Top Tech Jobs & Startup Jobs

Analyzes customer weld drawings, supports development of compliant welding processes, and evaluates destructive weld test data to identify process improvements in automotive manufacturing.

Lead deployment of digitization, automation, and Industry 4.0 technologies across manufacturing: plan, commission, program, and optimize PLCs, robots, MES/SCADA, IIoT, and analytics to improve OEE, data visibility, and continuous improvement.

Oversee fixtures, equipment evaluations, hand tools, and time studies supporting current and future assembly manufacturing programs. Manage the ergonomics program and assist with plant health and safety initiatives in an automotive seating manufacturing environment.

Design and manage a global procurement training program across divisions, groups, and business experts. Conduct needs assessments, develop blended learning curricula and materials using the ADDIE model, manage content updates and translations, coordinate vendors and training activities, establish procurement learning and communication hubs, and evaluate outcomes using the Kirkpatrick model. The role requires strong instructional design, procurement or supply chain expertise, project management, communication, and multimedia content development skills.

Support Body In White (BIW) and Closures engineering across concept, production design, release, and manufacturing. Create and maintain APQP documentation (DVP&R, DFMEA), define sourcing docs, maintain CTDS, support CAE/FEA, testing, manufacturing, quality, and supplier launch activities. Provide detailed mechanical engineering work, progress reporting, benchmarking, and cross-functional collaboration with AME, design studio, and global teams.

Supports financial planning, month-end and year-end close, reporting, budgeting, forecasting, variance analysis, working capital tracking, financial modeling, internal controls, process improvement, and audit activities. The role collaborates with departments to coordinate budgets, monitor financial and operational performance, ensure accounting compliance, and support management decision-making.

Leads Body in White vehicle engineering and design release activities from development through production. Responsibilities include CAD and CAE data release, subsystem design, benchmarking, target achievement, regulatory compliance, DVP&R and DFMEA review, production feasibility, supplier coordination, global milestone meetings, complex problem solving, and technical team development. The role supports complete vehicle launches and ensures designs meet performance, cost, quality, timing, safety, and manufacturing requirements.

Develops and improves automotive assembly manufacturing processes, including equipment specifications, labor estimates, layouts, lean improvements, launches, engineering changes, and production problem resolution. Leads 8D investigations, coordinates vendors and customer-site activities, supports quality and throughput objectives, and assists with employee training and supervision. Responsibilities also include employee relations, performance appraisals, scheduling, attendance management, safety, and production output oversight across varying shifts.

Manage automotive exterior programs from customer requirements through pilot parts and launch. Responsibilities include maintaining master timelines, controlling tooling costs, coordinating suppliers and cross-functional teams, managing APQP and engineering-change documentation, tracking open issues, leading build and value-analysis workshops, and presenting program updates to customers. The role requires extensive automotive exterior trim engineering experience, program management expertise, launch-tracking software experience, and proficiency with Microsoft Office tools.

Develops, validates, and improves automotive manufacturing processes, equipment, tooling, automation, and documentation. Supports new product launches, capital projects, APQP activities, supplier coordination, process validation, line balancing, capacity analysis, plant layout, root cause analysis, and continuous improvement. Uses Lean Manufacturing and Six Sigma methods to improve safety, quality, delivery, productivity, and cost. Requires cross-functional collaboration, production support, employee training, and occasional satellite-facility visits.