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why i am interested in mechanical engineering
Importance of mechanical engineering to the society
Importance of mechanical engineering to the society
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When I was a schoolgirl, I found myself intrigued with how and why things work the way they do. Now, having studied Mechanical Engineering for three and half years and having a little research experience, I am convinced that improvement of our understanding of the how and why would influence the way we lead our lives in a major way.
During the last three and half years, I spent most of time carrying out experimental studies and in attending lectures and seminars. My favorite lectures were on Multi-functional and adaptive materials and Green Fuel and Clean Energy Technologies. Of great interest to me was also the inter-institutional seminar on sustainable and green manufacturing strategies.
Many researchers and engineers had participated and told us about their current research and its application to day-to-day life. All these significantly improved my understanding of the subject and further enhanced my interest in it. I found mechanical behaviour of materials to be of greatest interest to me. My knowledge of engineering mechanics and materials proved to be very useful in understanding the principles that underlie the behaviour of materials. Consequently, one of my research projects involves the investigation of mechanical properties of thermosetting plastic blend of Phenol Formaldehyde and Chitin and another deals with the study of microstructures and mechanical properties of weldments.
I carried out my first research project in the third semester under the guidance of Professor R S Uma Maheshwar Rao. It was an experimental study of mechanical properties of thermosetting plastic blend of Phenol Formaldehyde and Chitin. The objective of the project was to develop a new composite system by reinforcing phenol formaldehyde with...
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...r the seven semesters of undergraduate education made me want to understand the mechanical behaviour of materials in depth. Having employed the gained knowledge from different fields of Mechanical Engineering into the above mentioned projects, I feel prepared for further studies and research in the fields of Materials Science and Engineering. After graduation, I plan to continue my scientific career in the field of Materials Science and Engineering.
Study of mechanical behavior of materials (Assistant Professor Vernery), study of bio materials and liquid crystals (Professor Schwartz) and study of energy storage materials (Professor Stoldt) are of particular interest to me. I have the strongest incentive to advance as far as I can in this captivating science and feel confident that application to the University of Colorado, Boulder is the best way to accomplish it.
Ever since I was a child, I have asked the basic question, "Why do things work the way they do?" Never satisfied with the mere memorization of facts and details, I have always strived to understand the mechanism of actions. Seemingly simple facts, like water turning into ice when it is cold outside, perplexed me more than the average five year old, resulting in a constant barrage of "why" for my parents to answer.
I have developed a strong fondness for the physical sciences because of a penchant for intriguing physics and mathematics problems. After ranking in the 98th percentile in the Karnataka Common Entrance test for aspiring engineers, I chose to study in the undergraduate program in Mechanical Engineering at the MS Ramaiah Institute of Technology, Bangalore. I enjoyed every course in the program, applying myself intensely by attending many workshops and seminars held at my college as a student member of the Society of Mechanical Engineers, participating in visits to different industries arranged by the institute and taking up internships and projects at every opportunity. I was particularly attracted to the subjects Applied The...
Kailas, Prof. Satish V. Material Science. Indian Institute of Science, Chapter 11. Applications and Processing of Polymers.
With Penn’s encouragement of an interdisciplinary education and its flexible curriculum, I would be able to study both the fundamentals of engineering and its potential consequences. As a member of Project Green—an environmental awareness club at my high school—I am specifically concerned by the effect of technology on the environment. Therefore, along with a major in mechanical engineering, I wish to minor in energy and sustainability. After taking the respective classes for this minor and having an in-depth grasp of the environmental issues spawned from technological interference, I would aim to research potential solutions under the guidance of a mentor. Through Penn’s Engineering Faculty Expertise Directory, I found a professor who may fit this role: Professor Lior, who researches—among various other subjects—sustainability. I hope that he may be the mentor for my aspirations one day and that I will have the opportunity to collaborate in research with
Thermosetting: These groups of polymers are hard, stiff and not easily recyclable. Thermoset materials once cured cannot re-melt or reformed. As results, due the environmental issues, their applications are narrowed down in past several years. Then also many of them, due to unavailability of alternative materials, are used as high temperature applications like exhaust components, missile parts, manifold spacers, commentators and disk brakes. Commonly used thermoset resins as matrix materials are epoxy resins, unsaturated polyester resins, vinyl Ester and Bisphenol –A, Chorendic [c123]
The knowledge of thermoplastic elastomers (TP)from blends of NBR and HDPE has occurred as a valuable implement in tai...
