise, knowledge of web and backend systems, LLM familiarity, and effective cross-functional communication.

Lead and develop a controls team to design, program, integrate, commission, and maintain PLC, HMI/SCADA, and industrial control systems. Oversee automated piping and process systems, troubleshoot electrical/instrumentation/network issues, manage projects, contractors, and ensure compliance with NFPA, UL, OSHA and safety standards while improving reliability and performance.

Leads and scales the Starship supplier development engineering organization, managing managers and engineers responsible for supplier quality, reliability, cost, delivery, and process stability. Sets strategic roadmaps, mitigates supply-chain and quality risks, supports make-versus-buy decisions, drives cross-functional improvements, and ensures conforming flight hardware is delivered at production rate. The role also oversees hiring, succession planning, performance development, KPI reporting, and senior stakeholder alignment across engineering, manufacturing, production, and supply chain.

Ground Software Engineering Interns will design, develop, deploy, and maintain software operating spacecraft. Interns will contribute to scoped projects and software-stack tickets while working closely with engineers, receiving mentorship, and participating in aerospace learning sessions. The role requires software architecture knowledge and enrollment in a related BS or MS program, with graduation in Fall 2027 or Spring 2028. Spring interns must be able to adjust academic commitments during the 12-week program.

Leads process engineering, operational excellence, and quality systems across manufacturing processes including extrusion, anodizing, fabrication, and finishing. Manages engineers and technicians, drives continuous improvement and zero-defect quality, strengthens supplier and customer quality processes, applies TPS principles, and partners with site leaders to improve shop-floor performance and supply chain quality.

Leads software quality engineering for F-16 software and systems. Develops quality processes, audit strategies, verification and validation methods, and software inspection practices. Reviews requirements, designs, source code, test plans, and traceability for compliance with contractual, technical, safety, and process standards. Guides lifecycle quality activities across Agile, Scrum, or DevSecOps environments, mentors engineers, analyzes deficiencies, and supports airworthiness certification and reliability objectives.

Develop and improve software controlling satellites, including embedded systems, simulations, and user interfaces. Interns will enhance microcontroller software for space applications and develop embedded software for new spacecraft hardware components. The 10–12 week program includes a project with meaningful impact, mentorship, aerospace learning sessions, and professional networking.

Leads the Industrial Engineering department and establishes global and regional strategies. Manages engineers, recruitment, succession planning, metrics, process standardization, forecasting, systems configuration, process mapping, and continuous improvement. Oversees cost reduction, Lean support, production system performance, and site-wide process integrity while applying industrial engineering tools and coordinating with broader manufacturing operations.

Designs and maintains CI/CD pipelines, cloud infrastructure, infrastructure-as-code, container platforms, monitoring, and DevSecOps controls. Automates deployments and operational processes, supports Kubernetes and hybrid environments, troubleshoots production incidents, improves reliability and security, and collaborates with engineering, architecture, cybersecurity, and operations teams. The role also mentors junior engineers and establishes reusable platform automation, deployment standards, runbooks, and continuous improvement practices.

Engineering Metrology Intern supporting the design of FAA-approved aftermarket aircraft parts. Responsibilities include using precision metrology tools, developing and interpreting 3D CAD drawings and scans, creating dimensional reports in Excel, applying measurement best practices, and collaborating with engineering and metrology teams. The role is part-time and requires attention to detail, safe parts handling, troubleshooting, and concurrent university enrollment.

Lead the Athlete Data Platform engineering team, overseeing backend services, mobile SDK integration, data pipelines, AI-native development practices, and productionized data science models. Own platform architecture, reliability, latency, cost, privacy, security, and consumer SLAs. Hire, develop, and performance-manage engineers while driving roadmaps, technical design reviews, build-versus-buy decisions, cross-functional alignment, and executive communication across engineering, product, data science, sport science, privacy, and security teams.

Supports technical and engineering assignments within manufacturing engineering while enrolled in an accredited degree program. The intern may use CAD software and work with CNC machines, G-code, CAM, 2D drawings, and geometric dimensioning and tolerancing. Facility access eligibility is required.

Manages a test engineering laboratory and leads engineers and technicians performing spacecraft, missile, subsystem, antenna, RF, EMI/EMC, and PIM testing. Oversees test planning, procedures, execution, post-test processing, equipment maintenance, facility modernization, capital improvements, staff training, workload prioritization, and employee development. Coordinates testing with program teams while ensuring technical, schedule, cost, and contractual requirements are met.

Leads the plant engineering function for an industrial filtration operation, overseeing maintenance, controls, process engineering, engineering standards, budgets, shutdowns, contractors, procurement, capital and revenue projects, compliance, and continuous improvement. Manages engineering teams, drives OEE and operational performance, develops technical capabilities, evaluates new technologies, and ensures safe, lawful, cost-effective delivery of engineering work.

Leads and mentors a 6–10-person software engineering team delivering customer-facing financial products. Oversees the full software development lifecycle, project execution, quality, operational excellence, incident management, modernization, cloud-native architecture, and AI-assisted development adoption. Partners with product, design, and business stakeholders on roadmaps, requirements, and delivery while fostering an inclusive, high-performing engineering culture.