AI Engineering Student | C++ Developer | Future Innovator
I’m Muhammad Umair, a dedicated and aspiring Artificial Intelligence student at UET Lahore with a strong interest in building intelligent, user-centric digital solutions. My expertise spans across C++, Python, and web development, with a passion for solving real-world problems through code. I’ve developed multiple academic and personal projects that reflect my command over both frontend and backend technologies, as well as my growing skills in AI and machine learning. I take pride in writing clean, efficient, and scalable code, and I’m always eager to explore new tools and technologies. With a strong foundation in software engineering principles, a commitment to continuous learning, and a collaborative mindset, I aim to contribute meaningfully to the tech industry and help shape the future of AI-driven innovation.
A transformative path from medicine to artificial intelligence
Achieved exceptional results in Matriculation with 1050 marks out of 1100, earning an A+ grade. This outstanding performance laid a strong foundation for my academic journey ahead.
Initially pursued Pre-Medical studies but discovered my true calling in technology and artificial intelligence. Made the courageous decision to pivot towards AI and computer science.
Achieved outstanding results in FSC with 972 marks out of 1200, earning an A+ grade. This academic excellence opened doors to prestigious engineering programs and validated my transition to technology.
Successfully secured admission to University of Engineering and Technology (UET) for Bachelor of Science in Artificial Intelligence, marking the beginning of my specialized AI education journey.
Aspiring to become a leading AI Engineer, contributing to groundbreaking artificial intelligence solutions that will shape the future of technology and society.
Tic Tac Toe – 3-Player Edition is an interactive 4x4 command-line application designed to accommodate three participants (X, O, and Y), each competing to establish four consecutive symbols across rows, columns, or diagonals. The game incorporates dynamic turn-based mechanics, vibrant terminal aesthetics, and robust victory/draw evaluation logic. It offers a refined take on the classic game, serving as an ideal exercise in multidimensional arrays, control flow, and algorithmic thinking in C++.
Scientific AI Calculator is an advanced computational engine designed to intelligently parse and evaluate user-inputted mathematical expressions using natural language processing. By integrating artificial intelligence with algorithmic precision, it accurately interprets complex, multi-layered expressions while adhering to the BODMAS precedence rules. This project exemplifies the convergence of modern AI techniques with traditional computational logic, delivering an intuitive, efficient, and context-aware solution for both standard and scientific calculations.
Have a project in mind or want to discuss potential opportunities? Feel free to reach out! I'm always open to collaborating on interesting projects or just having a chat about technology.