Whatever made you successful in the past won’t in the future.”
– Lew Platt, CEO Hewlett Packard.
And I strongly believe that the future is in “Nanotechnology”. The electronic world is teeming with thousands of new devices coupled with an ever-increasing challenge of making these as small and compact as possible. Miniaturization is the call of the day. Nanotechnology plays a key role in this revolution. The challenges of developing new and better materials in conjunction with devising novel applications to meet demanding needs keep a nanotechnology engineer at the cutting edge of technology.
As quoted, the need to be creative and to think beyond the existing boundaries will determine the technologies of the future and I want to be a part of such exciting endeavors. To achieve this I would like to pursue my Graduate Studies in Nanotechnology and be a part of research which would be at the forefront of such changes. After my graduate studies, I would like to delve further into these fields with an aim for making myself capable of contributing significantly to research, academia, and industry.
I have always had a leaning towards the analytical and logical. During my schooling, I excelled at math and physics, culminating in my achieving the highest marks in my high school board exams in mathematics. Driven by my passion to learn I secured a place for myself in one of the premier institutes in India, College of Engineering Guindy, Anna University (CEG). And here, I obviously opted to further pursue my dreams into the field I know is most exciting.
As an undergraduate, I really enjoyed the courses on electricity and magnetism, nanostructured materials, phase transformations, thermodynamics, and strength of materials. I particularly enjoyed reading books by Bhadesia, Porter and Easterling, Adkins, Streetman and Banerjee, Kittel, Omar, Ashcroft, Sze, and Rose. One book which I relished the most was “Electrons in Solids” by Bube. Over the years I have myself come to agree with the author’s view that ? An electron is not a matter or a wave, it is a phenomenon! – and have made a conscious effort to focus my academic journey towards the understanding of that phenomenon as manifested in different materials.
Last year, I took a couple of electives pertinent to the fields mentioned and gave numerous class presentations on advanced topics like Quantum Dots, Polymer Electrolyte Membrane Fuel Cells, MgB2 Superconductors, etc. Such independent literature surveys have broadened my knowledge, understanding, and appreciation of the realm of electronic materials, thin films, and nanotechnology. These rigorous courses have also served as strong theoretical foundations for my experimental work described below. During this time I also took the initiative to contact professors at various universities to gain further knowledge.
After studying and enjoying the basics of superplasticity in a course on Metal Forming in my third year, I decided to work on Superplastic forming of Magnesium alloy. The aim of the project was to study the effect of rolling and shot peening on forming when the alloy is heated to 0.4 Tm. After microstructural and mechanical testing, I compared the effects on them. I suggested and implemented a faster way to perform superplastic forming by introducing four vent holes at the corners of the rectangular cavity. The final year project was a valuable experience for me since I gained experience in using advanced tools like SEM, FEA, and XRD and analyzing the observations to come up with original interpretations and solutions. I also developed the soft skills necessary to work in a team. I am authoring a research paper for this work. Another important event which shaped my interests was the Current State-of-the-Art Technologies for Career Growth of Material Engineers workshop. It provided me with an opportunity to interact with renowned international faculty, get an overview of cutting?edge research in the field of semiconductor materials and nanotechnology. Also, I have participated in the International Conference on Nanotechnology, held in Indian Institute of Technology Madras. Both these have convinced me of the importance of nanotechnology and have served as perpetual sources of inspiration and exposure.
In my opinion, one can never truly learn to visualize a solution to a problem from an engineers perspective until he has had firsthand experience. Industrial visits and in-plant training gave me that and much more. After my third year, I took a summer internship at Renault Nissan where I was assigned to the Product Engineering Department. I was involved in the CAE analysis of automotive components. The simulations I observed in the project truly amazed me and sparked my desire to pursue further studies in this field. Therefore, I acquired the first-hand experience of CAE through my Software Engineering Laboratory course. The visits and in-plant training greatly complemented the theoretical classes I had taken in college.
Apart from academics, I also actively engage myself in sports, basketball and table tennis being my favorites. The outdoors has always been a welcome source of distraction and being a nature lover I am naturally inclined time outdoors but I make sure that I balance my time evenly between academics and otherwise. I have been a part of numerous trekking expeditions conducted by the school and non-profit organizations.
I have also played a major role in organizing QUANTA’19, a national level technical symposium. We conducted technical events such as Paper Presentation, Cause-and-Effect and Find it Out. Apart from this, we organized workshops on Advanced Automotive materials and Additive Manufacturing Trends. Guest Speakers from Ashok Leyland, Royal Enfield, and DAIMLER India delivered an engaging style of the talk on recent trends and developments in their respective fields. I gained valuable insights into every aspect of the topic discussed. Also, I started reading journals related to these subjects regularly after this.
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