As an engineering student at Ghulam Ishaq Khan Institute of Engineering Sciences and Technology, I am a highly motivated and hardworking individual with a strong desire to impact the field. My academic background has equipped me with a range of technical and soft skills, including proficiency in MS Word, MS PowerPoint, MS Excel, PTC CREO, Python, MATLAB, and Aurdino. Throughout my academic journey, I have consistently demonstrated my ability to work effectively in a team, understand problems, examine them, and provide suitable solutions to the best of my knowledge. My strong communication and leadership skills have enabled me to take on various roles in organizing events at the IMechE Giki Chapter and the SPIE Giki Chapter, where I served as the Laison and Content Team Head for an international event on reverse engineering and organized Photonics All Pakistan, respectively.My internship experiences have also contributed to my professional development. While at the National Institute of Electronics, I received operational training in the automotive electronics lab and successfully simulated a motor controller circuit for an electric vehicle. At PTCL F-5 Islamabad, I worked with the on-site operations team and gained hands-on experience in various systems, including Building Management System (BMS), Access Control System (ACS), Environmental Monitoring System (EMS), Fire Detection & Suppression System (FSS), Computer Room Air Conditioning (CRAC) units, Uninterruptible Power Supply (UPS), Rectifiers, Bus Tie Duct & Bus way System (BTD).My final year project, "Fusion of LIDAR and Camera for ADAS," showcases my innovative thinking and problem-solving skills. The project aims to develop a prototype of ADAS by using artificial intelligence to process LIDAR data and send signals to the EV controller to control the vehicle's operation accordingly. Our prime focus is on the fusion of LIDAR and cameras so that they can assist the automotive industry.I have also worked on several academic projects, including the Toll Plaza System Using RFID, the Implementation of Hamming Error Correction Code in MATLAB, PWM DC Motor Speed Control, Security Car Parking, and a Digital Stop Watch. My project on Toll Plaza System Using RFID involved formulating an ATPS model controlled by microcontroller-based database control modules. Meanwhile, my project on the Implementation of Hamming Error Correction Code in MATLAB focused on creating a set of parity bits that overlap to detect and correct a single-bit error in a data or parity bit.