However, my focus was into two areas that appealed most to me viz., Designing and Thermal. I engaged myself deep into these subjects and spent long hours at the laboratory that helped me understand the nuances of Design and Thermal Engineering. I have credited a course titled “Computer Aided Design” to gain a strong foundation for my higher studies in Design Engineering. In this direction, I have successfully completed three lab-oriented projects. The experience of these projects gave me an insight into the problems encountered during design and assembling the components and on-line solutions.
This is also a chance for my thoughts of integrating Electrical Electronics with computers. During my Under Graduation I was familiarized with the concepts of Microprocessors, Integrated Circuits, Digital Electronics and Logic Design which are applied in the field of computer science. I developed an immediate liking to these courses and pursued them very seriously. The course on Microprocessors covered details on the architecture of 8085, 8086, 8259 and other related microprocessors. The course on Digital Electronics and Logic Design covered in-depth concepts about the design of digital systems which is an integral part of computer science technology.
A bachelor 's degree in mechanical engineering normally requires general classes in math, humanities, science, social sciences and engineering during the first two years, and specialized classes during the remaining years. The curriculum also incorporates the basics of other engineering disciplines, such as chemical, electrical and civil engineering. Typical studies include calculus, thermodynamics, physics, materials science, statics, dynamics and fluid dynamics, and laboratory sections. Many engineering degree programs also include internships. Mechanical engineers can increase their marketability by completing a master 's degree or earning a professional license.
I firmly looked for the greatest stuff which encourages me to lay the foundation during my undergraduate course period. My four years of Undergraduate studies in Information Technology at GITAM University, and my exposure and penchant for research have made the choice of further study for me, an obvious one. My Undergraduate Program had always been a judicious mix of theory and practice. Captivating subjects like Object-Oriented Programming, Database Management Systems, Data warehousing and data mining, Software Engineering, Operating
In order to further expand my knowledge in the science field, I decided to attend Queens High School for the Sciences (QHSS), a high school located in Jamaica, Queens that requires prospective students to take a rigorous entrance exam. QHSS places an emphasis on the sciences as a college-preparatory curriculum which can not only deepen my interest in science, but also provide me with a glimpse of college-level academics. I have taken Biology, Chemistry, and Physics, the core science courses. After my sophomore year of high school, I had fulfilled the required amount of credits for science. However, my enthusiasm and dedication to the subject encouraged me to take Advanced Placement Physics this year as a junior.
The Growing trend of Mechanical Engineering is defined as the blend of traditional Newton’s Laws and Modern Automation. The highly intricate and innovative processes of Electrical, Electronics, Computers, Robotics, etc with Mechanical Engineering have vastly been developed in terms of Product Quality and Automation. A Passion to achieve expertise in Engineering and to be a part of the powerful technological workforce, are the objectives of my Graduate Study. I understand that a Master’s degree in Mechanical Engineering teaches students how to apply the principles of physics and materials science to design, improve, and analysis of mechanical processes, manufactured products and composite systems. I am a B.E.
Statement of Purpose Hailing from a family of engineers and entrepreneurs, I was naturally inclined towards Science and Mathematics from my early school days. My excellence in these subjects were clearly established when I participated and won various Science and Mathematics Olympiads. Without an iota of hesitation, I opted for the science stream during my high school. It was my father who first introduced me to the field of supply chain management. He retired as a Purchase Officer, after he retired voluntarily from the Indian Army.
The State Board of Secondary Education syllabus inculcated in me a Numerical Problem solving skill for my engineering profession. Therefore after high school with Mathematics, Physics and Chemistry as my mains, I took up Mechanical Engineering at KL University as under graduation. An enormous number of challenges, thrown out by rapid development in Science and technology have made me choose engineering profession. The deep interest and passion for Manufacturing has led me to take Mechanical Engineering. It has given me a comprehensive exposure to the core areas of manufacturing, mechanics, Hydraulic Machines and Designing .It introduced me to a wide range of subjects, both in and outside the field.
Since then, I realized this was something I would like to further increase my knowledge upon. When I got chance to admit to the undergraduate program at Bangladesh University of Engineering and Technology (BUET), I decided to join the Mechanical Engineering department as it would give me the opportunity to gain the basic knowledge in diverse fields
It heightened my interest in topics like RISC, CISC and Parallel Processing. All this together aided my decision to specialize in Computer Engineering especially in Computer Architecture & Parallel Processors. Since then I’ve covered numerous topics in microprocessors such as the Intel 8085, 8086,80386 and their instruction sets along with peripheral devices, the ISA bus and the 8051 microcontroller. With every new topic that I studied my interest in this field grew (exponentially). Also my electives for the final semester are Microcomputer System Design and Digital Signal Processing.