3^rd Year EEE Student

Hi, I'm Intishar Alam Misbahul. An ardent learner and maker.
Currently a 3^rd Year Electrical and Electronic Engineering (EEE) student at Imperial College London.
I am based in East London, UK. 📍

About Me

A dedicated engineering student 🎓

As a highly motivated 3rd-year EIE student at Imperial College London, I bring a diverse skill set encompassing Python, C family, HTML, CSS, and ReactJs. My passion for programming, web development, and hardware integration drives me to undertake innovative projects.

I have demonstrated my expertise in building websites (such as this one), creating games using Unity, and working on exciting electronics projects. Notably, I championed a science fair with a Java-based sonar radar system, showcasing my technical proficiency.

Beyond technical abilities, I am multilingual in English, Bengali, and Italian, which enables effective communication and collaboration with people from various backgrounds.

Top Projects

Each project is a unique learning experience

Smart Grid System - 2^nd Yr

As part of the Smart Power Grid Project at Imperial College London, I collaborated with my team to develop an innovative solar energy system. I utilized my CAD skills to design the hardware and played a key role in characterizing the photovoltaic array and Battery Management System, achieving a 25% increase in efficiency. Our project demonstrated our ability to apply theoretical knowledge to practical applications in energy management.

Embedded Systems

Python

Web Design

EERover - 1^st Yr

EERover is a project I did in a team at the end of my 1st-Year. The rover was designed to be controlled using a self-hosted web page. I was incharge of designing the chassis body, the arm (hosted sensors) and creating and designing the web server and the web page.

Front-End

Fusion 360

Arduino

Stock Market Prediction Model

This personal project involved developing a machine learning model to predict stock market movements. I used Python along with technical indicators like SMA, RSI, and ADX, and implemented Bagging SVM and Voting Classifier algorithms to achieve an 83% prediction accuracy.
Over a simulated three-year period, the model yielded a 159% return, demonstrating the effectiveness of the chosen approach.

Python

Machine Learning

Data Analysis

Console FPS Game Development

For my personal project, I developed a console-based FPS game using C++ that features real-time player movement and collision detection. I implemented raycasting techniques to create a 3D simulation, enhancing the gaming experience with optimized performance.
This project allowed me to deepen my understanding of game mechanics and improve my skills in C++ programming.

Real-time Processing

C++

Arduino & nRF24 Radio Controller

In this project I used Arduino Nano and nRF24L01 module to make a radio transmitter. The Arduino Nano takes in digital and analog inputs components on board and packages them in a data structure that is sent to receiver that decodes it and uses it as needed. What made this different from my other projects is the use of PCB which I designed using CircuitMaker 2 (Altium).