Modern methods in chemical research: a new online course of St Petersburg University

Students will explore the foundational concepts of atomic and subatomic particle physics, gaining familiarity with diverse approaches to solving equations of motion pertaining to elementary particles and molecular cores. The curriculum also focuses on instructing students on the essential techniques for calculating the many-electron function ab initio (a Latin term meaning "from the beginning"), as well as the Kohn—Sham and Hartree—Fock methods.

You can register for the online course via the link.

The course has a practical focus and aims to develop universal competencies necessary for predicting chemical reaction outcomes and making logical decisions. Throughout the programme, students will learn how to calculate vibrational spectra, thermodynamic characteristics of molecular systems, scans of potential energy surfaces, and gain proficiency in working with MOLCAS and ORCA programmes. They will also have the opportunity to simulate diatomic molecules, vibrational spectra, and design complex chemical reactions.

This online programme comprises 10 modules and includes not only video lectures but also the study of supplementary materials on using digital technologies to develop novel drugs and treat diseases. Students will be required to complete test tasks with automated result verification and assessments based on the material covered.

The course "Computer Modelling of Chemical Reactions: A Practical Approach" is tailored for students of bachelor’s and specialist’s programmes with a primary focus on experimental physics. Additionally, it is equally suitable for aspiring young scientists seeking to incorporate cutting-edge computer technologies into their research endeavours.

St Petersburg University online courses