Options for College: Physics, Biology, Engineering

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The discussion revolves around educational pathways in the sciences, specifically considering a BSc in Ecology & Environment followed by an MSc in Integrated Natural Sciences versus a BSc in Engineering Physics. Key points include the feasibility of pursuing a PhD in Physics or Biology after completing the MSc in Natural Sciences, with concerns raised about the adequacy of physics coursework for competitive entry into physics graduate programs. It is suggested that a BSc in Engineering Physics would provide a stronger foundation for applying to various graduate programs in physics, mechanical engineering, or electrical engineering. The consensus indicates that while a background in related fields may suffice for MEng programs, a more specialized degree like Engineering Physics would enhance eligibility and competitiveness for advanced studies in multiple disciplines. The individual expresses a preference for the Engineering Physics option, citing a clearer path to their academic goals.
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Hello Physicsforum community!

I want to go to college next year and for the moment these are my options:
My first option is BSc in Ecology & Environment and a MSc in Integrated approach to natural sciences. My second option that I am considering is BSc.Eng Engineering Physics.My question first question is: after a MSc in science where my courses are split in 3 (physics, biology, chemistry courses) can I do a Physics or Biology phd?

And my second question is : after a BSc.Eng Engineering Physics can I do a MEng in Mechanical Engineering or Electrical Engineering ?PS: these are all areas that I have a passion for. I don't care about money or how many jobs there are. And the education sistem here doesn't permit me to have additional courses outside of my degree curriculum without doing a separate degree.

Thx in advance
 
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1) Probably not. For one I don't think that it would be enough physics for the PGRE, but biology graduate programs may be different. I also don't think it would be enough physics backgrounds for a ms/phd program in physics let alone for direct entry into the Phd. Look at the specific courses covered in a typical university physics curriculum and the courses you would compete should you go on this route. To be competitive you should finish the overwhelming majority of it.

2) Definitely. Phd programs I've looked at accept degrees in related fields and I would think Meng programs are much less demanding.

The safest option would be the bsc in engineering physics - it would enable you to apply to graduate programs in physics, ee, or me, at any level you want (Meng, MS, PhD). Certain schools might give slight preferential treatment to people who have the bachelors degree in the exact field they are applying to but it wouldn't be significant.
 
prettymidget said:
1) Probably not. For one I don't think that it would be enough physics for the PGRE, but biology graduate programs may be different. I also don't think it would be enough physics backgrounds for a ms/phd program in physics let alone for direct entry into the Phd. Look at the specific courses covered in a typical university physics curriculum and the courses you would compete should you go on this route. To be competitive you should finish the overwhelming majority of it.

2) Definitely. Phd programs I've looked at accept degrees in related fields and I would think Meng programs are much less demanding.

The safest option would be the bsc in engineering physics - it would enable you to apply to graduate programs in physics, ee, or me, at any level you want (Meng, MS, PhD). Certain schools might give slight preferential treatment to people who have the bachelors degree in the exact field they are applying to but it wouldn't be significant.
Thx very much that was really helpfull. Now I'm like 80% decided on option nr.2.For the first option these are the courses in Physics: Physical mechanics; Thermal physics; Electricity and Magnetism; Experimental methods in photonics, spectroscopy, plasma and lasers. Applications; Thermodynamics; Quantum mechanics; Molecular Biophysics; Atomic and Nuclear Physics; Elements of statistical physics with modern applications; Particle physics and introduction to astrophysics; Physical phenomena in the atmosphere; Physical environment; And this for Biology: Plant biology; Animal biology; General Biochemistry; Microbiology - immunology; Plant physiology; Animal physiology; Genetics; Biophysics; Elements bio-inorganics; Cellular organization of genetic material; Organic compounds and biomolecules; Cellular and Molecular Physiology; Molecular Biophysics; Human Biology;
 
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