Should I Study Physics or Engineering at a Top University?

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In summary, a high school senior in Spain is struggling with deciding between studying physics or engineering. They have a strong interest in both fields and are seeking advice on which path to pursue. They are also considering applying to top universities in the US and UK, but are unsure if these universities are better for undergraduate or graduate studies. They are also considering studying in Germany, where tuition fees are lower but most programs are taught in German. One potential option is an Engineering Physics program at a university in Germany.
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guillefix
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Hello, I've just started my last year of high school in an international shcool in Spain and need to start thinking about applications, universities, courses, etc. and as for many people, the hardest part is making decissions.

First, I have the typical physics-engineering problem :-p Let me explain my case: I just love the endeavour of understanding Nature, and all the satisfaction of making new discoveries and thinking about new fundamental ideas (which there are many to find still). I also find problems in pure mathematics astonishing. In the other side, I think that using this rules we call laws of physics to do useful and innovative stuff is just as fun and interesting as finding out about the rules themselves and I think they are both inseparable aspects of the game that people with an insatiable curiosity, like me :biggrin:, like to play. I think that describes pretty much of why I find so hard to decide between physics and engineering, I hope you can now help me making a decission.

The second part of my dilemma are universities. My mother is very keen on me doing the undergraduate studies here in Spain (Madrid to be specific); however, I think that applying to top universities in physics/engineering programmes, like MIT, Standford Caltech, Oxbridge, etc. would be a good idea. But after reading some threads I think that these top unis aren't as good at teaching as they say, they just are very renown. I think as well that many people think that these are better for graduate studies (because the prestige is more useful then, when you are going to get all the offers from companies) and do the undergraduate in an ok university which might even give more attention to students..What do you think, are these tops ones good for undergraduates, or just for graduate studies?

Thanks in advance and hope you can help me:rolleyes:
 
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The top universities you mentioned often pick good professors as well, but a good researcher need not be a good teacher. So its hard to generalise here whether a university is more suited toward grad or undergrad study. Whatever opinion you might read on the web might be coming from a small percentage of the total students count making a solid conclusion infeasible.
If you don't want to go far and worry about finances, have a look at Germany, tuition fees are typically around 1000eur per year.
Most bachelor programmes are held in German though, but I have seen a large influx of Spanish exchange students at my university. Its also not that far from Spain.

My university offers an Engineering Physics programme:
http://www.ph.tum.de/angebot/info?language=en

The Engineering Physics master programme is held in English (the bachelor is in German).
 

FAQ: Should I Study Physics or Engineering at a Top University?

What is Engineering-Physics?

Engineering-Physics is a field of study that combines principles of engineering and physics to design and create solutions for complex technological problems. It focuses on the application of physics concepts to engineering design and development.

What are the job opportunities for graduates of an Engineering-Physics program?

Graduates with a degree in Engineering-Physics have a wide range of job opportunities in various industries such as aerospace, energy, electronics, materials, and biomedical engineering. They can work as research scientists, design engineers, project managers, and more.

What is the difference between Engineering-Physics and other engineering or physics programs?

The main difference between Engineering-Physics and other engineering or physics programs is the integration of both disciplines. While traditional engineering programs focus on the application of engineering principles, and physics programs focus on the study of fundamental physics concepts, Engineering-Physics combines both to provide a more comprehensive understanding of complex systems and technologies.

What are the required courses in an Engineering-Physics program?

The required courses in an Engineering-Physics program typically include a combination of core engineering courses, such as mechanics, thermodynamics, and materials science, and core physics courses, such as classical mechanics, quantum mechanics, and electromagnetism. There may also be specialized courses in areas like nanotechnology, biophysics, or renewable energy.

What skills are necessary to succeed in an Engineering-Physics program?

To succeed in an Engineering-Physics program, students must have a strong foundation in mathematics, physics, and computer science. They should also have excellent problem-solving, critical thinking, and analytical skills. Good communication and teamwork skills are also important for success in this field.

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