Feeling inadequate as an engineering student doing fluid physics

[stevenphy2]

Hi all,
I have been in the physicsforum for a while already.
I am a graduate student in mechanical engineering now, studying fluid mechanics.
I did my undergraduate in mechanical engineering as well.
The kind of fluid mechanics I do is a bit mathematics and physics oriented. The best way to describe it is really fluid physics.
With an undergraduate background in engineering, I really feel I know so little about physics and mathematics.
I have been comparing myself to other physics students doing similar things. The physical intuition and mathematical maturity they have are way beyond me.
I actually did very well in my engineering classes, and I still do very great in graduate classes now. But the gap between me and other physics students in terms of research ability is so huge.
I feel like I lack a rigorous training even in mechanics. Hamiltonian? Lagrangian? I did not really learn these things in engineering classes. But these concepts seem to be really useful in theoretical fluid mechanics.
I really want to fill in the gap.
I am wondering if anyone here have the same situations here?
If you mange to fill in the gap, how did you do it? Any sharing?

 

[TonyG]

Hi there,

As a scientist with a background in fluid mechanics and engineering, I can relate to your situation. It is common for graduate students to feel like they are lacking in certain areas, especially when comparing themselves to others in their field. However, it's important to remember that everyone has their own strengths and weaknesses, and it's all about finding ways to improve and fill in those gaps.

One way to improve your understanding of physics and mathematics is to take additional courses or attend workshops in those subjects. Many universities offer graduate-level courses in theoretical physics and mathematics that could help you gain a deeper understanding of concepts like Hamiltonian and Lagrangian mechanics. Additionally, online resources such as lectures, tutorials, and forums can also be a great way to supplement your learning.

Another important aspect of filling in the gap is to actively engage in research and discussions with other physicists and mathematicians. This will not only help you improve your technical skills, but also develop your physical intuition and critical thinking abilities. Don't be afraid to ask questions and seek guidance from your peers and mentors.

Lastly, don't compare yourself too much to others. Every individual has their own unique journey and experiences, and it's important to focus on your own growth and progress. Keep up the hard work and dedication, and you will surely see improvements in your research abilities over time.

Best of luck on your journey!