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how can we compare two universities
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Statement of Purpose
My research interests stem from the fact that engineering mechanisms and concepts have always fascinated me and urged me to explore the mechanical world. Every part of this technology rich world is made up of elements which come under the roof of mechanical engineering. My intent has been clear right from my first year of under graduation and it was to do research and specialise in the field of automotive engineering. My first leap towards this goal was my preference to do mechanical engineering in one of India’s top rated private universities. It awes me when I see engineers with grease all over the body, though for many it may seem weird. The reason behind opting for mechanical engineering during my under graduation is that it is the base for various other engineering like Aeronautical, manufacturing, Automotive, etc. and it will help me widen my horizon. So after my under graduation I would like to pursue my masters in Mechanical Engineering at your esteemed institution which is well known for its mechanical engineering program.
The aspiration to do Masters in Engineering is because of my passion towards engineering and my inspirational parents. They taught me that hard work is the shibboleth for success and let me live my life in my own way. They support and guide me in every walk of life and encourage me to pursue what I want.
My under graduation in Mechanical Engineering enlightened me with various important concepts from Thermodynamics, Fluid Mechanics, IC engines, Design Of Transmission Systems and Manufacturing Technology. These subjects persuaded me to analyse concepts in the real world and its applications. IC Engines became one of my favourite subjects and indeed my liking for automobiles mult...
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...ce to research. I would also feel proud and blessed if I get a chance to work under Professor Ahmet Selamet who is known for his interests in Internal Combustion Engines, Combustion and Heat Transfer. His current experimental studies to understand the unsteady physics in induction and emission systems and to improve engine performance have inspired me to work under him. With the University’s Centre for Automotive Research, it gives me immense confidence and pleasure to say that being a part of the MS Mechanical Engineering program can fulfill my dreams and ambitions. The Flow, Engine & Acoustics Research laboratory and Gear & Power Transmission Laboratory are a real boon for students with interests as mine. I am confident that my research interests in IC engines and Thermal sciences would complement the university’s research areas related to propulsion systems.
Detroit asserts that the Cadillac engine system is responsible for cost reduction especially with regard to the Cadillac maintenance (73). This owes to the fact that the flexible logistics of installation and low consumption of fuel guarantee savings. This vehicle’s engine is efficient due to the fact that it is safe to drive at high and low speeds. The brake system of this vehicle does not require electromagnetic fields in order to function. The model in question is also fitted with emergency tools, which help in case of skidding. These tools include the braking cruise control. Cadillac’s brake system is light unlike other vehicles’ brake systems, and this enhances swiftness in driving the Cadillac. Additionally, this model does not have the shortcoming of fuel loss especially through drags. The Cadillac has Eigen solver system, which is responsible for squeal analysis. In this regard, the need for programming is eliminated. The thermoregulation ensures that the braking system’s heat is controlled. Furthermore, the thermoregulation amplifies the computation performance of squeal. The engine...
We've all seen them before, the mysterious chunks of metal under the hoods of our cars. They start when we turn the key and take us where we want to go. But how does an engine work? Internal combustion engines are a very important part of everyday life. We use them in our cars, trucks, airplanes. boats, snowmachines, 4 wheelers, and heavy machinery. These pages will help familiarize you with the basic concepts of how an engine works, an understanding of engine output, and some information on how forced induction or "boost" increases power output.
From four stroke engines to gas turbine engines, the Otto Company to Rolls Royce, engines and propulsion systems have changed the world we live in for almost one hundred and fifty years. With each passing year, something new arrives; something more complex yet more advanced in the terms of propulsion systems. Even though these systems may seem to¬¬¬ change every year and may seem more complex, the principle behind the structure has remained virtually, the same since the first internal combustion engine, created by Nicolaus August Otto in the late 1800s. The principle has remained the same so much so, that the four stroke system we know today is often referred to as the “Otto cycle”. Through time, there have been slight variations in manufacturing of the four stroke system but they all operate off similar principles to that of the Otto Cycle. The four stroke engine has become so diverse that it can be seen in a number of different vehicle types such as cars, trucks, trains, marine vessels and of course aircraft; each with their own slight differences to help them perform within their required environment. This can be seen with aircraft that use jet turbines instead of piston engines for the plain and simple fact of it being the environment they operate in. This may refer to the heights some aircraft fly at as well as the speeds they may cruise at to identify what would be the most appropriate propulsion mechanism to use for the given scenario.
