Kene Akametalu, Class of 2012 (Interviewed Winter Quarter, 2012)
Luis Rocha, Class of 2012 (Interviewed summer of Junior Year)
Laura Koenig, Class of 2011 (Interviewed beginning of Senior Year)
Michael Strack, Class of 2010 (Interviewed end of Senior Year)
I was really drawn to the school after I attended the Chancellor's Reception at LAX. UCSB did a great job of promoting undergraduate research, and I was excited at the opportunity to participate in the Summer Institute of Mathematics and Science (SIMS) Program. Through the program I was able to do research the summer before my freshman year.
One of my High School counselors mentioned it when we were looking into colleges.
I wanted to be an engineer because I enjoyed math and physics in high school, and I wanted a career that would allow me to apply both of these subjects. The decision to study electrical engineering was somewhat arbitrary.
UCSB has two or three career fairs every year and there are always companies looking to hire electrical engineers. Companies including: Raytheon, Boeing, Northrop Grumman, SanDisk, Microsoft, and some local companies to name a few. Some students make themselves more marketable by pursuing advanced degrees (Masters and Ph.D.s). There are also opportunities in other fields such as law, medicine, or business.
How abstract and powerful mathematics can be. Mathematical concepts such as Fourier Transforms and Taylor Expansions are extremely important to engineers.
Circuits and Electronics I (ECE 137A). Prior to this course we had been given instructions on how to build all of our circuits. In this course we were responsible for the design and implementation of a circuit that simulated a bouncing ball. It was rewarding to go from the theory to a working circuit. The class material was also difficult and the professor expected a lot from us. He wanted us to know everything about the circuit from the device physics level to the signals and systems level with concepts like feedback. He tried to tie together all the concepts we had learned in previous classes. It was challenging, so I made sure to do assignments early and go to office hours. I just stayed positive and asked for help when I needed it. Everyone struggled.
ECE 194D. I think it will be really fun to work with robots. I heard last year students designed a robot to play beer pong.
Controls because the field is very heavy in mathematics. As I have gone through my undergraduate degree at UCSB, my appreciation for mathematics has increased. Controls would allow me to apply my joy for mathematics to practical engineering problems.
Last summer I did an internship here at UCSB through the Center of Energy Efficient Materials (CEEM). I characterized the performance of InGaN based solar cells versus solar flux concentration. I heard about the opportunity from the director of the internship, and I applied for it.
I want to obtain a Ph.D. There is a lot more for me to learn before I start working, and I am also interested in doing cutting edge research. I have applied to Berkeley, Michigan, UC San Diego, Georgia Tech, University of Illinois in Urbana Champaign, and MIT. After grad school, I would like to work in industry for some time because it will make me a more well-rounded engineer.
I wanted to go to a research institution and I really liked the UCSB campus when I first went to visit. After looking into the Computer Engineering program, I was determined to go to UCSB. The program offered classes that I wanted to take and was a very friendly environment.
My life has always revolved around computers. I have always wondered how they work and how they are able to do so many things. Every computer has a hardware and software component and I am focusing on computer engineering since it is a mixture of the two.
ECE 181C, Robotics Control. I took this class during the summer and spent most of my time playing with LEGOs and building autonomous robots out of them. It was challenging because this class was interdisciplinary, we had to design the mechanical, electrical, and software components and make them all work together.
In computer engineering, we get to learn the basics of both CS and EE, and can bridge these two fields together. Plus, if we like one field more than the other, we can choose to focus in that field.
I want to specialize in artificial intelligence and robotics. I like building something then watching it move around and do things.
Yes, this past summer I interned at the Center for Environmental Research and Technology (CERT) at UC Riverside. I worked closely with transportation engineers on traffic simulations and emissions modeling. My project involved implementing specialized traffic light controllers by writing DLL files for the traffic simulation software. The goal was to improve traffic flow while reducing vehicle emissions. This was a great experience for me and I learned a lot about how people travel and the effect of vehicle emissions on the environment.
How the transistor is has shaped our modern lives since it is used in nearly every electronic device.
It's good, I like to go out with friends and have fun, play games, or just relax.
I live in the dorms. They're really nice and are on-campus.
I hope to go into industry to gain some experience and work in the robotics field designing algorithms. After a few years, I'd like to go to graduate school to get an advanced degree in computer science with my final goal being to return to industry.
