- Analysis and mathematical modeling of electrochemical systems for energy conversion and storage
- Investigating durability of batteries and fuel cells, particularly for transportation applications, with the objective of predicting life and developing mitigation strategies for specific failure mechanisms
- Applying concentration solution theory to measure and correlate transport properties of electrolytes used in fuel cells and batteries
Professor Fuller’s teaching interests center on core chemical engineering principles, including process design, thermodynamics, and unit operations, at both undergraduate and graduate levels. He emphasizes a strong foundation in fundamental concepts while integrating practical problem-solving approaches. His teaching approach actively engages students, fostering critical thinking and application of engineering theories in classroom and laboratory settings.
TA Zawodzinski, S Knights, HA Gasteiger, TF Fuller, M Watanabe, ..., I01Z - Historic Perspective on Polymer Electrolyte Fuel Cell Advances Celebrating the 30th Anniversary of PEFC(&WE) Symposium a Panel Discussion, 248th ECS Meeting (October 12-16, 2025), 2025
T Nohira, W Bao, T Fuller, Z02-ISRU 2, 248th ECS Meeting (October 12-16, 2025), 2025
W Schwarzacher, T Fuller, Y Norikawa, M Humbert, T Jacob, Z02-Fundamental Studies for Space Engineering 2, 248th ECS Meeting (October 12-16, 2025), 2025
TF Fuller, (Invited) Reflections on Writing a Textbook on Electrochemical Engineering, Electrochemical Society Meeting Abstracts 248, 2717-2717, 2025
L Onua, A Filipas, TF Fuller, N Liu, On the mass transport in tubular vanadium redox flow batteries, Batteries & Supercaps 8 (12), e202500263, 2025