why the NMR course

This course explores the relationship between theory and the results observed in NMR spectra, helping you get more out of your spectra. The course also provides insight into the question: What can I find out using different NMR techniques, and how? You will put theory into practice through assignments during the course.

The course covers the following topics:

Day 1 (refreshment)	Nuclear spin and precession Energy levels and sensitivity The single pulse experiment Chemical shift part 1 Spin-spin coupling part 1
Day 2 (heteronuclei - stereochemistry - quantitative NMR)	Chemical shift part 2 (chemical shift and reactivity) Homogeneous vs heterogeneous peak broadening 13C and 15N vs 31P and 19F Sensitivity revisited Spin-spin coupling part 2 (strong coupling) Stereochemical principles and NMR Quantitative NMR
Day 3 (exchange - relaxation - introduction to 2D NMR)	Chemical exchange, H-D exchange, conformational exchange, solvent suppression Relaxation (including NOE and saturation transfer) How to measure T1 and T2 Introduction in 2D NMR: how to use 2D NMR spectra
Day 4 (2D NMR theory and advanced use of 2D NMR)	Tips & tricks when processing 2D NMR spectra Where does the second dimension come from? Advanced assignment strategies

You will be taught by subject experts from the field and an NMR expert from the HAN School of Applied Biosciences & Chemistry.

The course consists of a theoretical component and interactive assignments. The course is taught entirely in English. Hands-on training with instruments is not part of this course.

During the course, you will be given various assignments to practice with. You are also welcome to bring your own data to work with.
The following edition will start on Tuesday 6 October 2026. Course days run from 12.30 to 16.30 and take place at Pivot Park in Oss.

Below is an overview of the course dates:

6-10-2026

27-10-2026

10-11-2026

24-11-2026