The course is structured around a series of lectures, discussions, and debates that introduce core concepts in molecular and behaviour genetics. Students will learn how DNA contributes to traits and behaviours and gain a basic understanding of research methods used to study genetic influences. A key feature of the course is active reflection: students will engage with ethical statements related to each topic, considering their own perspectives and observing how views may evolve through discussion. Through this approach, students will develop the ability to critically evaluate both the promises and challenges of genetic research in society, gaining an interdisciplinary understanding of how science and ethics intersect. The course has social and scientific relevance and will have three main focuses:
- Basic introduction into genetics/DNA (scientific background knowledge). Students will be introduced into basic DNA concepts such as single nucleotide polymorphisms, heritability, and epigenetics.
- Application of genetic methods in research (scientific relevance). Students will be introduced to methods frequently applied behavior genetics, such as genome-wide association studies, polygenic scoring and genetic correlations.
- Societal considerations/ethics (social relevance). Students will learn and discuss societal and ethical issues around topic such as direct-to-consumer testing, consent for genetic research, and polygenic embryo selection.