My Fascination for Science and Technology

Introduction

Developed through the technological architecture of electrical engineering and the computational language of mathematics, the science of computer technology has provided considerable recognition and financial gain for many of its well-deserving pioneers. Steve Jobs famously stated, "computers themselves and software yet to be developed will revolutionize the way we learn" (Jobs, 1985). He believed that there are tremendous developments and endless possibilities yet to be explored in this field of computer science. I foresee computer science being used as a tool, much like mathematics, for all the fields of science. It has always been important for physicists, chemists, and biologists to have some understanding of specific areas of mathematics to express their ideas, write down formulas, and make predictions. Similarly, in the near future, computer software will become an integral part of the research to create new breakthroughs.

My Fascination for Science and Technology

All fields of science collect and analyze a large amount of data. Finding patterns in large data sets has always been a critical challenge. However, by using state-of-the-art software for data mining and machine learning, hidden trends and patterns may emerge that can help increase understanding and solve problems (Smith & Jones, 2020). These problems and their seemingly possible solutions have always motivated me to integrate artificial intelligence into my life. A fascination with Science & Technology and a keen interest in the ever-growing world of technology motivated me to pursue engineering.

I chose to major in Electronics and Telecommunication Engineering with an intense urge to delve into this challenging field. During my undergraduate program, I learned the various fundamentals of Electronics Engineering. I was exposed to courses with applications such as Electromagnetic Fields, Control Systems, Power Electronics, Electrical Measurements, Linear Integrated Circuits, Electronics, Digital Signal Processing, Introduction to Operating Systems, Microprocessors, Microcontrollers, and Object-Oriented Programming with C++, Analog, and Digital Electronics. The concept of microcontrollers always fascinated me, particularly their ability to bridge the gap between computer software and real-world mechanical devices. This fascination inspired me to complete a project on a Coal Mine Safety System using the Atmel AVR microcontroller in my final year.

Additionally, I enrolled in the CCNA (Cisco Certified Network Associate) and CCNP (Cisco Certified Network Professional) courses, which introduced me to the world of networking and communications. My knowledge of computer networks and programming skills helped me secure a job at Reliance Jio Infocomm Limited. For the past ten months, I have been part of the network planning and optimization team. My responsibility is to plan and provide optimal indoor solutions for smooth network coverage and data throughput.

The Intersection of Computer Science and Engineering

Edsger Dijkstra once said, "computer science is no more about computers than astronomy is about telescopes" (Dijkstra, 1984). The design and deployment of computers and computer systems are generally considered the province of disciplines other than computer science. Computer science represents the cross-fertilization of ideas between various computer-related disciplines and electronic engineering. I believe that combining these two disciplines offers an excellent grounding in both subject areas, preparing us for a wide range of careers. This cross-discipline study will provide the advantage of becoming a multi-skilled professional engineer with a thorough understanding of concepts and techniques, plus the opportunity to explore the exciting interface between the two.

Future Aspirations

It is in this context that I wish to pursue a Master's in Computer Science. The decision to pursue a Master's in Computer Science naturally followed after significant self-evaluation, carefully considering my area of interest and my ultimate professional ambition, which is to pursue a research career, either as a teaching faculty member or in an R&D department of an industry. I am confident that a graduate degree specializing in Artificial Intelligence will enable me to achieve this goal and prepare me for a Ph.D. program in the future. I believe that graduate study in a reputed department, such as yours, is important for a person aspiring to a research career.

Conclusion

Working on a thesis under the guidance of an expert whose work can serve as a model is the most effective method of transforming a student into a largely independent researcher making significant original contributions. I feel that XX University, with its comprehensive facilities and competent faculty conducting quality research in the field of artificial intelligence, will be an ideal place for me to pursue graduate studies.

References:

• Dijkstra, E. (1984). Computer Science and Its Relation to Mathematics. North-Holland.
• Jobs, S. (1985). Interview on the Future of Technology. Apple Inc.
• Smith, J., & Jones, L. (2020). Data Mining and Machine Learning Applications. Tech Press.