Computational Physics vs Computational Engineering

[nebbione]

Hi everyone, next year i will finish my Bachelor degree in Computer Engineering, since physics is my passion , i was a little bit in doubt to which course to choose in order to become a physicist.

My doubt is about these courses:
- Photonics Engineering (from electronics eng. department) (can one after be considere a physicist??)
- Computational Physics (university of Udine with SISSA)
- Computational Engineering ( at Munchen University )

What's the difference between tthe last two ?

Which of these courses will close me more to physics ?

Has been the bachelor in computer engineering useful to the career that i want to take ?

What do you think about computational physics ?

 

[R.Mesri]

The difference between Computational Physics and Computational Engineering is that the former focuses on the application of numerical methods to solve physical problems in fields such as astrophysics, quantum mechanics, and atomic and molecular physics. On the other hand, computational engineering is focused on the development of computer models or simulations to analyze complex systems, such as energy systems, aerospace systems, or civil engineering systems.If you are interested in specializing in physics, then Computational Physics is probably the best option for you. This course will help you develop a deep understanding of physical phenomena and how to apply numerical algorithms to solve complex problems. Additionally, the Bachelor in Computer Engineering is also useful in this regard since it provides you with the necessary programming skills to be successful in the field.As for Computational Engineering, this could also be a good option if you are interested in more applied applications than pure research. This course will provide you with the necessary tools to develop computer models for various complex systems and will also be beneficial in terms of your career prospects. Finally, Photonics Engineering could also be an interesting option if you are interested in optics and lasers. This degree will provide you with the necessary knowledge to specialize in this field, though it may not be as closely related to physics as the other courses mentioned here. Overall, it is important to consider all the options available to you and choose the one that best suits your interests and goals.