Eduardo Molina, Ph.D. 📦

Professional Summary

Packaging science researcher at Virginia Tech focused on cold chain packaging, transport packaging optimization, corrugated fiberboard performance, and sustainable packaging systems.

Education

Ph.D. in Forest Products (Packaging)

2017-06-01
2020-12-17

Virginia Tech

M.Sc. in Forest Products (Packaging)

2015-08-10
2017-05-15

Virginia Tech

B.S. in Industrial Production Engineering

2007-02-05
2012-02-10

Costa Rica Institute of Technology

Interests

Cold Chain Packaging Packaging Supply Chain Optimization Unit Load Performance & Design Corrugated Fiberboard Testing E-commerce Packaging Systems Sustainable Packaging Design Transportation Packaging Research
Research

My research bridges the gap between packaging materials science and supply chain performance. I focus on understanding how packaging components interact within the distribution system to optimize performance, reduce waste, and improve sustainability.

Core Research Areas:

Cold Chain Packaging — Research, consulting, and contract testing services to help companies develop and validate packaging solutions for temperature-sensitive products — from pharmaceuticals to fresh food and biological materials. Equipped with heat flow meters, DSC, and advanced thermal modeling tools, the lab evaluates insulation performance, prototypes insulated shipping containers, and conducts field data collection for shock, vibration, temperature, and humidity. We follow industry standards including ASTM D3103-20, ASTM D4332, ISTA 7D, and ISTA 7E. A core focus is advancing sustainability in cold chain logistics by assessing bio-based and recyclable insulation alternatives, evaluating phase change materials to reduce refrigerant waste, and optimizing packaging designs to lower carbon footprint without compromising product integrity.

Unit Load Optimization — Investigating the mechanical interactions between pallets, packaging, and products during warehouse storage and transportation. My Ph.D. work developed friction-driven finite element models and Gaussian process surrogate models to simulate and predict load bridging effects in racked pallets.

Corrugated Fiberboard Performance — I established and manage the only IKEA-certified corrugated fiberboard testing laboratory in North America, as part of the Center for Packaging and Unit Load Design. This lab evaluates and certifies performance properties of corrugated board for manufacturers and end users.

E-commerce & Last-Mile Delivery — Exploring packaging challenges in direct-to-consumer fulfillment, including consumer perceptions of e-commerce packaging and operational efficiency in last-mile grocery delivery.

Packaging Supply Chain Systems — Optimizing packaging design decisions for manufacturing productivity, distribution efficiency, and sustainability across the supply chain.

Publications
(2023). Predicting the effect of pallet overhang on the box compression strength. PTS.
(2023). Investigation of Last-Mile Grocery Delivery in a Suburban Environment. ISTA 2023.
(2022). Investigation of the consumer perceptions of e-commerce packaging. IAPRI 2022.
Research Projects

Corrugated Fiberboard Testing & Certification

Operating the only IKEA-certified corrugated fiberboard testing laboratory in North America for performance evaluation and certification.

Unit Load Optimization & Load Bridging

Modeling mechanical interactions between pallets, packaging, and products to optimize warehouse storage and transportation performance.

E-commerce Packaging & Last-Mile Delivery

Investigating packaging challenges in direct-to-consumer fulfillment, consumer perceptions, and last-mile delivery operations.

Students & Lab

Current Students

Information on current graduate and undergraduate researchers coming soon. If you are interested in joining the lab, please reach out.


Center for Packaging and Unit Load Design

As Associate Director, I oversee the packaging materials testing operations at the Center for Packaging and Unit Load Design. Our facilities include the only IKEA-certified corrugated fiberboard testing laboratory in North America, where students gain hands-on experience evaluating and certifying packaging materials.


Interested in joining? I am always looking for motivated graduate students and undergraduate researchers interested in packaging science, supply chain optimization, and sustainable materials. Please contact me with your CV and research interests.

Teaching

Current Courses

Fall Semester

  • Packaging Development — Principles and practices in developing packaging systems from concept to market.
  • Packaging Distribution Systems — Analysis of packaging performance within distribution and logistics networks.

Spring Semester

  • Sustainable Operations Management — Operations management principles with a focus on sustainability in manufacturing and packaging.
  • Sustainable Packaging Design — Design methodologies for creating environmentally responsible packaging solutions.

Additional Courses Taught

  • CAD in Packaging — Computer-aided design tools for packaging engineering.
  • Introduction to Packaging Systems & Design — Foundational course for the packaging program.
  • Packaging Machinery & Production — Packaging machinery systems, production line design, and operational efficiency.

Professional Development Courses

  • Short Course: Material Handling and Warehousing
  • Short Course: Prologis Material Handling and Warehousing

Teaching Philosophy

I develop hands-on learning experiences for undergraduate and graduate students, and industry professionals. My courses connect theoretical foundations with real-world packaging challenges, leveraging industry partnerships and our testing facilities to give students practical, career-ready skills.

Contact

Dr. Eduardo Molina Assistant Professor, Packaging Systems and Design Associate Director, Center for Packaging and Unit Load Design

Email: molina@vt.edu Phone: (540) 231-8215

Office: Department of Sustainable Biomaterials Virginia Tech Blacksburg, VA 24061

Office Hours: By appointment


For prospective students: Please include your CV, transcripts, and a brief statement of research interests when reaching out.