Quantum mechanics (QM) is essential for nuclear engineers focusing on microscopic nuclear cross-section calculations, neutron physics, radiation effects in materials, and shielding studies. While QM and special relativity (SR) play critical roles in these areas, they are not universally required for all aspects of nuclear engineering, such as heat transfer or fluid mechanics. Therefore, a targeted study of modern physics, particularly QM and SR, is recommended for those pursuing advanced topics in nuclear engineering.
PREREQUISITESNuclear engineering students, mechanical engineers transitioning to nuclear fields, and professionals involved in reactor physics and radiation safety will benefit from this discussion.
Some aspects of QM and SR are necessary for nuclear engineering if one is studying or working in certain aspects of microscopic (nuclear) cross-section calculations or neutron (reactor) physics, radiation effects in materials or shielding studies. There are some aspects in engineering, e.g., heat transfer or fluid mechanis where QM is not necessary.ahmad_adyleh said:Hi all, I graduated as mechanical engineer and I am studying master in nuclear engineering in Russia ,so to fill the gap between mechanical engineering and nuclear engineering I have to study some course in physics ,but is quantum mechanics necessary for nuclear engineer and which part of modern physics I should study ?