73F56780-8A70-4EDF-BA03-AFC5A1BC3979_1_201_a.heic

Shashwat
Choudhry

A lead researcher by day, capturing and curating moments by night

Illinois Semiconductor Workshop @ UIUC

This work highlights my hands on experience with device level engineering and cleanroom protocols at UIUC, targeted toward semiconductor industry professionals. Through detailed technical documentation of nano fabrication processes, I effectively bridged the gap between theoretical solid state physics and practical applications.

Semiconductor Fabrication

IIT Research @ Armour R&D

This project utilizes machine learning to analyze complex systems, specifically how bacterial species influence drug metabolism, and is designed for biomedical engineers and academic researchers. By employing data driven visualizations, I can effectively translate complex biological interactions into clear, actionable insights for cross disciplinary teams.

CRC Research using ML

Digital Laboratory

ABOUT

Merging Builds & Breakthroughs

I am a researcher and engineer with a strong interest in how fabrication and computation intersect at the nanoscale. My academic work has explored data driven approaches to understanding complex systems, including prior research on how bacterial species influence cancer. This academic foundation is complemented by hands-on semiconductor fabrication experience at the University of Illinois Urbana-Champaign, where exposure to nano fabrication processes and device-level engineering solidified my goal of pursuing a future in chip fabrication and nano fab technologies.

Outside the lab and classroom, I enjoy expanding my perspective through photography, MMA, engineering projects, hiking, and lifting.

Industry and Applied Research

Screenshot 2026-04-07 at 12.44.34 AM.png

2

UIUC Nano Technology Lab:

Part of Nano Fabrication research at Nick Holonyak Micro and Nanotechnology Laboratory @ UIUC
Presented a novel solution to wafer waste using machine learning to pinpoint common fail points
Awarded and Recognized for best poster/presentation
Image key(right top & left bottom) : Live testing of P-MEMFET system / Physics Validation @ Materials Lab
Key Skills: Nano fabrication processes, Device-Level Engineering, Cleanroom Protocols, Materials Analysis.

Personal Custom Algorithm Development

Developed a Python based canary token designed to securely track IP addresses and device information from localized links
Created a back tested model to find ideal stock buy an sell algorithms through industry standard formulas
Image Key(left top) : Back testing Various Industry Standard Algorithms
Key Skills: Full Stack Systems Design, Cybersecurity Fundamentals, API Integration, Quantitive Analysis

Core Engineering Competencies & Academic Application

Through coursework in advanced ECE subjects, I've gained hands on experience designing and simulating reliable hardware components, including a fully functional 6-to-1 multiplexer with 5-bit wide inputs, which I developed using VHDL code and comprehensive simulations, solidifying my understanding of digital logic and hardware architecture
Image Key(right bottom) : Data Cleaning for Research @ Armour College of Engineering
Key Skills: VHDL coding, Schematic Design, Hardware Simulation, Digital Logic.