News: Computer Science
Read the latest news from the College of Natural Sciences at The University of Texas at Austin
Improved Brain Decoder Holds Promise for Communication in People With Aphasia
Restoring some language for aphasia sufferers, like Bruce Willis and a million other Americans, could involve AI.

UT News
UT Leads Defense Research in Robotics
A University of Texas at Austin collaboration with Army Futures Command is accelerating responsible AI research advancement.

Department of Computer Science
Researchers Reduce Human Effort in Robot Training
A UT Robot Perception and Learning Lab project is reshaping humanoid robot training by focusing on data generation.

Department of Computer Science
Record Number of Computer Science Undergraduates Earn Research Recognition
Prasann Singhal, Alan Baade, Lusia Mao and Yahya Sohail won recognition from the Computer Research Association.

Department of Computer Science
Risto Miikkulainen Receives Recognition Linked to AI Research, Industry
2024 brought acclaim for the computer science professor, leading in artificial intelligence and neural networks.

UT News
Computer Science Professor Receives Regents’ Recognition for Outstanding Teaching
Etienne Vouga, a computer science professor at UT Austin, has received a 2024 Regents’ Outstanding Teaching Award.

Remembering Turing Award Winner E. Allen Emerson
Emerson was a pioneer of a computer science technique called Model Checking that has become a standard approach in hardware and software development.

Turbocharging Protein Engineering with AI
Biotech advances from UT’s new Deep Proteins group are changing the game with help from artificial intelligence.

Department of Computer Science
Senior Turing Scholar Publishes Second Computer Science Research Paper
Alan Baade developed a new AI architecture that converts a phrase from one person's voice to another, just by listening.

AI Trained on Evolution’s Playbook Develops Proteins that Spur Drug and Scientific Discovery
EvoRank offers a new and tangible example of how AI may help bring disruptive change to biomedical research and biotechnology more broadly.
