Gain an introduction to a vast array of genetic topics: from the theoretical basis of the components and the structure of our genetic material to epigenetics and gene editing. The fundamentals of transcription and RNA processing will be covered, followed by protein synthesis and the chromosomal basis of inheritance. While this program focusses mostly on human genetics and how mutations and large-scale chromosomal changes can lead to pathophysiology in humans, students will also learn about the genetics of bacteria and viruses and explore the pressing problem of drug resistance in bacteria. In addition, students will gain knowledge on the evolution of genes and traits, which will include topics such as natural selection, the neutral theory or morphological evolution. Finally, this knowledge will be accompanied by the study of real-life molecular techniques used commonly in genetic labs, including the cloning of genes and the molecular analysis of DNA, RNA, proteins, genes, and chromosomes. To conclude, we will explore genetic engineering techniques developed in the last decades and the progress and potential of gene therapy.