Engine is very important for every machine and every Engineer. Engine is very complicated machine. People need to use some energy. Actually people need to convert energy in engine for motion. We usually use fuel for energy. Engine is burn fuel and ıt creates heat and motion. It creates heat because ıt creates friction so friction always obstructs motion in engine. In the word, many kinds of engine are produced by people. Some of these are reciprocating-engine are electric motor. Generally, we use reciprocating-engine. For example: Cars, trains, aircraft. We have two kind of reciprocating-engine. First is internal combustion engines, second is external combustion engines. I will explain this engine types in other page. If you want to go anywhere quickly, we use any of these vehicles because time is very important for people. Formerly, people don’t have engine so firstly, I explain the story of engine
The invention of internal combustion engines in the early 19th century has led to the discovery of utilisation of cheap energy that is petroleum and this enabled the world to develop and progress into the modern world today. Humans were able to accomplish more work done with little manual labour, using internal combustion engines powered by fossil fuels. Internal combustion engine are mechanical power devices that convert heat energy to mechanical energy with the combustion process taking place in a system boundary (Rolle, 2005). Among the internal combustion engine invented in the 19th century were the Otto engine, Diesel engine and gas turbine engine. Gas turbine engine is one of the popular engines used today due to its high torque per weight ratio relative to other types of internal combustion engines. As explained by Cengel and Boles (2011), the gas turbine engine works on a 6 stages process, namely air intake, compression, fuel injection, combustion, expansion and exhaust (refer to Figure 1 in Appendix 1).
Did you know there are thousands of jobs for a mechanical engineer, and the career will be unhurt by the struggling of the economy? There are many tasks a mechanical engineer is faced with on a daily basis. A mechanical engineer must have several qualities to make the work enjoyable for themselves and others. A mechanical engineer must be well qualified in their education to receive a job, as it is a broad industry. With having a job or career as a mechanical engineer you rarely have to worry if your job is going to exist the next day, or if your pay is going to get cut; a mechanical engineer is needed everywhere. Being a mechanical engineer there is the everyday struggle of blending work life with home life and dealing with the task(s) for the day.
Possessing the basic knowledge in the field of physical sciences and the intuition in them made me to pick up Mathematics, Physics and Chemistry as my majors for the Higher Secondary Education. After the completion of my secondary education, I felt that engineering was the only field which can transform and transfer my dreams in the field of sciences into a real one and also it would give me an opportunity to learn and explore how the fundamentals of science are appl...
I have always cherished a dream to become an Engineer, a dream that was innate and developed slowly over the years. Right from my school days I found myself fascinated by the intricacies of physics, which spurn the web their web of aura around me, a web that I sought to unravel in countless problem solving sessions I have always felt a strong need for achievement, which has been the motivating force behind whatever I have achieved in my academic career. Mechanical department staff in my college gave the strong support to my feeling saying that “We bei...
Mechanical engineering is seen as a broad level of engineering. There are several different ideas that could be addressed in this profession. For example, mechanical engineers have many responsibilities, some of which include developing processes and products, and testing designs. Engineering is its own branch of science and technology that concerns the designing, building, and usage of engines, machines, and other structures. Mechanical engineering focuses more on the machines. Due to the fact that many companies and people require mechanical systems in some way, there are numerous opportunities in this profession. When researching the career of mechanical engineering it is important to address the history, skills and
Engineering is a broad branch of science that involves logical reasoning and innovation/design, usually intended towards a main goal- problem solving. Within the field of engineering, there are many sub-divisions/disciplines- these include, but are not limited to: civil, chemical, mechanical, computer and geological. The University of New Brunswick offers each one of these disciplines to study, as well as an opportunity to specialize within that discipline. Often, the discipline of engineering that is chosen to be studied-greatly impacts the career path after university. Accordingly, I have chosen to study chemical engineering, as it appears to be the most promising for job opportunities, but also the most interesting career path and learning journey.
Mechanical engineering might experience much faster growth than other engineering services. Mechanical engineers will continue to engage in different manufacturing industries. They are needed to design the next generation of vehicle systems such as electric cars and clean diesel automobiles. The futures for mechanical engineers are expected to be good. Those training in the latest software tools will have more advantages, particularly for computational design and simulation. Such tools enable engineers and designers to take a project from the conceptional phase directly to a finished
The first reason mechanical engineering is prefect for me is because it allows me to explore my many options throughout industry and the world. “Like other engineers, mechanical engineers use computers extensively. Mechanical engineers are routinely responsible
Due to the rapid increase of price and scarcity of the fuel, the technological world has focused on alternative for energy saving. Most of the automobiles consumes decent percentage of fossil fuels for their working, so they has to be improved. Automobiles include electronic vehicles, Hybrid Vehicles and Human Powered Vehicles are developing to consume a large mileage per gallon. Instead of finding alternatives for fossil fuel, Designers are trying to improve the vehicle performance by manipulating different parameters of vehicles like engine parameters, Weight, Rolling Resistance and Aerodynamic Drag.
As a brief introductory note on my educational history, I have completed my Diploma in Mechanical Engineering from the Maharashtra State board of Technical Education with a first class (65.62 %). Thereafter, I pursued and completed a Bachelor’s Degree in Mechanical Engineering from the University of Mumbai, obtaining a first class as well (60.12%).
Engineering is a good fit for me because it involves lots of math and problem solving which are two of my favorite things to do. Also I am good at working with my hands and with other people. Mechanical engineering requires a good understanding of math and science