Job description
Join Aurora Packaging Group as a Packaging Engineer focused on product packaging development for leading consumer brands. You will drive innovative, cost-conscious packaging solutions from concept through production, balancing aesthetics, functionality, and sustainability.
In this role you will collaborate with design, R&D, supply chain, and manufacturing teams to translate creative packaging concepts into scalable, manufacturable solutions that optimize material use, reduce waste, and improve product protection.
We value curiosity, meticulous attention to detail, and a data-driven approach to packaging decisions.
Responsibility
- Lead end-to-end packaging development for new products, including concept ideation, prototyping, testing, and validation.
- Partner with design and engineering to ensure packaging reflects brand goals while meeting performance and cost targets.
- Evaluate materials, structures, and attributes for sustainability, recyclability, and regulatory compliance.
- Develop 3D models and specifications, maintain bill of materials, and support vendor selection.
- Collaborate with manufacturing to scale packaging designs for pilot runs and high-volume production.
- Own packaging validation plans, perform tests, document results, and drive design iterations.
- Lead risk assessments and DFx improvements to optimize manufacturability and margins.
Qualification
- BS/MS in Packaging Engineering, Industrial Design, Materials Science, or a related field.
- 5+ years in packaging development within consumer goods or cosmetics/food sectors.
- Strong CAD and 3D modeling skills (e.g., SolidWorks, Creo) and experience with PLM systems.
- Proven ability to translate concepts into manufacturable packaging that meets performance, cost, and sustainability targets.
- Knowledge of materials science, packaging regulations, and sustainability best practices.
- Excellent cross-functional communication and project management abilities with a data-driven mindset.
- Experience with supplier collaboration, prototyping, and pilot-line validation.