When extending product’s shelf life, this starting by collaborating with packaging engineers through -Analyzing spoilage patterns like oxidation or moisture damage. -Evaluate advanced materials such as oxygen scavengers or light-blocking films, then verify performance through accelerated aging tests. -Prototype solutions and test under realistic conditions while assessing cost versus benefit. -Maintain continuous feedback with engineers to align technical solutions with business goals, ensuring optimal shelf-life extension that’s both effective and practical.

✓ Collaborating with packaging engineers starts with clear communication of product needs—shelf life, texture sensitivity, temperature tolerance, and sustainability goals. ✓ I’d involve them early in the development phase to ensure packaging aligns with both functional requirements and brand identity. ✓ Regular brainstorming sessions and pilot testing help refine the design, while cross-functional feedback ensures practical feasibility. ✓ By treating packaging as an extension of the product, rather than an afterthought, we can co-create solutions that enhance protection, appeal, and performance in the market.

Packing is critical now a days basically depends on the following - Is your packing is sustainable? - Is it compatibility for Q- commerce - Is it easy to assembly and disassembly ? - what about reuse & recycle info - Is there any creativity or customer enguagement - Storage method and to customer avilable

Extending Shelf Life: A Product-Specific Approach Different products require unique strategies to extend shelf life. For example: - Food products: Modified atmosphere packaging, vacuum packaging, or aseptic packaging can help prevent spoilage and contamination. - Pharmaceuticals: Specialized packaging, such as blister packs or bottles with desiccants, can maintain product potency and stability. - Cosmetics and personal care products: Airless packaging or nitrogen-flushed containers can prevent oxidation and degradation. - Electronics and batteries: Moisture-resistant packaging and desiccants can help prevent corrosion and damage. To effectively work with packaging engineers, it's essential to consider the specific product.

I start by aligning on the shelf-life goal and any regulatory or formulation constraints. I work closely with packaging engineers to explore material options, barrier properties, and sealing methods that support product stability. We collaborate on shelf-life testing and review data together. I ensure QA, R&D, and operations are looped in early to make sure changes don’t disrupt flow or compliance. Clear communication and shared objectives keep the process efficient and successful.