Innovative Label Solutions Engineer II – Product Development

Avery Dennison; Miamisburg (OH); In loco; USD 90.000 - 130.000; Tempo pieno

Descrizione del lavoro

Avery Dennison is seeking a Product Development Engineer II, Label Solutions in Ohio. You will lead development of new label technologies by selecting materials, adhesives, coatings, and inks, and work with cross-functional teams to translate VOC into technical requirements.

The role involves lab and pilot-scale experiments, collaboration with manufacturing and suppliers, addressing production issues, and contributing to sustainability goals through advanced materials and digital triggers.

Competenze

• Degree in chemical/materials science or related field.
• 3–4+ years of industrial NPD experience.
• Knowledge of materials science, adhesives, coatings, inks.

Mansioni

• Develop labels by selecting materials, adhesives, coatings, and inks to meet end-use requirements and manufacturability targets.
• Lead lab and pilot-scale research to develop technical solutions delivering needed characteristics.
• Support the introduction of new labels into production and troubleshoot manufacturing issues.
• Collaborate with NPD and global leaders to translate VOC into technical specifications for commercialization.
• Plan technical milestones via stage-gate processes and guide cross-functional decisions.

Conoscenze

Cross-functional collaboration

Problem solving

Analytical thinking

Communication skills

Formazione

Bachelor's degree in Chemical Engineering, Polymer Science, Chemistry, or Materials

Descrizione del lavoro

Avery Dennison is seeking a Product Development Engineer II, Label Solutions in Ohio. You will lead development of new label technologies by selecting materials, adhesives, coatings, and inks, and work with cross-functional teams to translate VOC into technical requirements.

The role involves lab and pilot-scale experiments, collaboration with manufacturing and suppliers, addressing production issues, and contributing to sustainability goals through advanced materials and digital triggers.