Beginning next fall, UC Berkeley students in the College of Engineering will have the opportunity to earn a degree in a new major — energy engineering.
The major was approved in December and is the first of its kind in the United States, the engineering college website states. It will join other majors in the undergraduate Engineering Science Program in order to address the “increasing importance of energy in all engineering endeavors,” according to the website.
“Most major corporations now have, or desire to have, employees that are energy experts or analysts,” said Tarek Zohdi, professor of mechanical engineering and chair of the program, in an email. “The Energy Engineering degree provides the foundation and exposure to energy systems, with the goal to produce undergraduates who are energy systems experts.”
Applications to the major are now open to the college’s undeclared and change-of-major students, as well as those transferring into the college. Eight students will be admitted to the major for the fall 2012 semester, according to Karen Rhodes, executive director of marketing and communications for the college. Students will also be able to declare an energy engineering minor in the fall, according to the college’s website.
“The major really builds on an across-the-board interest in energy that you find in every college,” Rhodes said. “There is a rising demand for this area of expertise, with energy costs rising and concerns about conservation and carbon and carbon-neutral storage.”
The major will be open to all College of Engineering applicants for the fall 2013 semester, and 24 to 32 students are expected to be enrolled in the major once it is fully implemented, according to the website.
The major — interdisciplinary in nature — will be assembled mostly from courses already offered in the college so that “costs are virtually nothing to the college and UC as a whole,” Zohdi said in the email.
The major — which will focus on principles such as energy generation and policy — will consist of classes in chemistry, mathematics, physics and engineering, among other related courses.
“This is a suitable major for the future,” said Shaofan Li, campus professor of applied mechanics. “Energy is more useful to society in general, and more and more people are moving in that sector.”
New courses offered will include a freshman energy engineering seminar, featuring speakers designed to expose students to a range of energy-related topics, and a research capstone class supervised by Zohdi.
“I think this is exactly what Berkeley needs now,” said Sumer Mohammed, a freshman studying chemical engineering. “We have always been known as leaders for technology and having innovative ideas, so having a new major that relates back to the current world situation would be a good addition.”
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They are not the first. Ferris State University started a Energy Systems Engineering degree Fall 2010. Currently we have 20 students enrolled. Students take basics in science, math physics and engineering courses in Statics, Strength of Material, thermodynamics, heat transfer, etc. They then choose an area of interest, such as Buildings, Alternative sources or transmission and generation. Were a small school so we don’t get the publicity the larger universities do.
shut up, no one cares about Ferris State’s program for energy systems engineering. You’re not ranked anywhere in any list for the top schools in that field and no matter what you say about rankings, you won’t ever be considered a top flight school for energy engineering until you make those lists which is why you won’t have any of the smartest students applying to your program. Their is a reason that they didn’t acknowledge your school as the first to create an ESE program and that’s because no one takes Ferris State seriously. Until you guys start being mentioned by experts in ESE or showing up on lists that rank the top engineering schools in the country, none of the smartest students in the nation–and the world–will have any interest in attending your school.
that’s just funny! LOL
’bout time, the US hasn’t had an energy policy for the last 40 years.
food for thought:
there’s a giant thermonuclear reaction located approx. 93,000,000 miles from here and it continuously pumps out more energy than humanity could ever need or want.
LOVE IT!
Although.. I’m pretty sure there are a couple schools that have started this before us (unless I’m mistaken..) i.e. Penn State, Texas A&M