To pursue a career in nanotechnology, students should focus on undergraduate courses that provide a strong foundation in relevant scientific principles. Key subjects include Quantum Mechanics and Solid-State Physics, which are essential for understanding the behavior of nanoparticles and their applications. While some schools may not offer a dedicated nanotechnology concentration, these courses will prepare students for advanced studies in the field. A background in chemistry is also beneficial, as it is often a prerequisite for nanotechnology programs.
PREREQUISITESStudents considering a career in nanotechnology, educators advising on course selections, and anyone interested in the foundational sciences that support nanotechnology advancements.
Quantum mechanics courses in physics would be useful -- as there are observable quantum effects in things like nanoparticles. Solid-state physics would also be good.neosoul said:I think having a career in nanotechnology might be the right choice. However, my school doesn't offer a concentration in nanotechnology unless you are in chemistry. I would like to know some undergraduate courses that would be helpful to me if I decided to go on to get a masters in nanotechnology.