- #1
md1327
- 9
- 0
Hello,
I am a BS degree holder in Applied Mathematics (w/ a focus in Computer Science) and am becoming a bored and intellectually curious Systems Software Engineer. I am financially forecasting and otherwise preparing to earn a Second BS in Physics.
Although I haven't taken junior or senior level physics courses, I have become very curious about Solid State Physics and eventually want to work as a fabrication engineer/researcher in an electronic component fab (IC, Microproc/chipset). Academically, my eventual goal is to earn a Ph.D in Materials Science or Physics. I have a few questions that this communities insight could answer:
1) I am a hard worker who loves mathematics, science, and computing. What more does one need to succeed in undergrad Physics coursework?
2) What courses, research, and resources are the most important to consider when evaluating a University's Physics program? What are essential? I am assuming Quantum Mech, Optics, "Modern Physics", EMFT, electronics, and Numerical Analysis form the core of coursework.
3) Considering my goals, what will advanced studies/research in Physics offer me over Electrical or Materials Engineering? How dirty can one's hands get with Physics research?
4) Does anyone with industry experience think this is a good choice? In college I thought I wanted to write Sys ROMs and Firmware. After spending some time in the Enterprise Computing industry and following a technical career path I've found that this goal is very watered down (expect in say, robotics) with a mostly automated process. Will I be making the same mistake with my new goals?
5) I have set up a home electronics lab and have set about recreating things like Layden Jars, Diodes, and an alternator. What are other good home experiments and sources of texts I can use to keep myself busy and supplement my amusement with Physics while I save money for the University?
6) How much of a role does Degree Status play in this equation? How much does your undergrad uni's status mean to grad schools? How much does grads mean to post-doc/industry? How does degree status affect income levels? I'm not under the assumption that I can "get rich off Physics" but I don't want to be disenfranchised either. I've noticed that degree status can vouch for quite a bit in Engineering. But at the end of the day the results and knowledge are what counts. How true is this in academics?
Thanks,
md1327
I am a BS degree holder in Applied Mathematics (w/ a focus in Computer Science) and am becoming a bored and intellectually curious Systems Software Engineer. I am financially forecasting and otherwise preparing to earn a Second BS in Physics.
Although I haven't taken junior or senior level physics courses, I have become very curious about Solid State Physics and eventually want to work as a fabrication engineer/researcher in an electronic component fab (IC, Microproc/chipset). Academically, my eventual goal is to earn a Ph.D in Materials Science or Physics. I have a few questions that this communities insight could answer:
1) I am a hard worker who loves mathematics, science, and computing. What more does one need to succeed in undergrad Physics coursework?
2) What courses, research, and resources are the most important to consider when evaluating a University's Physics program? What are essential? I am assuming Quantum Mech, Optics, "Modern Physics", EMFT, electronics, and Numerical Analysis form the core of coursework.
3) Considering my goals, what will advanced studies/research in Physics offer me over Electrical or Materials Engineering? How dirty can one's hands get with Physics research?
4) Does anyone with industry experience think this is a good choice? In college I thought I wanted to write Sys ROMs and Firmware. After spending some time in the Enterprise Computing industry and following a technical career path I've found that this goal is very watered down (expect in say, robotics) with a mostly automated process. Will I be making the same mistake with my new goals?
5) I have set up a home electronics lab and have set about recreating things like Layden Jars, Diodes, and an alternator. What are other good home experiments and sources of texts I can use to keep myself busy and supplement my amusement with Physics while I save money for the University?
6) How much of a role does Degree Status play in this equation? How much does your undergrad uni's status mean to grad schools? How much does grads mean to post-doc/industry? How does degree status affect income levels? I'm not under the assumption that I can "get rich off Physics" but I don't want to be disenfranchised either. I've noticed that degree status can vouch for quite a bit in Engineering. But at the end of the day the results and knowledge are what counts. How true is this in academics?
Thanks,
md1327