Grad Dip in Science (Physics) for an Electrical Engineer?

AI Thread Summary
The discussion centers on the decision to pursue further education in physics-related fields after graduating with degrees in Electrical Engineering and Commerce. The individual, having found the workforce less stimulating than university, is considering whether to enhance their physics knowledge through a graduate diploma before applying for a master's or PhD in areas like photovoltaic cell design, semiconductor physics, and quantum phenomena. There is a suggestion to consult with graduate advisors at potential schools to understand the physics knowledge requirements for these programs. It is noted that graduate engineering students may receive credit for relevant math, physics, and computer science courses, which could influence the decision on whether to take additional physics classes before advancing to a graduate degree.
orthogonal1
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I graduated with degrees in Electrical Engineering and Commerce from a good-ranking Australian university in 2010.

I've been in the workforce for 18 months – found it to be not nearly as stimulating as the uni environment, so I'm contemplating the possibility of pursuing a masters or PhD. I'm interested in areas which are very 'physics-related' such as photovoltaic cell design, semiconductor physics and quantum phenomena (areas such as control of quantum systems). I would not rule out the possibility of becoming an academic, as I feel it would suit my personality and likings rather well.

The question I have is whether I should devote a year of enhancing my physics knowledge in areas of interest by embarking on studying a grad dip in physics, or would it be more sensible for somebody like me to simply attempt to go straight into a masters/PhD in one of the areas I've listed despite the lack of physics emphasis in my Engineering degree?

Thanks guys.
 
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I'd talk with some graduate advisors at schools you are looking at for those programs. As a graduate EE student you often get credit towards your program for Math, Physics and/or CS classes taken at an appropriate level.

See what level the programs expect your physics knowledge base to be and take the requisite physics classes in the beginning semesters of your grad degree.
 
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