As an intern at Amcor, you'll meet and learn from leaders across the organization, work on meaningful projects, and build the skills, knowledge and network that will propel you career forward. Amcor's Summer Internship Program is designed to encourage practical application of classroom concepts in an advanced industrial manufacturing environment. From Day 1, Interns are paired with a Mentor who serves as their primary trainer, main point of contact, and professional role model throughout the summer. Matches are made based on mutual fit between the student's field of interest, the Mentor's area of expertise, and the team's workload. For Summer 2026, Amcor's Lawrence plant has 3 Mentors available for current college students seeking real-world experience in project, process, or controls/automation engineering. Amcor's Engineering Interns are dependable, curious, and not afraid to fail forward. They embrace the grind, take initiative, and proactively manage their resources amongst assigned projects, daily responsibilities, and impromptu tasks, ensuring their work meets expectations for safety, quality, and timeliness. All Engineering Interns share responsibilities such as supporting colleagues in Maintenance with SolidWorks and 3D printing activities, engaging in basic troubleshooting of industrial equipment (supervised), and assembling requested engineering prototypes. Each Engineering Intern's daily work will differ from their peer's as follows: Project: A balanced workday consisting of ~40% office administration (design, documentation, meetings), ~30% time on the production floor (taking measurements, observing automation, collaborating with technical team members), and ~30% hands-on activity (experimentation setup, execution, modification). Process: An active workday consisting of ~30% office administration (test plan development, documentation and execution, work order evaluation and trend analysis), and ~70% time on production floor (shadowing Process Engineer and Technicians, collecting data, training on injection molding operations, identifying process improvements). Controls/Automation: A computer-centric workday consisting of ~80% office administration (developing digital process monitoring systems, coding, referencing technical documentation), and ~20% time on the production floor (stakeholder meetings, collaboration with production and maintenance teams, training on electrical hardware and concepts). Projects that may be delegated to the interns include: Project: Suction cup lifecycle analysis, label loading tool design, centerline marking, rework inspection module development. Process: Short shot progression testing, process parameter sensitivity testing, troubleshooting part defect root causes. Controls/Automation: Build production monitoring dashboards, Human Machine Interfaces (HMIs) programming and installation, scrap transfer project development, pricing, and installation.
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Job Type
Full-time
Career Level
Intern
Number of Employees
5,001-10,000 employees