About Me
Hi I'm Prathmesh! I'm a Computer Engineering and Computer Science third year at The University of Wisconsin-Madison. I'm interested in Software Development, Embedded Systems, Robotics, and Data Science.
I'm passionate about creating solutions to make the lives of people safer, easier, and more efficient. After all, in a world of robots and AI, it's the people that matter the most.
Checkout My Projects!
Experience
Amazon-
Incoming Software Development Engineering Intern
May 2025 - August 2025Clarios-
Data Science Modeling Intern
- Developed a signal processing and feature extraction algorithm using dynamic time warping to gather relevant features from vehicle crank signals.
Clarios-
Data Analytics Intern
- Proposed, designed, implemented, and tested an automated report management application.
- The application identifies outdated and unused reports and sends emails to report owners to identify if the report can be archived or if updates are needed. Azure OpenAI was used to classify report owner responses.
- Update events created Azure DevOps work items, and archival events automatically archived reports using the PowerBI REST API.
Projects
Here are some of my projects displaying my skills and interests.
ShelfWise
ShelfWise is a virtual pantry web app that helps users manage their groceries and reduce food waste. Users can simply scan grocery receipts and the app will extract food items, automatically updating the virtual pantry with each item and estimated expiry dates. Users will get notified before their food expires. Users can manage items easily with natural language and a virtual assistant, and also generate custom recipes based on their pantry contents all in one place.
Autonomous Collaboration in Robotic Arms
This project showcases the use of ROS2, Python, and Networking for the autonomous control and collaboration of two robot arms to pick up, hand off, and deliver objects safely and smoothly.
Knights-Tour FPGA Robot
A two wheel mobile robot which solves the Knights Tour problem on a 5x5 chessboard using an Altera Cyclone III FPGA. The robot will solve the problem from any starting position. All robot code was in System Verilog.
