My Experience At The Dubai Campus Of The Institute

The process of becoming an engineer will have gigantic hurdles of stress and confusion. I plan to take advantage of student aid and academic scholarships to maximize my financial assets towards college. My underlying skills gained from my hobbies can push me through the difficulties of the college work load. My previous education gave me a prerequisite basis of what to expect during the next level of education. With a great amount of confidence, the journey towards my dream career of scientifically fixing the world will work out

From my initial studies of mathematics, science and calculus including physics, I began to realize that mechanical engineering is an innate strength I have. The combining of these areas has given me a strong foundation to excel in this specific area of engineering, as solving the complex calculation challenges are fascinating to me. Being able to learn more in-depth techniques in the area of calculus, mathematics and physics motivate me to learn more. My

My vehement desire to be an engineer was obvious - I was born in a family of engineers. My great grandfather, Hazura S Birdi was the 1st Indian electrical engineer in America. Thereafter, my grandfather was a machinist and my father is a civil engineer; Perhaps, my fascination towards science and technology is hereditary. Following their footsteps, I decided to become an engineer.

My desire to be an integral part of this process of betterment motivated me to choose engineering as my career. A natural aptitude for mathematics, good analytical ability, tenacity and high academic credentials helped me secure admission for undergraduate studies at Sreenivasa Institute of Technology and Management Studies affiliated to JNTU University, one of the most prestigious universities in India. My diligent efforts led me to realize my dream of being an Electronics and Communication Engineer.

Currently, I am pursuing my Graduation in Malla Reddy Engineering College (affiliated to Jawarharlal Nehru Technological University, Hyderabad) with Mechanical Engineering as my discipline. The curriculum includes major courses like Automobile Engineering, Thermal Engineering, Heat Transfer, Design of Machine Members, among the many core subjects. My aggregate up to 6th semester is 83%.

Moreover, my innate strengths have always been creative abilities and power of imagination; which made me take up a discipline that would allow me to channel them in the best possible way. I have finished my bachelor of technology in mechanical engineering with 8.75 CGPA out of 10. Subjects like Elements of Mechanical Engineering, Kinematics and Dynamics of Machines, Strength of material, Manufacturing Processes, Mechanical Design & Analysis, Mechanical Vibrations etc., revealed to me limitless horizons in the field of Mechanical Engineering. We are in an era of global and technological changes where boundaries are fast disappearing and the greatest challenge tomorrow holds for us in to manage continuity of change. To satiate my curiosity and to fulfill my ambitions I have decided to pursue a masters program in Mechanical Engineering.

Engineering has been my passion from the start. I took the first step to become an engineer by securing 80.3% in SSC and 91% in HSC. Graduating with 8.755 CGPA in my undergraduate studies is proof that I have a strong foundation in Mechanical Engineering. During the studies, the subjects Internal Combustion Engines, Automobile Engineering, Thermodynamics, Kinematics and Dynamics of Machines, design of transmission systems captivated my interest and also I had the opportunity to

I always wanted to get my hands working, whether it be playing with Legos, building computers, or just helping a friend with school projects. I enjoy creating and designing the next best thing or improvements on existing products. These qualities points to engineering as the career best suited for my interest, with mechanical engineering being the field perfect for my skill sets. However, this career is not a full proof plan. Just like any other profession, it has some downsides and problems. Some problems in this field include: a shortage of engineers, lack of proper education, and jobs being lost to robots. These problems can get worse in time as the population rises and as technology advances.

The purpose of this report is to design my process to become a "World Class" Engineering student. This will help me become a better engineering student and In this report I will discuss my goals and plans to become a better engineering student. My goal is to earn a bachelor's degree in Mechanical Engineering and then find a career as a mechanical engineer. In order to achieve my goals I will have to have a plan and then work hard to stay on track in order to be successful engineering student. I will also have to continuously revaluate and update my plans and goals every quarter and then make the necessary adjustments as my goals, plans, and progress changes.

Over my schooling , I expanded my prospect and meliorated my profession and found myself drawn to definite aspects of mathematics, physics and chemistry – particularly their applications in engineering. I realized that this a fascination for science and in the ever expanding world of technology motivated me to take up Engineering from a technical aspect. Besides the keen desire to study the major principles of science and

The course of the evolution of my interest in engineering dates back to my childhood. It has begun in my high school. The kind of environment in which I grew up is, both my parents were graduates in Mathematics and were proficient in the field of teaching Mathematics in engineering level and high school level. So, due to their influence on me, I had developed my interest in the subject and maths was at my fingertips. At that point, I was enthusiastic to learn about the applications of Mathematics. This lead to the important stage in my life, the field of engineering.

Given my love towards science and technology, pursuing study in the engineering field was almost like a natural consequence. Having decided to do my major in mechanical, I only had to choose an elective in my twelfth which will help me achieve it. So, I felt taking up Electronics which will make me more versatile and familiar with Automation, which is the current trend. My passion drove me to work hard and score 83% in my twelfth.

With my eyes clearly set on my goals, I took up mathematics and Computer sciences in my pre-university course. I have excelled in academics right from my school days. In school, I actively used to secure one of the top positions in the class. I have consistently been allured towards subjects that draw upon one’s analytical abilities. Hence, Computer Science, Mathematics and Physics were my beloved subjects. I was placed among the top 10 % of the candidates who appeared for the Higher Secondary Examination. This ensured my smooth passage into an engineering degree.

My scholastic record (CGPA) of 8.13 in Bachelor Degree in Engineering with 6th Rank in the graduating batch of Mechanical

My fascination for Science led me to take up the science stream in my higher education. Also, participation in several science projects and expos during my school days made me seek clarity in the way I perceived concepts of basic sciences. This abiding interest helped me to score first class with distinction in my Board exams (10th & 12th).When the time came to choose an undergraduate program, one of the most significant decisions in life as it will lead to one’s career, an astute decision was made, based on factors ranging from inspiration, untapped interests and inherent skills to scope and satisfaction. I singled out mechanical engineering stream as it is the foundation to various other disciplines and specializing in any other field later on would be more beneficial. This led me to take up Mechanical engineering at one of the top colleges in India. The well-balanced curriculum at Sri Venkateswara College of Engineering (SVCE) Anna University has provided me with a comprehensive exposure to the fundamentals of Mechanical Engineering.