Getting started in polymer compute-driven design: Predicting glass transition temperature in the Materials Science Suite

Glass transition temperature (Tg) is a critical property for polymers and polymer products used in aerospace, automotive, pharmaceutical formulations, and electronic packaging. Understanding and predicting Tg enables smarter, faster, and more reliable polymer innovation.

Kickstart your transition to compute- and AI-driven polymer design by predicting Tg. Join Andrea Browning, Schrödinger’s Senior Director of Polymers, as she shows you how simulation software can be used to improve your polymer development. Learn from a live demo of building polymers and polymer formulations and running a Tg prediction workflow. During the webinar, you will be able to ask questions and leave with an understanding of how to incorporate this tool into your R&D strategy.

Key Highlights:

• Build polymers and polymer formulations using Materials Science Maestro, an interactive platform for materials design
• Initiate and run a Tg prediction workflow
• Enhance your results with robust uncertainty analysis