Accelerate the possible by joining a winning Amcor team that’s transforming the packaging industry and improving lives around the world.

At Amcor, we unpack possibility through our innovative and responsible packaging to provide solutions that benefit our customers, our people and our planet.  More than 10,000 consumers worldwide encounter our products every second and rely on us for safe access to food, medicine and other goods. We value their trust by making safety our guiding principle. It’s our core value and integral to how we do business.

Beyond this core principle, our shared values and behaviors unite us as we work together to elevate customers, shape lives and protect the future. We champion our customers and help them succeed. We play to win – adapting quickly in an everchanging world – and make smart choices to safeguard our business, our communities and the people we serve for generations to come. And we invest in our world-class team, empowering our colleagues to unpack their potential, because we believe when our people grow, so does our business.

To learn more about playing for Team Amcor, visit www.amcor.com I LinkedIn I Glassdoor I Facebook  I YouTube

Job Description

The Tool Designer is responsible for the design, modification, and continuous improvement of thermoforming tooling used in medical packaging production. This role supports new product development, engineering change execution, and production efficiency through CAD design, prototype and production tooling development, and ongoing optimization of existing tools. The Tool Designer works closely with Manufacturing, Quality, Process Engineering, and internal tool shop to ensure tooling meets performance, quality, and regulatory requirements.

WHAT YOU GET TO DO

Tool Design & Development

• Design thermoforming tooling (prototype and production) for medical packaging applications
• Create and maintain 2D and 3D CAD models (tool components, assemblies, layouts)
• Support prototype tooling builds, trials, and iterations for new products
• Transition prototype tooling into robust, repeatable production tooling
• Ensure tooling designs meet forming, trimming, cooling, and material performance requirements