The Importance Of Mechanical Engineering

Engineering is best defined as an art or science to explore means to better serve humans, resolve problems, improve health and living conditions, hence create convenience for nearly every aspect of life and make the planet a better living place. It has been in fact, by default, a naturally built-in element in all humans that has laid and paved the path to progress. We can briefly say that it is the application of mathematics, science, economics, social and practical knowledge.

Improving Efficiency and Productivity: With the use of new technologies, efficiency of doing work has been improved.The number of workers has been decreased in the work place with the introduction of machines. Like in Tesla Motors Company of USA, maximum work of making cars from raw material to finishing has been done with the help of robots. Tesla has robots of all sizes from tiny to huge one. Robots are more efficient and productive because they do work with less mistakes and less time.

Humans naturally tend to perceive large-scale mechanisms as a complex mess, but they are merely a combination of simple mechanical movements. Decomposition of a product architecture into its elementary building blocks has always fascinated me and the constant desire to work in the manufacturing and design field of leading industries was my driving potential to pursue mechanical engineering. Even though globalization and industrialization have changed today’s world drastically, the need for an efficient mechanical engineer is of utmost importance. I feel strengthening my knowledge and skills as a mechanical engineer is essential to become a part of this community and contribute towards the growing world, thus I have decided to undertake graduate studies.

As per these results it is quite obvious that the improvement in the technology which is brought with the help of engineering is advantageous in many forms as it provides the actual position for human’s wellness and engineering can bring more benefits in a human life if the speed of the engineering continues in the same way as it is in today’s world (S. Collins and A. Long)

As being a part of a rapidly changing and burgeoning society where everything is mechanized, I Murali Ravikumar, find myself in a transitional surrounding where the things which were once operated manually when I was a child ,to a completely automated state through the course of time and yet it still continues to grow simultaneously as we grow old. From my childhood, I used to admire how things work and as I grew, I began to wonder that how things are manufactured. When I was 10, As quoted from my dad " I used to play with toy cars which was a remote control one and I would stay watching it for hours, Like kind of being dazzled by its working". I used to make sketches of cars since it's the only thing I liked to play with, and it became my favourite. My dad used to take me to his workplace quite often, which had plenty of textile based machineries and I used to watch them working. As an admirer of working of things, I tried to disassemble and assemble my PC which I accidentally broke. Since I have a craving towards" How stuffs work?", It was clear that my field of study should be in engineering and that too in production &industrial stream because everything in

Technology has impacted engineering by creating Development Engineering that improves health care, education, and socioeconomic mobility. Development engineers have invented an instrument called CellScope. CellScope is a toolkit that turns a cellphone into a microscope or other diagnostic tool that can send images to hospital labs. Technology is improving computer systems that engineers design buildings/ construction sites on. It is way easier for them to get exactly what people want.

And by relating this methodology we can generate more prospects for innovation and growth. Apart from this, a widening of personal horizons and a greater awareness of one’s own native systems of thought and logic. Although, engineering has been around in its modern usage for roughly 150 years, philosophy of engineering is relatively unheard of, closer bonds between engineering and philosophy are irrefutable and absolutely essential to approach engineering for what it really is and give it the status it deserves. A philosophy of engineering enables us to do just

Engineering is the process of clever thinking, problem solving, building, and designing to integrate and find new ways or improve ways to bring the creation of God to life. The work of engineers makes a big impact on our world. The simplest way I can put it, is that engineers make it possible for people to grow. They problem solve and find ways to improve people’s lives by making them easier. Engineers help people adapt to the world that is always changing.

Innovation is the information of utilizing apparatuses and machines to do errands all the more proficiently. We utilize innovation to control the planet we live in. Since the craft of making fire and making hand tailored instruments, our human progress has progressed beyond anyone's expectations. Innovation today has an incredible vitality on preparation. Each progression on engineering makes the preparation simpler, faster and easily. Engineering has an incredible effect on short-run bends by when innovation developments then processing of units will build.

In our daily life we face challenges that we can relate to mechanical engineering, one of the common examples is the temperature in metal, which is the thermal expansion. Mechanical engineers use combination of material, human and economic resources to develop mechanical solutions that help satisfy the needs and wants of society. They must be confident and accurate when making decisions. Engineers try to look at the problems in the society and come with innovative ideas in order to solve the difficulties.

In today's world, many students in universities do not learn manual drafting techniques because they are not required to do so. The days of hand drawing for final drawings are virtually over. Universities no longer require the use of protractors and compasses to create drawings, instead there are several classes that focus on the use of CAD software. CAD has become an especially important technology within the scope of computer-aided technologies, with benefits such as lower product development costs and a greatly shortened design cycle. The accuracy, flexibility and ease of access provided by CAD technology has completely revolutionised every industry it is incorporated into and is now used to model, design and communicate any physical system to the point where it is universally understandable, linking the many stages of industrial process, from the experts and specialists to the blue collars. Over the last couple of decades this has resulted in a significant shift in employment areas away from the middlemen to the two working ends of the process, resulting in increased productivity and efficiency in many fields in society.

Development in technology has no end, it starts with a small frame work with a single idea and deviates to other ideas with different extensions in the frame work of the specific technology. The intended frame work is meant to have a specific purpose and is extended with subversions, diversions, emersion, and aspirations. The well known instrumental perspective positions engineering as an unfortunate obligation and technology is an alternative for the revolution.

“Manufacturing is more than just putting parts together. It's coming up with ideas, testing principles and perfecting the engineering, as well as final assembly” (Dyson). You may find yourself asking, “What is engineering?” It is defined as “the application of science and mathematics by which the properties of matter and the sources of energy in nature are made useful to people” (Merriam Webster). However, there has always been one specific aspect that interests me, and that is mechanical engineering and its impact on the world. Oddly enough, when you ask what mechanical engineering is you’ll get hundreds of different answers. Although, there is a pretty unanimous misconception about this subfield;

The science behind mechanics can be broken up into two distinct fields of study, kinematics as the first and dynamics the second. The realm of mathematical mechanics while well established in modern times went through several important stages in history before arriving at its current definition. The modern definition of mechanics encompasses both kinematics, the mathematics of motion apart from consideration of mass and force, and dynamics, which deals with forces and their relation to motion. However, it wasn’t until the late Middle Ages that this fundamental distinction first arose to study kinematic problems distinct from any other larger goal or objective. Following this

The need to optimise efficiency in energy consumption is one of the greatest challenges opposing the modern day engineer. Not only does increasing energy efficiency have a positive effect on the environment, but also yields high cost benefits for the consumer. With the increasing threat of climate change, it is critical that given the building industry accounts for 40% of global carbon-dioxide emissions (UNEP , 2009), all houses minimise their energy losses. This is particularly important in sub-tropical locations such as South-East Queensland (SEQ) where high energy demanding appliances including air-conditioners and heaters are a requirement for a comfortable life.