Prabrit's Portfolio

About me

I am an undergraduate student in Computer Science and Engineering at Kalinga Institute of Industrial Technology (KIIT) with a strong interest in building intelligent and user-friendly technology solutions. My academic journey has allowed me to explore diverse areas of computer science, including Machine Learning, Agentic AI, and Frontend Web Development.

I aspire to contribute to innovative projects that combine my technical knowledge with creativity, while also growing as a professional in the ever-evolving tech landscape.

What i'm doing

Machine Learning

Experience in data preprocessing, model building, and evaluation. Applying ML techniques to solve real-world problems and develop intelligent systems.
Web development

Frontend web developer in the making — crafting clean, simple, and responsive designs.
Photography

I make high-quality photos of any category.

Resume

Education

Kalinga Institute Of Industrial Technology (KIIT)
2022 — present
Barasat PCS Govt High School
2010 — 2021

Projects

Blue Book for Bulldozers - AI-ML Prediction model Link

Developed an AI-ML model using 2013 Kaggle competition data to predict auction sale prices for heavy equipment, creating a "blue book" for bulldozers.
Agentic AI Project - Coding Agent Link

A terminal-based AI assistant designed to help developers search, generate, and understand code quickly. Built with Agno, Groq, and DuckDuckGo, it focuses exclusively on coding-related queries while delivering fast and reliable results.
Coffee shop website - coffee-buzz Link

This is a basic coffee shop website built using HTML and CSS . Node Js is used for open street map api call to show the location of the coffee shop.
Weather Website Using API Link

Designed a dynamic weather website utilizing an API to collect and display real-time weather information, including temperature, humidity, and wind speed.
Tic-Tac-Toe Game Link

This is a simple yet intelligent Tic Tac Toe game built with React.js, where a human player competes against an unbeatable computer powered by the Minimax algorithm. The computer always plays optimally and cannot be defeated!
Sonar_System_LCD Link

Designed and implemented an Arduino-based sonar system using an HC-SR04 ultrasonic sensor and SG90 servo motor to detect and visualize object distances. Integrated a 6102 LCD display to provide real-time distance measurements and radar-like visualization. Developed the core program in Arduino (C/C++), optimizing servo control and sensor readings for smooth and accurate display.