Synthetic polymers which include the large group known as plastics are divided into three groups: commodity thermoplastic, engineering thermoplastics (ETP), and advanced engineering thermoplastics (AETP). In recent years, the whole new generations of the engineering thermoplastics (ETP) have become commercially available. These offer properties far superior, particularly in regard to high temperature performance, excellent heat resistance, strong mechanical properties, lightness, self-lubrication, and easy manufacturing. This plastic category has been lately used to replace wood and metal applications and open the door to new types of application for
The article by Dr. Nuray Attar focused on the comparison of the flexural strength and elastic modulus of condensable and hybrid composite resins. The study focused on fou...
Have you ever thought about how people like Steve Jobs or Bill Gates became the people who everybody knows? Imagine if those guys have a bachelor’s degree how more successful they could be. I have asked myself the question above and I found out that they were going for the things that they loved. For instance, when Steve Jobs was young he liked everything what was related to mechanisms. He built his first computer right in the garage. I am applying for mechanical engineering program in science department because it is my thing and I am 100% sure I will be a good engineer. I am very thankful for HCC to offer such a great opportunity that I want to take. I always loved mechanisms and wanted to know how they work. That’s why I chose to be a mechanical engineer.
I have spent so much time learning about design through the paradigm of materials but now I want to connect mechanical aspects to the knowledge I have already gained. I am particularly interested in the research done by Dr. Drew Nelson, Dr. Sheri Sheppard and Dr. Friedrich Prinz whose work most closely fits my interests. I am interested in doing research in mechanical design as influenced by material usage. I am also looking forward to taking courses such as Imperfections in Crystalline Solids, The Magic of Materials and Manufacturing, and Nanomaterials Synthesis and Applications for Mechanical Engineers to explore topics I have already studied, but from a mechanical engineering perspective. Stanford’s combination of rigor and creativity appeal to me. I have always enjoyed a challenge and get great satisfaction from expanding my knowledge. Coming from a Materials Science and Engineering background where I have performed well, both in academics and leadership, I know I can be an asset to and learn from the world-class Mechanical Engineering program at
It has taken a very long time for me to decide on the path that I wanted to take for my career. I have almost always known that I wanted to be an engineer. I was always more interested in applying my knowledge to solve problems rather than just research and understand the world. However, I had little to no inkling as to which field of engineering I wanted to go in to. I had always been a dabbler, involving myself in a large variety of activities with the interest of learning about how stuff works. I started out learning how to use the tools in the shed outback, making pinewood derby cars and model rockets. I would help my dad with home improvement and repair projects around the house. As time went on, my ability learns and apply
Mechanical engineering is a type of engineering which applies principles of physics and material science for the purpose of analyzing, designing, manufacturing and maintaining of mechanical systems (Gorp, 2005). It is involved with the production and usage of mechanical power in the operation of various machines and tools. Mechanical engineering is considered to be the most diverse engineering and has its breadth derived from the need to design tools and manufacture products which range from small individual parts to large systems. Mechanical engineering, as thought of by scholars, is related to Aerospace engineering, Manufacturing and Mechanical engineering (Van et al, 2011).
Mechanical engineering is very important in today’s world, because it is used in some of the most significant inventions every day for example vehicles are used for transportation in everyday life. Engineering has innovated the world by changing how the world lives every day and by making advancements in machines and technology. It is used every day in almost anything; it has influenced virtually anything from air conditioning to light bulbs in homes. Mechanical engineer work on and invent machines for the production of cars and the process that is used in the making of them, and change it into an automated process by using robotic arms that assemble them in factories. That type of engineering is also used to design and put together the most important functions in a car like the engine or the wheels that make a car move and turn on. Overall mechanical engineering has a daily use in everyday life, it is used in everyday life, and it is used in cars.
My interest in the field of Automobile goes back to my early years in high school which is when I decided to pursue a career in engineering. As a child I was always fascinated by the very concept of automobile. Further, my father’s constant involvement in the automotive industry as an insurance claims assessor further enhanced my interests in automobiles. He was the one responsible for showing me the correct path to pursue my career in automobile field. Hence, after having completed my primary education, I decided to delve straight into the world of mechanics and engineering and pursued a diploma in mechanical engineering followed by a bachelor’s degree in mechanical engineering. Since there were very few options in India & there was no direct path to get into automobile field.
Engineers in this field also develop, process and test materials by combining two or more materials to see if they can improve the characteristics of the material to suit specific needs. They need to know the fundamental properties and characteristics of materials, so that they can know how to change and improve the properties.