Summit, Level 3, Room 321
This hands-on tutorial is designed to introduce participants to these powerful tools, focusing on SMILES, SELFIES, and molecular graph-based models.
Instructors: Jason Hattrick-Simpers, University of Toronto; Indra Priyadarsini, IBM Research–Tokyo; Seiji Takeda, IBM Research–Tokyo
The emergence of open-source foundation models in materials science is revolutionizing how researchers approach molecule design, property prediction and materials discovery. This hands-on tutorial is designed to introduce participants to these powerful tools, focusing on SMILES, SELFIES and molecular graph-based models. Participants will gain practical experience in fine-tuning these models with custom data sets, visualizing molecular embeddings and executing downstream tasks such as property prediction and molecule generation. Through interactive sessions, attendees will learn how to leverage these models to accelerate their R&D processes. The tutorial will walk participants through the entire workflow, from data preprocessing and model customization to evaluating results and interpreting insights.
Learning Objectives include:
Tutorial Schedule
1:30 pm
Introduction to Foundation Models in Materials Science,
Seiji Takeda, IBM Research–Tokyo, Japan
2:00 pm
Exploring SMILES, SELFIES and Graph Models with WebUI
Seiji Takeda, IBM Research-Tokyo, Japan; Indra Priyadarsini, IBM Research–Tokyo, Japan
2:45 pm BREAK
3:15 pm
Hands-On Coding with SMILES, SELFIES and Graph Models in Python
Indra Priyadarsini, IBM Research–Tokyo, Japan
4:00 pm
Practical Model Fine-Tuning for Real-World Applications
Indra Priyadarsini, IBM Research–Tokyo, Japan; Seiji Takeda, IBM Research–Tokyo, Japan; Jason Hattrick-Simpers, University of Toronto, Canada