I knew that I loved the feel of the school and the campus at UCSB. When I learned that the engineering program was good I was thrilled because I knew I wanted to come here. It is a smaller program at a large school, which meant I would have the opportunity to explore my options but have smaller class sizes at the same time.
I was interested in math and science coming out of high school, which made me want to pursue a major in those fields. Engineering seemed to be the most practical major that could teach me the relevant applications of what I would learn. I decided on electrical because I felt that it could be applied to almost anything, making it the most versatile choice.
At the moment I am deciding between two paths. The first is using the background I am developing in signals and systems to go into the field of communication technology or image processing. This could be anything from cell phone technology to medical imaging technology. The other option I am weighing is delving into biological nano-machines, which would also be useful in the medical field for a range of things including targeted drug administration.
In general the complexity of the ideas in engineering are astounding. Each quarter we delve a little deeper into a subject and I've realized that there is an infinite amount of information to learn.
The most challenging course so far has been 137A-B. Professor Theogarajan is brilliant and demanding in the sense that he wants us to actually understand the concepts behind what we are doing fully, not just go through the motions. This is great because he really cares about our learning and what we are getting out of the class. It was intimidating but in the end I am glad I went through his course because now I go about learning differently. It is more self-motivated.
I would like to work with nanotechnology in biological systems because I am interested in getting into the medical field. This means I need to now get on learning the biochemistry to be able to apply the engineering concepts I've learned so far to my desired field.
I spent this past summer doing undergraduate research at UC Berkeley. It was a great experience to see what Ph.D. students go through while pursuing their research. My particular project was to help my mentor, Gabriel Lavella, with developing the next stage of his work on the way to creating a concentration based drug delivery system. Since I am an electrical engineer, much of his work with chemomechanical nanomachines was new to me, but it was a great learning experience. It was a short 8 weeks that helped me decide how much research interests me.
The class sizes get increasingly smaller as you progress in the major, so you end up knowing your classmates better than other majors. EE can hinder other social interactions because of the time demands of the major including labs and homework. You have to balance your time wisely to maintain an active social life.
At the moment I am in a nice apartment on the edge of Isla Vista living with two other girls. It is calmer than my previous situations, which is nice for getting work done. It's also more manageable to keep clean, making it a pleasant atmosphere.
I am now looking at graduate programs in Bioengineering. I would like to first go for a Masters to see what I need to know to pursue a career in medical technology. This is my main goal, so I want to be as qualified as possibly. I will only go on to a Ph.D. if I feel extremely passionate about the research opportunities I see in my field of study. For now I am really just looking forward to graduating, going to Italy for the summer and possibly taking a year between now and graduate school.
UCSB has one of the best electrical engineering programs in the country. U.S. News & World Report has us ranked 17th in the nation this year but I don't think this statistic does us justice. With accomplished faculty and industry-quality laboratories, you'd be hard-pressed to find a better education elsewhere.
As far as engineering programs go, EE makes the most use of high-end equipment and labs. While all engineering requires hands-on experience, EE is the hardest to learn from a textbook. It makes sense to capitalize on UCSB's resources and get training that you cannot get anywhere else.
After finishing grad school, I plan on working in industry for at least a few years. Even while the economy is hurting, there is no shortage of electrical engineering jobs. My long-term plan is to build up enough capital to create a start-up company designing effects and amplifiers for instruments.
I learned that I am actually a good student. I did not know this about myself.
Anything taught by Professor Theogarajan. I learned how to cope when given impossible goals and deadlines.
Analog communication design because it combines both theory and practice.
Yes, at a local company called Toyon Research Corporation. I worked on developing technology, chiefly involving GPS. I really learned a lot about how the real world of engineering works and I strongly recommend any students to get one. Also, engineering internships pay very well.
Everybody has a good time at UCSB. Isla Vista is very student-oriented, so there is always fun to be had at events or with friends. Engineering means the occasional late-night lab work but the major isn't too much more demanding than any other.
I rent a house with two other engineers and a history major in Isla Vista. I think it’s important to live with other students because it keeps you from getting too hung up on all your own studies.
I have been accepted to graduate school here at UCSB. After grad school, I will hopefully go into industry with communication circuits. UCSB has prepared me a lot for this, with all the classes, research, and career fairs that take place here.