Arsal Amin

PROFESSIONAL PROFILE Electrical Engineering graduate from NUST with a strong foundation in core electrical engineering subjects, complemented by practical experience in programming, system design, and applied engineering projects. Proficient in MATLAB, C++, Python, OpenCV, and fundamental computer science concepts including object-oriented programming and data structures. Academic training includes extensive coverage of core electrical engineering domains, along with electives in networking, power systems, and robotics. Completed a multidisciplinary Final Year Project focused on developing an AI-enabled home healthcare assistance system, involving camera-based heart rate estimation using rPPG, voice-based user interaction through large language models, and event detection for emergency medical situations such as falls, strokes, and cardiac events. This project emphasized system integration, signal processing, computer vision, and user-centric design to deliver an accessible, non-diagnostic healthcare support solution. Hands-on experience includes PCB and schematic design using EasyEDA and Proteus, along with 3D modeling using Fusion 360 and Onshape. Completed an internship at TERESOL, gaining practical exposure to C++ development, electronic design workflows, and engineering project execution. Known for strong communication, leadership, and coordination skills, with a consistent record of taking initiative in team-based projects. Particularly interested in robotics and intelligent engineering systems, and motivated to grow into roles that combine analytical thinking, problem-solving, and real-world system development. EDUCATION EE SEECS , Islamabad , 2.34 (4) INTERNSHIP EXPERIENCE Teresol 07-Jun-2024 - 19-Jul-2024 C++ programming and PCB design FINAL YEAR PROJECT Baymax your personal healthcare companion Using RPPG to accurately read heart rate through a camera, providing a friendly and easy to use voice based interface for people to resolve medical queries (non diagnostic) via LLMs and detecting emergency medical events such as falls, strokes and heart attacks through event detection. All of this will be implemented on edge through an Nvidia Jetson Orin Nano Super providing real time processing. Therefore providing a complete at home healthcare solution for people who find it hard to access medical services and mitigating the growing burden on caretakers. TECHNICAL EXPERTISE 3D modeling 6 months experience working with all kinds of 3D modeling tasks in software such as Onshape and Fusion360 C++ proficiency Proficient in OOP and DSA Proteus and PCB design

Electrical Engineering graduate from NUST with a strong foundation in core electrical engineering subjects, complemented by practical experience in programming, system design, and applied engineering projects. Proficient in MATLAB, C++, Python, OpenCV, and fundamental computer science concepts including object-oriented programming and data structures. Academic training includes extensive coverage of core electrical engineering domains, along with electives in networking, power systems, and robotics. Completed a multidisciplinary Final Year Project focused on developing an AI-enabled home healthcare assistance system, involving camera-based heart rate estimation using rPPG, voice-based user interaction through large language models, and event detection for emergency medical situations such as falls, strokes, and cardiac events. This project emphasized system integration, signal processing, computer vision, and user-centric design to deliver an accessible, non-diagnostic healthcare support solution. Hands-on experience includes PCB and schematic design using EasyEDA and Proteus, along with 3D modeling using Fusion 360 and Onshape. Completed an internship at TERESOL, gaining practical exposure to C++ development, electronic design workflows, and engineering project execution. Known for strong communication, leadership, and coordination skills, with a consistent record of taking initiative in team-based projects. Particularly interested in robotics and intelligent engineering systems, and motivated to grow into roles that combine analytical thinking, problem-solving, and real-world system development.