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What types of computational chemistry courses are commonly offered at universities?

As I'm planning my PhD trajectory in theoretical chemistry, I'm trying to map out the essential computational skills I'll need.
I see many course catalogs, but I'm curious about the foundational and advanced courses that are typically considered the core curriculum.
I want to ensure my training is comprehensive and aligned with standard practice.

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By Parimatch Answered 2 years ago

Based on my experience developing curricula and mentoring graduate students, I would recommend looking for a progression. Typically, universities offer a foundational course in quantum chemistry and molecular modeling, which teaches the core theory. This is followed by hands-on courses in electronic structure methods (like DFT) and molecular dynamics simulations. Finally, I have seen specialized topics emerge, such as cheminformatics, machine learning in chemistry, or computational catalysis, which allow students to align with their specific research interests.

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