I am a student at the University of Illinois at Urbana-Champaign who is passionate about his studies and hopes to one day shape the world. I will complete my undergraduate program in Spring 2026 with a major in computer engineering and a minor in semiconductor engineering. I am also one of the first recipients of the Samsung Technology Track Scholarship at UIUC.
Pioneered the future of high-power electronics through groundbreaking innovations in gallium oxide technology and dedicated to developing next-generation components that push the boundaries of performance and efficiency for a wide range of applications, from advanced computing to renewable energy systems.
This research focuses on semiconductor devices and collecting data on various materials. This project falls under a larger research project with ARPA-E. As part of this work, I developed a high-precision three-axis staging system to characterize 172nm lamps and analyze the resulting data in LabVIEW.
Advising Professor: Dane Sievers
This research discovered a new approach to measuring blood-glucose levels using non-invasive methods. Electroosmosis and Raman spectroscopy are at the core of our methodology.
Advising Professor: Ujjal Bhowmik
498 - Quantum Information Processing Theory
445 - Senior Design
444 - IC Device Theory & Fabrication
391 - Computer Systems Engineering
340 - Semiconductor Devices
329 - Fields and Waves I
385 - Digital Systems Laboratory
210 - Analog Signal Processing
313 - Probability with Engineering Applications
298 - Semiconductor Chip Revolution
297 - Individual Study
220 - Computer Systems & Programming
120 - Intro to Computing
110 - Intro to Electronics
285 - Differential Equations
257 - Linear Algebra with Computational Applications
241 - Calculus III
231 - Calculus II
213 - Basic Discrete Mathematics
486 - Quantum Physics I
214 - Intro to Quantum Physics
213 - Thermodynamics
212 - Electrostatics & Magnetism
211 - Mechanics
357 - Numerical Methods I
374 - Introduction to Algorithms
225 - Data Structures