Hard-working motivated individual, a fast learner, and a current student at PIEAS university looking to gain expertise and hands-on experience in Electrical Engineering and Project Management. Since my college days, I have been an IoT and Embedded Systems Enthusiast. I love working in the Embedded domain. Real-time Embedded Systems are one of the fields of interest. I am aiming to leverage my proven experience in problem-solving, management, and communication skills. Frequently praised as focused by my peers, love to learn new skills and implement them. I have worked on and designed the following projects along with my peers; • Real-time speed control of a motor using ESP32. • Line Follower robot using STM 32 • Designing of Oscilloscope using Arduino and Python. • Voltage Regulation using Zener • 5 band Equaliser • Home Automation With Load Control Feature. • Distance Tracker Using UltraSound • System of Gait Analysis. Some points about the FYP: Working on my FYP, Predictive Maintenance in Industry 4.0 using AI Techniques. Using Raspberry Pi 3 B+ as master for all sensors. Scada BR is used as an HMI display. Vibrational analysis using ANN, FFT, Kalman Filtering, and implementation of MCSA (Motor Control Signature Analysis) are the main goals. ESP IDF, FreeRTOS, MATLAB, Circuit Analysis, LT Spice, Engineering Project Management, and communication skills are dominant. Have worked with different societies and managed different events to improve my communication and interpersonal skills. This helped me secure Amal Fellowship and now looking forward to getting hands-on experience in my field of interest, Embedded Systems and IoT. Have experience using Xilinx for FPGA, coppeliasim for robotics, Autodesk Inventor for designing, Or cad PSPICE for electronic circuit design, ESP IDF for ESP32 used FREERTOS with ESP 32 and Arduino Due.