I’ve got homework today. I’m out in the cold on the SAC fields and my hands barely work, BUT I’m doing my homework.
I’ve decided that I’m going to interview my PL, an industrial engineer, about his professional life. My homework, however, or at least the first part, is to come up with a few questions. So here goes:
What inspired you to become an industrial engineer?
What were the reasons behind you changing your major from Physics to IE?
What are some of the creative applications of your field?
What are the main things that are motivating you to do well in your courses right now? Externally and intrinsically?
What, in your opinion, is still lacking in the profession of Industrial engineering?
How do you hope to contribute to the Industrial engineering community and society?
What are some of the things that disappoint you in your field?
So I am doing this homework as practice for the other three interviews that I plan to conduct in the future. This would basically be a test run of how I do in my interview.
Over the next few days, I have to interview at least 3 people at Georgia Tech who are influential in my field.
Akhil Modi
The first person that I would like to interview is my cousin, Akhil Modi, who is a third year undergraduate at Georgia Tech. One of the reasons I would like to do this is because I consider him as one of the reasons that I came to this university. From all previous conversations, I have gathered that he is mostly interested in ‘internal combustion engines’ as an area of specialization and that he has already interned once with Cooper Lighting.
Interview questions:
What were the initial reasons for your choosing to pursue a bachelor’s degree in mechanical engineering?
How do you feel about your decision now that you are 3 years into your course?
What have been the highlights of pursuing this degree?
What were the first few areas of specialization that interested you and why?
What made you choose “internal combustion engines”?
What are you doing academically in order to develop your expertise in this field?
How long did you intern at Cooper Lighting for? Please describe the kind of things you had to do as an intern.
What were some of the highlights of your experience?
What did you learn about your profession field and your career path from this experience?
What are you doing outside of your major at Georgia Tech that you believe will help you in the future in pursuing your area of specialization?
Is there anything about your degree that has disappointed during the time that you have been pursuing it?
Dr. Erica E. Ryherd
The second person that I would like to interview Doctor Erica E. Ryherd. The reason for this is that she is interested in the same area of specialization in mechanical engineering as I am. Acoustics. Not only in the mechanical aspects but also in the psychological and physiological responses of humans to sound and noise reduction. How is this related to me? I have a great interest in the effect of the sound from transducers on the human state and my dream job for the future is to work at Bose.
Image 1: Dr. Erica E Ryherd
Interview Questions:
What was it that led you to conducting research in noise reduction and the effects of sound on the human mind?
Besides using your research in the medical fields, how else do you hope to apply it?
What are some of the greatest challenges when doing research in your field?
In your opinion, what are some of the biggest problems in the field of Acoustics today?
What are some creative applications of acoustics in the field of mechanical engineering and in society today?
How important is research to the field of Acoustics as compared to design? Why do you think so?
How much do you think is missing in our knowledge of Acoustics?
Do you think there is a link between and Acoustics and Energy systems? If yes, how so?
Dr. Alexander Alexeev
The third person that I would like to interview is Dr. Alexander Alexeev. The reason behind this is that Dr. Alexeev is involved in heat transfer, combustion and energy systems, which is my other interest besides acoustics.I find Dr. Alexeev’s research particularly interesting because he is using biological systems in order to inspire his system designs.
Image 2: Dr. Alexander Alexeev
Interview Questions:
What was it that led you to conducting research in Energy systems?
What are some of the greatest challenges when doing research in your field?
In your opinion, what are some of the biggest problems in the field of fluid mechanics and energy today?
What are some creative applications of your research in the field of mechanical engineering and in society today?
What inspired you to use natural bioligical processes in engineering your designs?
What have been some of your biggest disappointments in your work?
Do you think there is a link between and Acoustics and Energy systems? If yes, how so?
Sources:
Image 1: http://www.me.gatech.edu/faculty/ryherd.shtml
Image 2: http://www.me.gatech.edu/faculty/alexeev.shtml
Both Images: Courtesy of The George W. Woodruff School of Mechanical Engineering
What do all of these people have in common? They bought about paradigm shifts in the world of technology. Bringing about paradigm shifts is not an easy job in the current technological climate, however, this is what I aspire to do so; especially as doing so involves a great deal of creative and critical thinking. I am basing this off 3 people who are influential in my profession discipline. Although not all of these were mechanical engineers, their work and life was related to engineering nonetheless. Furthermore, I wish to invent something amazing in the future, thus, the lives of these people are most relevant to my professional future. Nonetheless, I will profile all of these people in order to analyze what it was about them that led them to achieve such greatness.
Steve Wozniak
Image 1: Steve Jobs and Steve Wozniak in 1975
Steve Wozniak was in fact an employee of Hewlett-Packard when he first invented the first ever computer to have a keyboard and a screen. Having read his semi-autobiography (iWoz by Gina Smith and Steve Wozniak), I can clearly see why it was him and not anybody else who managed such a feat. Wozniak experimented a great deal with circuitry and worked upon and tried to better all that had already been created. His main feature was that he did all of these things as a hobby first, before even considering it as a profession. This could be better put by saying that he led a professional life for the sake of self-satisfaction and that income and success was just a by-product of his endeavors. Another fun fact I’d like to add here: Steve Wozniak was also the first person to ever create the Universal Remote Control.
