Engineering

This theory is intriguing and I believe that with a finger in every pie around the world, Mechanical Engineering is an obligatory study for the visionaries. My quest for knowledge ended in Chennai where SRM University’s unparalleled curriculum provides a detailed introduction of the elaborateness of the subject, exposing us to a variety of fields such as Fluid

brought me a deep appreciation for the study of the Power systems, Controls systems and Telecommunication. When the time came to specialize, my decision to major in Electrical Power Engineering was motivated by the hope of achieving a strong opportunity of creativity, research, and development. Electrical Engineering, with its myriad sub-domains and multi-faceted nature is a natural amalgamation that allows me to express my creativity and innovative power to bring about works that offer benefits

soon become indifferent to them. The wonders of yesterday are today common occurrences”. The sweeping changes in the Technological world with the advent of Electronics have made the role of electrical and electronics engineering a really indispensable one. My fascination for engineering was from an early stage though not a conscious one. It has been my deepest desire to be a part of this proliferating community. While my Bachelor’s degree has given me a well-rounded strong fundamental platform and

idea of genetic engineering appeared much later, in 1973, when a team of biologists including Stanley Cohen, Herbert Boyer, and Paul Berg modified E. Coli using a gene extracted from a toad (“Biotechnology”). This E. Coli was the first transgenic organism ever created and was the beginning of a revolution for modern biology; it eventually led to the technology becoming widespread enough to be used on crops today (“Genetic Engineering”). The first reason is that modern genetic engineering is frequently

watching motorsports like MotoGP and Formula1, but then I just used to watch them for the fun of racing. Once I began my engineering degree and gained more knowledge in the fields related to motorsports, I started appreciating the sport even more. At first understanding the technical aspects about these sports was very difficult, but having studied subjects like Automobile Engineering, Applied Thermodynamics, etc. terms like "drag", “mechanical grip", "horsepower", etc. are no longer alien terms. Now

When you think of Engineering what gender first comes to mind? Was it a man? Or was it a woman? Why do we associate genders with a profession? We do it because all of society does. We have grown up knowing that men usually are the ones doing the dirty work, and the women are stuck in the house cooking dinner. This sense of discrimination of a gender related to a profession is more common than we think today in the 21st century. Many think it is gone, that no one thinks that way any more. But I’m

Genetic Engineering: benefit or a catastrophe? As the human population is growing at an exponential rate, the food supply will soon become scarce. A great majority of developing countries are already facing the hunger crisis. It is estimated that roughly half of the world’s population, especially in these nations, the people are suffering from the scarce food supply and inadequate nutrients. Although this is true, increasing agricultural practices are part of the solution, but it is merely possible

Media for Software Engineering Social media has changed the way that people collaborate and share information. Over the past decade, researchers have given increased attention to the social aspects of software engineering, both to test hypotheses and to create tools to improve practice (e.g. team awareness tools about software development . INTRODUCTION Over the past 10 years, researchers have offered improved interest towards social aspects of software application engineering, equally to test ideas

mechanical systems/components and investigating mechanical interactions between machine components. The treatments required a truly multidisciplinary research effort span the entire mechanical systems and solid mechanics spectrums of mechanical engineering. The research involved design, development, and experimental verifications of mechanical components and systems, and account for parameters that influence their interactions. My experience and knowledge has led me to expand my research to account

is the “hidden technology” (as stated by Prof. Richard Murray) being controls. The future of mechanical engineering, when I envision it, is a world of smart, efficient mechanical systems: self-driving cars, autonomous robots, intelligent manufacturing lines and smart energy grids. The ability of Control theory to manage and regulate behavior of systems in multiple domains of Mechanical Engineering is appealing to me. It supplements my tendency to be versatile. With a desire to learn advanced concepts