Innovative Virginia Tech Team and PSI Create Real-World Solutions for Greener Packaging
Williamsport, United States – October 31, 2025 / Gauge Digital Media /
Packaging Services Industries and Virginia Tech Partner to Advance Sustainable Packaging Design
Packaging Services Industries, Inc. continues its commitment to innovation, sustainability, and education through a partnership with Virginia Tech’s Packaging Systems and Design Department. For the second consecutive year, PSI collaborated with students in the university’s senior capstone course, Packaging Systems Design Practicum, offering them the opportunity to solve a real-world packaging challenge while gaining valuable hands-on industry experience.
As part of the project, a team of five Virginia Tech seniors—Austin Byrd, Clarissa Miller, Greg Greiner, Javar Saunders, and Natalie Lainhart—were tasked with developing a sustainable, e-commerce-ready packaging solution for a seven-piece stainless steel cookware set from one of PSI’s premium cookware clients. The collaboration allowed students to apply classroom knowledge to an authentic design problem, balancing environmental goals with performance and consumer experience.
The challenge presented by PSI was rigorous and industry-driven. The packaging needed to eliminate plastic, foam, and void fill while meeting strict sustainability requirements. It also had to pass ISTA 6A testing, fit efficiently on a standard pallet, be easy to assemble, and deliver a premium unboxing experience—all while protecting high-end cookware during shipping. This complex set of goals reflected PSI’s commitment to advancing sustainable packaging without compromising performance or design appeal.
Guided by PSI’s real-world requirements and the brand’s quality standards, the student team began by analyzing existing cookware packaging to identify trends and areas for improvement. Their initial research revealed opportunities to enhance both sustainability and efficiency in packaging design. Starting with sketches, mockups, and CAD drawings, the students then used PSI’s in-house 3D scanning technology to capture precise product measurements before creating their first prototype. While their initial design showed promise, it failed drop testing due to insufficient insert support, underscoring the challenge of balancing material reduction with product protection.
In response, the team revised its approach. The second prototype featured lighter E-flute inserts to improve cost and printability but did not pass durability testing. These setbacks became important learning moments, reinforcing the principles of iteration and design resilience. By the third round, the students developed a 32 ECT C-flute corrugated design that met performance requirements. This final version offered an optimal balance of structural integrity, sustainability, and ease of assembly. They also enhanced the consumer experience with perforations and thumbholes to create an intuitive and refined unboxing process.
The final packaging design featured a custom-engineered corrugated system using a two-part five-panel folder with layered inserts. The system was built entirely from corrugated materials, eliminating the need for plastic or foam, while maintaining superior protection and assembly efficiency. Additional highlights included SIPP-compliant construction, a substantial reduction in material usage, improved pallet efficiency, and a premium presentation through custom-printed inserts and recipe card inclusion.
Using the Compass EcoImpact tool, the students conducted a comparative sustainability analysis to measure their design’s environmental impact. The results showed that the new packaging outperformed the previous solution across all major categories, including greenhouse gas emissions, fossil fuel consumption, and end-of-life recyclability. The outcome demonstrated how thoughtful design and collaboration can advance both sustainability and brand experience in e-commerce packaging.
This partnership reflects PSI’s ongoing dedication to advancing sustainable innovation while supporting the next generation of packaging professionals. The company commended the students for their creativity, technical skill, and adaptability throughout the project. PSI also recognized the contributions of Virginia Tech professors Dr. Robert Bush and Dr. Matt Baker, along with PSI designer Molly Trinh, for their mentorship and guidance during the collaboration.
As a testament to the success of the program, one of the project participants, Greg Greiner, has joined PSI as a full-time Packaging Engineer. His transition from student to professional underscores the company’s commitment to fostering talent and bridging the gap between academic learning and real-world application.
Packaging Services Industries remains committed to cultivating partnerships that drive innovation, sustainability, and professional growth. Through its collaboration with Virginia Tech, PSI continues to empower the next generation of designers to develop creative, eco-conscious packaging solutions that align with evolving market and environmental demands.
About Packaging Services Industries (PSI)
Packaging Services Industries, Inc. is a leader in custom packaging design, manufacturing, and supply chain solutions. With a focus on sustainability, quality, and innovation, PSI provides tailored packaging services for clients across industries including e-commerce, retail, and industrial sectors. The company’s integrated approach combines engineering expertise with environmental responsibility to deliver impactful, efficient, and sustainable packaging solutions.
Contact Information:
Packaging Services Industries
16461 Elliott Pkwy
Williamsport, MD 21795
United States
Bobby Crawford
(724) 626-0100
https://psimd.com/
Original Source: https://psimd.com/blog/where-student-innovation-meets-real-world-packaging/
