Mohammed
Amir
As a software engineer and lifelong learner, I see technology as my canvas for innovation. I transform intricate systems into intuitive masterpieces, crafting solutions that blend clarity with user-centric design. Eager to shape the future, I strive to be at the cutting edge of tech breakthroughs, painting each project with a vision of seamless functionality and engaging user experiences.
C++
C
C#
Python
JavaScript
Kotlin
React
HTML5
CSS3
Bootstrap
Threejs
PHP
Nodejs
Flask
Expressjs
MySQL
PostgreSQL
SQLite
MongoDB
AWS
Azure
GCP
Docker
GitHub
Git
Postman
Arduino
Figma
I hold a BASc in Computer Engineering and a minor in Artificial Intelligence from the University of Toronto, specializing in developing scalable, user-focused software solutions. With expertise in Node.js, React.js, Express.js, and Python, I design and build efficient systems that integrate seamlessly with databases like MongoDB, PostgreSQL, and MySQL. My approach combines backend development, RESTful APIs, and cloud-based services with responsive front-end design, ensuring both performance and intuitive user interaction. I thrive in Agile environments, focusing on delivering impactful, user-centered solutions while continuously advancing my skills in a rapidly evolving tech landscape.
An educational website designed to explain engineering and its many disciplines and niches to high schoolers, providing an environment in which users can explore how all fields of engineering contribute to the development of an everyday object.
An events hub web application designed for University of Toronto students and clubs, allowing clubs to advertise their events, students to sign up for these events, and user to find events that cater to their interests and needs.
A website that allows users to upload a video file or URL, to convert it to audio form in a convenient, intuitive manner. The user can then add timestamps and comments on the audio and save it for later use.
A ResNet18 AI classifier designed to assist in Leukemia classification and reduce delays in cancer treatment. The model developed can classify existence and progression of Leukemia through analysis of peripheral blood smears, assessing lymphocytes by shape, size, and relative density.
A text messaging application for Linux-based environments that encrypts messages using network protocols between multiple clients. Allows users to log in and view their messages, conversations, and which users are online.
A large-scale geographic information system (GIS) of 12 different major cities using C++, using the OpenStreetMap API developed to function like existing mapping software. Cities are modeled as directed graphs with over 25 million nodes.