THE DAY TO DAY… • Support engineering staff by performing basic engineering assignments in the design and development of crane control systems (Electrical) or crane structures and mechanisms (Mechanical) • This can involve participation with planning, technology research, functional design, prototyping, product/component testing, etc. In this internship you will gain experience with: Electrical & Computer Engineering Interns: • Embedded controllers in electric over hydraulic circuits • Electrical circuit design in construction equipment applications • Hydraulic control systems • Creo / Windchill • C/C++ for embedded controllers • Microsoft Office Mechanical Interns: • Concept Development • Material Selection and Component Design • Production Improvements • Product Customizations • Creo / Windchill • Microsoft Office You will be exposed to: • Office Environment • Lattice boom crawler crane design and manufacturing • Design reviews • Structural fabrication processes including cutting, welding, forming, machining and more • The product development process and manufacturing principles • The systems prototyping process • Production changes • Final assembly processes • Quality assurance processes Manufacturing / Industrial Engineering: • Support continuous improvement and Lean manufacturing initiatives focused on safety, quality, delivery, and productivity. • Assist in the analysis and improvement of manufacturing processes, workflows, and plant layouts. • Participate in Kaizen events, value stream mapping, and waste reduction activities. • Develop and maintain standard work instructions, process documentation, and visual management tools. • Collect, organize, and analyze production data to identify improvement opportunities and support decision making. • Assist with time studies, capacity analysis, labor utilization, and line balancing activities. • Support implementation of manufacturing process changes and validation of improvements. • Collaborate with production, engineering, quality, and supply chain teams to resolve manufacturing issues. • Gain exposure to assembly processes, material flow, ergonomics, and manufacturing systems. • Support root cause analysis and corrective actions related to safety, quality, and productivity concerns. • Utilize AutoCAD, Word, Excel, and PowerPoint, or other data analysis tools to create reports, dashboards, and performance metrics. • Assist with new product introductions and manufacturing readiness activities. Preferred Qualifications: • Pursuing a degree in Industrial Engineering, Manufacturing Engineering, Mechanical Engineering, or a related field. • Basic understanding of Lean Manufacturing, Six Sigma, or continuous improvement principles. • Proficiency in Microsoft Excel and data analysis tools. • Strong analytical and problem-solving skills. • Interest in manufacturing operations, process improvement, and heavy equipment production. • Experience with process mapping, data collection, or statistical analysis is a plus.