Institute of Industrial Engineers

rapidly growing world trend, known as globalization, has been towards manufacturing and transportation. Since the Industrial Revolution, we have been able to advance medically and technologically through the process of globalization and world interconnection. Manufacturing and transportation has affected the world economy and growth, since the early ages of the Silk Road and the Industrial Revolution. Mobility has allowed civilization through history to reap benefits and intercontinental trade. Though

is the Georgia Institute of Technology. Its optimal location, low expenses and fees, and renowned engineering program make it the principal choice. The Georgia School of Technology was founded on October 13, 1885. Roughly three years later the school opened its doors to 84 students. During the first fifty years after its creation the school transitioned from a trade school to a regionally acclaimed and innovative university. In 1948, its name was changed to the Georgia Institute of Technology; this

I have barely scratched its surface. A graduate school will allow me to delve deep and let me explore the finer aspects of the field. Furthermore, this is crucial in terms of achieving my long-term goal of pursuing a PhD to carve out a career in industrial research. I am applying to pursue a course in Structural Engineering because it provides an ideal background to broaden my perspective and give me the opportunity to work on my current research interests that lie in the fields of earthquake

My perception for Mechanical Engineering has always been of very high level. Very early from my childhood, I had the passion and enigma to become a successful mechanical engineer. My interest was further enhanced because of my Brother. He had graduated from a reputed university and now works as a senior engineer in a renowned company in the US, His talent, combined with uniqueness and exuberance is something that pushes me to prove myself and that bodes well with my passion for the subject.

WHY TEACH INDUSTRIAL CONTROLS WITHOUT BEING BRAND-SPECIFIC? The online videos attached to this text use software and hardware from Automation Direct. This software is as close to open source as possible for Programmable Logic Controllers (PLCs). The Do-more software used in the videos and referenced is a free full version download with a virtual PLC so that complicated laboratory equipment is not needed to work on the projects in this text. Other brands like Allen Bradley, Omron, or Siemens may

itself. It then sought out Siemens Step7 software, which is also Windows-based that is used to program industrial control systems that operate equipment, such as centrifuges. And finally, it compromised the programmable logic controllers. The worm’s creators could therefore spy on the industrial systems and even cause the fast-spinning centrifuges to tear themselves apart, unknown to the engineers at the plant. In order for the original Stuxnet worm to work correctly it has to be introduced into a

long-term career in the Australian oil & gas industry. In conjunction with my tertiary studies, I have acquired over 9 years’ experience working in various fast-paced and deadline-driven environments, including a valuable internship as a Reservoir Engineer with leading Thailand oil & gas exploration and production company, PTTEP. This beneficial experience enabled me to utilise my advanced technical and time management skills to successfully complete an integral feasibility study within the designated

reach the sky. Driven by passion, years later, I took the national level engineering entrance examination and secured rank in top three percentile and I got admitted to Bachelor’s degree program in Metallurgical and Materials Engineering at National Institute of Technology, Tiruchirappalli (NIT Trichy). Although metallurgy

passion for science helped me gain direct admission in Mechanical Engineering at Thiagarajar College of Engineering, Madurai, one of the renowned institutions in India. After graduation, I joined Matrix Boilers Private Limited, as a Quality Control Engineer for 5 months. There, I got the opportunity to work in Raw Material Procurement of pipes, casting, forging and fitting components. I was responsible for inspecting the components, verifying their Test Certificates with respect to purchase order, drawing

From an early age I used to read science books, journals, magazines and watch engineering documentaries driven by my eagerness to gain a better understanding of the mechanism by which our world system is working. I completed my Bachelor degree in Industrial Engineering, the program was a blend of mathematics, operation management, lean manufacturing, quality control and engineering economics applications. All through my Bachelor program, I was attracted to the idea of developing a more effective technique