Osama Aftab

Versatile Computer Engineer with strong foundations in both hardware and software. Skilled in OOP, data structures, digital logic design, embedded systems, and database design. Experienced in advanced topics like machine learning, Digital image processing, and game development. Brings interdisciplinary insight from electives in renewable energy and smart systems, with a focus on efficient, innovative solutions.

Remote Health Monitoring System
Developed a machine learning–based software to monitor patients remotely by collecting real-time data such as heart rate, blood oxygen level, and temperature. Integrated predictive algorithms trained on medical datasets to assess susceptibility to specific diseases, enabling early diagnosis and proactive care.

• Worked as an assistant software developer at an international association and maintained there website and monitored their databases containing the members details and implemented SQL techniques to manipulate the data according to the client's needs
• Worked as an intern at a software house and collaborated on projects related to Concepts of React,C++ and JS

• Developed an Electronic Voting Machine using an FPGA board for the Digital System Design course. The system featured secure vote casting, candidate selection, and result display, implemented through hardware-level digital logic design, showcasing real-time processing and reliable performance in embedded systems.
• Built a secure and responsive full-stack fitness tracking app using the MERN stack (MongoDB, Express.js, React.js, Node.js). Enabled user authentication via JWT and supported workout logging, deletion, and dashboard viewing. Demonstrated practical implementation of RESTful APIs, state management, and modern UI/UX principles with Tailwind CSS.
• Implemented a PID-based motor speed control system using Arduino UNO to ensure precise and stable performance under dynamic conditions. Integrated encoder feedback for real-time speed monitoring and designed a user-friendly Human-Machine Interface (HMI) in Visual Studio for PID tuning and live data visualization. Demonstrated practical control system application by achieving accurate speed regulation through dynamic parameter adjustment.

I have designed and collaborated on various projects throughout my bachelor's degree, applying the knowledge gained from my coursework. These projects have been instrumental in developing practical, hands-on experience and reinforcing my understanding of core engineering concepts.