Albert Einstein
Image 2: Albert Einstein
Einstein was a man of questions. As the story goes, he once argued with his history teacher over the usefulness of history. It is Einstein’s search for answers that were acceptable and universal that led him to discover the photoelectric effect and postulate the theories of relativity. Perhaps this can be best described, again, as the desire to better what is already known and has been made. Einstein was also a great philosopher who constantly tried to take into account the bigger picture. In his statement “God does not play dice with the universe” it is apparent that he was always in search of aesthetic as well as functional value in his theories. In terms of my profession, aesthetic value is also starting to establish an important position as it adds to the significance of a machine in many functional ways. A machine is quite if its functionality does not cohere with one’s intuition for beauty and worldliness, as it would never fully be used. In many ways, this is the reason behind the Mac OS X’s user-friendliness comparable success to Microsoft Windows impressive functionality (with much credit going to the late Steve Jobs).
Thomas A. Edison
Image 3: Thomas A Edision
Thomas A. Edison is known for revolutionizing the electrical industry through inventing the light bulb and many other devices. It is a well known fact that Edison made over 2000 failed light bulbs before making one that worked. Basically, Edison had a lot of perseverance. This is important especially in a field where not much is known about the mechanisms because one really cannot discover without at least once engaging in the trial-and-error process. He is evidence of the fact that one needs to keep pushing in the direction of change for the better if he/she is to achieve it. One other thing that I’d like to add at this point is the fact that Mr. Edison had patented over 1000 inventions over his lifetime. This goes on to show that one does not have to stop after achieving success only once; instead, one must always strive to achieve more and more and to expand the horizons further.
Sources:
Image 1: http://www.realgeek.com/apple-not-against-iphone-hackers/
Courtesy of Steve Wozniak
Image 2: http://www.bhm.ch/de/news_04a.cfm?bid=4&jahr=2006
Courtesy of Ferdinand Schmutzer
Image 3: http://www.answers.com/topic/thomas-edison
Courtesy of Library of Congress
I can say a lot about where I have come from. I can say a lot about how and what my circumstances have made me. Anyhow, I will talk about how I will make the most of my circumstances and my personality.
The last and purple box is what this is all about - moving forward. Courtesy of myself
Ever since the age of 4, I have nurtured a creative sense within me. I am primarily a musician – I play guitar and piano and compose a lot of music, however, I also like indulging myself in the visual arts. I have demonstrated my skills on many occasions and have been told that I am rather dexterous at being creative. Personally, I find great delight in designing aesthetic aspects and mechanical aspects of systems. Therefore, in the future I would like to pursue a career that entails creativity in this manner and also involves a lot of lateral thinking.
An example of my creativity
On the other hand, I have always unfailingly loved the sciences and engineering. I have constantly demonstrated a proficiency in all of these throughout my secondary school career and found that my desire to solve problems matches those of mechanical engineers. to me, finding the simplest solution to mechanical problems is gratifying beyond description.
Image 1: Silver Lining
Finding the silver-lining between both of the interests that govern my life, I have been told, is tough but it exists nevertheless. Acoustics is the one career path where I can amalgamate my creative and technical skills for the sake of engineering beautiful sound.
However, it is not just my interest in the sciences and music that has instigated me to choose this path of action, I have also been inspired by being able to recognize room for improvement in the acoustics industry. I recognize that sound can have a great impact on the state of the human mind, thus it is necessary to filter and emphasize particular components of sound. I find that many a time, companies producing acoustic transducers tend to overlook this. Furthermore, developing such technology can also have a great impact in the medical industry. This, I hope, will be my focus in acoustics in the future.
Thus, my aim at Georgia Tech is to receive a bachelor’s degree in mechanical engineering and find ways to specialize in acoustics. I would like to develop skills in design and research and apply these in my future job.
Nonetheless, academics aside, I would like to develop leadership and communication skills at Georgia Tech as well, as I believe that these would help me in my professional life, where the ability to communicate is as important as being proficient in all technical aspects. Furthermore, acoustic transducers are all about communicating through beautiful sound.
Image 2: The dream. My dream.
My dream is to land myself a job at Bose, as I believe it is one of the leading companies in acoustical design systems. In my opinion, it is the one place where the aesthetics of a product (visual and aural) are at par with technical flamboyance.
Ever since I first came across this company, I have admired their work ethic. They always strive to make the best by making sure that they always apply their research in creative ways and always strive to produce the best that they possibly can.
However, this does not mean that I am not open to working for other companies in the future. Other companies that I would like to work for include: Bang&Olufsen; Seinheisser; Meridien.
Besides acoustics, I am considering a career path in Energy aspects of production in companies. This is a field that my father works in, which is the reason behind my fascination. My growing understanding of the mechanisms that cause the waste of energy has made me evermore passionate about the issue. I find that this field too requires a mixture of creative and technical skills due to the immense number of possible solutions to the problem of energy waste.
Sources:Image 1: http://finkorswim.com/2011/07/17/silver-linings-an-explanation-and-an-apology/Courtesy of RABBIFINKImage 2: http://tekarazzi.com/2011/04/30/bose-gives-majority-of-shares-of-company-to-mit/Courtesy, Trademark and Copyright of Bose
Amit Garg 