Manufacturing Engineer Intern: Automation & OEE Improvement

Textron Inc.; Muskegon (MI); On-site; USD 25,000 - 30,000; Part time

Job summary

Textron in Muskegon, MI offers a 2027 Internship in Manufacturing Engineering (CWC Textron). The program partners with engineering and maintenance to tackle process opportunities, analyze patterns, tooling, and system operations, and gain hands-on exposure to blow molding and automotive fuel system assembly.

You will conduct cycle-time studies, create standardized work instructions, and perform root-cause analysis to reduce scrap and downtime while supporting NPI launches.

Qualifications

• Pursuing a university degree in Engineering or Applied Science with automation/robotics focus.
• Skills in data analysis, electronics, software engineering, robotics/automation, or mechatronics.
• Internship/Co-Op seeking candidates for hands-on manufacturing experience.

Responsibilities

• Work closely with the engineering and maintenance functions.
• Problem-solving on current and prospective process opportunities.
• Gain understanding of patterns, tooling and layout, and system operations.
• Understand blow molding and assembly process for automotive fuel systems.
• Conduct cycle time studies to identify bottlenecks and drive improvements to reduce scrap and downtime.
• Create standardized work instructions as needed.
• Analyze Scrap and Downtime on a production line using Pareto and trend scrap drivers.
• Work to analyze operational equipment efficiencies and drive improvements via A3/root cause analysis.
• Participate in operational meetings and assist the NPI group for flawless launches.

Skills

Data Analysis

Electronics

Software Engineering

Robotics/Automation

Mechatronics

Education

Engineering or Applied Science degree in progress

Job description

Textron in Muskegon, MI offers a 2027 Internship in Manufacturing Engineering (CWC Textron). The program partners with engineering and maintenance to tackle process opportunities, analyze patterns, tooling, and system operations, and gain hands-on exposure to blow molding and automotive fuel system assembly.

You will conduct cycle-time studies, create standardized work instructions, and perform root-cause analysis to reduce scrap and downtime while supporting NPI launches.