Education
I graduated from undergrad at MIT in 2023 with a double major in Computer Science & Engineering (6-3) and Physics (8-flex). I then received my Master of Engineering in Computer Science from MIT in 2024.
Research
I was a member of the COMMIT Group in the CSAIL research lab at MIT which focuses on compilers. My undergrad and masters research involved optimizing Lattice Quantum Chromodynamic computations through the autogeneration of Halide compiler code via a simple description of the system. This allows automating the code generation for the computations instead of handwriting the code as done in the past.
Results
Class History
Class Highlights
- Software Performance Engineering
- Theory of Computation
- Design and Analysis of Algorithms
- Quantum Physics I, II, & III
- Artificial Intelligence
All Classes
MEng (5th Year)
Fall
- 6.5440/6.S954: Algorithmic Lower Bounds
Senior
Fall
- 6.106: Software Performance Engineering
- 6.8611: Quantitative Methods for Natural Language Processing
- 21M0.053: Rhythms of the World
- GENED 1074 (Harvard Class): The Ancient Greek Hero
Spring
- 6.506: Algorithm Engineering (Graduate Level)
- 6.512: Formal Reasoning about Programs (Graduate Level)
Junior
Fall
- 6.046: Design and Analysis of Algorithms
- 6.170: Software Studio
- 6.840: Theory of Computation (Graduate Level)
- 8.05: Quantum Physics II
- 8.13: Experimental Physics I
Spring
- 6.033: Computer Systems Engineering
- 8.06: Quantum Physics III
- 14.13: Psychology and Economics
- 21H.154: Inventing the Samurai
Sophomore
Fall
- 6.009: Fundamentals of Programming
- 6.006: Intro to Algorithms
- 8.03: Physics III
- 8.033: Relativity
- 3.091: Intro to Solid State Chemistry
- 21H.007: Intro to Ancient and Medieval Studies
IAP
- 6.S191: Intro to Deep Learning
- 6.S095: Intermediate Probability Problem Solving Techniques
Spring
- 6.031: Elements of Software Construction
- 6.004: Computation Structures
- 8.04: Quantum Physics I
- 8.044: Statistical Physics I
- 7.016: Intro Biology
- 9.00: Intro to Psychological Science
Freshman
Fall
- 8.022: Physics II
- 18.03: Differential Equations
- 6.034: Artificial Intelligence
- 21W.021: Writing and Experience: MIT Inside, Live
IAP
- 8.223: Classical Mechanics II
- 6.S089: Intro to Quantum Computing
Spring
- 6.08: Intro to EECS via Interconnected Systems
- 6.036: Intro to Machine Learning
- 6.042: Mathematics for Computer Science
- 18.06: Linear Algebra
- 21H.336: The Making of a Roman Emperor