Doctoral Dissertation: 'Programming the Continuum: Towards Better Techniques for Developing Distributed Science Applications' [June 2025]. The abstract mentions introducing new techniques for programming distributed science applications deployed across the computing continuum.
Research Experience
Worked at Apple, Google, and the Texas Advanced Computing Center. Research areas include:
- Distributed Systems: Designing new programming paradigms that decouple communication from application design to enable multiple data movement methods.
- Scalable Deep Learning: Exploring new techniques for improving deep learning training time and scalability.
- AI for Science: Training large transformer-based language models on broad scientific literature, developing frameworks for coupling AI and simulations on exascale supercomputers, and building innovative and large-scale solutions to scientific challenges.
Education
Completed a Ph.D. in Computer Science with Globus Labs at the University of Chicago, co-advised by Ian Foster and Kyle Chard; Bachelors in Computer Science from the University of Texas at Austin.
Background
Computer Scientist // Software Engineer. Research interests span high-performance computing, distributed systems, and deep learning frameworks.