Manufacturing Engineering Intern

We are seeking a motivated and hands-on Manufacturing Engineering Intern to support operations at our high-speed connector stamping facility. This internship provides real-world exposure to manufacturing processes, tooling, automation, and continuous improvement in a production environment that supplies critical components for metal-connected wood trusses. The ideal candidate is eager to apply engineering fundamentals, learn on the floor, and contribute to improving safety, quality, throughput, and cost.

• Support manufacturing engineers in daily production activities within a high-speed stamping environment
• Assist with process optimization initiatives focused on safety, quality, efficiency, scrap reduction, and uptime
• Participate in time studies, line balancing, and capacity analysis for stamping and secondary operations
• Assist with tooling, die, and press-related projects, including setup improvements and documentation
• Support troubleshooting of manufacturing issues related to equipment, material flow, product quality, and basic automation systems
• Help develop and update standard work, work instructions, and process documentation
• Participate in continuous improvement activities such as 5S, kaizen events, and root cause analysis
• Collaborate with production, maintenance, quality, and engineering teams to support cross-functional initiatives
• Complete a site-specific engineering project and formally present results and recommendations to Division leadership

• Fundamentals of high-speed metal stamping and connector plate manufacturing
• Exposure to progressive dies, press operations, electrical systems, controls, PLC-driven equipment, Fanuc robotics and material handling systems
• Understanding of manufacturing workflows, constraints, and real-world production challenges
• Application of lean manufacturing and continuous improvement principles in a plant environment
• Experience executing an engineering project from problem definition through analysis, implementation, and leadership presentation

• Problem Solving: Ability to approach manufacturing problems methodically and propose practical solutions
• Curiosity & Learning Orientation: Actively seeks to understand processes, equipment, and root causes
• Attention to Detail: Demonstrates care and accuracy when working with data, documentation, and processes
• Drive to Excel: Takes initiative, follows through on tasks, and strives for measurable results
• Team Collaboration & Communication: Works effectively with operators, technicians, and engineers; communicates clearly verbally and in writing
• Adaptability: Comfortable working in a fast-paced, hands-on manufacturing environment with changing priorities

• Rising Junior or Senior pursuing a Bachelor’s degree in Manufacturing Engineering, Mechanical Engineering, Industrial Engineering, Electrical Engineering, or a related field from an accredited institution
• Strong interest in manufacturing, automation, and industrial processes
• Basic understanding of engineering principles related to mechanics, materials, electrical systems, or manufacturing processes
• Exposure to controls, PLCs, sensors, or industrial automation is a plus
• Proficiency with Software such as AutoCAD and Microsoft Office tools (Excel, PowerPoint, Word, and PowerBI)
• Ability to learn quickly, work independently with guidance, and manage multiple tasks
• Willingness to spend time on the manufacturing floor in an industrial environment

• Manufacturing plant environment with exposure to production equipment, noise, and moving machinery
• Combination of office-based work and time spent on the shop floor
• Ability to stand, walk, bend, and observe processes for…