In today's competitive and fast-paced world, where we face technological revolutions in every moment of life, the world has become a global village. This is possible thanks to the progress made in the fields of electronics, telecommunications and computer networks. Fundamentally these technological revolutions are the effect of interdisciplinary technological advances that mainly involve the interaction of the electronic world with the real world. What fascinated me the most were multimedia devices and the exchange of data between these technologies as these made me curious to delve deeper into their concepts and applications. Scoring 83.84% in junior college, I got admission in Electronics and Telecommunication Engineering at Pune Institute of Computer Technology (PICT), one of the most prestigious colleges in the state. While the first year of studies provided me with a solid understanding of basic sciences, the subjects covered in subsequent years paved the way for a smooth transition from basic sciences to basic electronics subjects. My knowledge-oriented approach rather than just grades helped me gain a clear sense of the depth of the different subjects that were part of my engineering curriculum. Courses in my undergraduate work, primarily computer networks, telecommunications switching systems, VLSI, and embedded systems, among others, gave me an idea of ​​the breadth and depth of electronic and telecommunications engineering. In particular, I learned the basics of computer networking which is a mix of hardware and software. Additionally, the lab sessions, which were part of my undergraduate course, tested my understanding of various concepts of real-time processing, interpersonal communication… middle of paper… clean city. Furthermore, I am a certified mountain climber. Trekking and adventure sports have helped me develop my sportsmanship and leadership skills. The master's program in "Computer Networks" (MSEECN) at USC Viterbi School of Engineering would enhance my knowledge and skills in the areas of data networks, mobile computing and wireless communications as this will also improve help me become a professional in a research-oriented organization. The scope and scope of scientific computing for building devices, components, and network architectures is phenomenal. Under the guidance of eminent faculties of your Electricity Department, I aim to conduct advanced research in communications and networks. If given the opportunity, I will work hard to meet the high requirements for which the University of Southern California is known and prove myself a distinguished candidate for your master's program.