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boyongo
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Hi, I am currently an mechanical engineering student. When i finish my BS in engineering i want to a BS in physics. Will i have to take a lot of additional courses in the physics BS?
Pretty much yes. One will probably require the courses in classical mechanics/dynamics, electro-magetic (EM) theory, relativity, and quantum mechanic/quantum physics. One may have the introductory prerequisites for a physics program, so it might only be 2-3 years for a BS in physics.boyongo said:Hi, I am currently an mechanical engineering student. When i finish my BS in engineering i want to a BS in physics. Will i have to take a lot of additional courses in the physics BS?
Astronuc said:Pretty much yes. One will probably require the courses in classical mechanics/dynamics, electro-magetic (EM) theory, relativity, and quantum mechanic/quantum physics. One may have the introductory prerequisites for a physics program, so it might only be 2-3 years for a BS in physics.
The main difference between Mechanical Engineering and Physics is that Mechanical Engineering is an applied science that focuses on the design and production of mechanical systems, while Physics is a fundamental science that seeks to understand the laws and principles that govern the behavior of matter and energy in the universe. Mechanical Engineering requires a practical application of physics principles, but it also incorporates other disciplines such as mathematics, materials science, and design. Physics, on the other hand, focuses on theoretical concepts and their experimental validation.
Yes, it is possible for a Mechanical Engineer to transition to a career in Physics. While the two fields have different focuses, there is overlap in the skills and knowledge required. Mechanical Engineers already have a strong foundation in physics principles and mathematics, which are essential for understanding advanced concepts in Physics. With additional education and training, a Mechanical Engineer can pursue a career in fields such as research, teaching, or applied physics.
One of the key challenges a Mechanical Engineer may face when transitioning to Physics is the difference in the level of theoretical knowledge required. Mechanical Engineering is more practical and focuses on real-world applications, while Physics requires a deeper understanding of theoretical concepts and mathematical models. Additionally, a Mechanical Engineer may need to pursue further education and training to gain the necessary skills and knowledge for a career in Physics.
Yes, having a background in Mechanical Engineering can provide several advantages when studying Physics. Mechanical Engineers have a strong understanding of mechanics, thermodynamics, and materials science, which are all essential for understanding advanced concepts in Physics. They also have practical experience with designing and building mechanical systems, which can be beneficial in experimental Physics research. Additionally, a background in Mechanical Engineering can provide a unique perspective and approach to problem-solving in Physics.
There are various resources available for a Mechanical Engineer interested in pursuing Physics. Many universities offer graduate programs specifically designed for individuals with a background in engineering to transition into a career in Physics. Additionally, there are online courses, workshops, and seminars available to help bridge the gap between Mechanical Engineering and Physics. It can also be helpful to network with professionals in the field and seek mentorship or internships to gain hands-on experience in Physics.