(PhD) Genetics

Genetics, biotechnology, and biosciences have been rapidly developing since 2000. Our PhD in Genetics is based on a systems-level understanding of biological processes and their regulation, from cells and individuals to populations, with a strong focus on molecular aspects.

PhD projects in molecular genetics and functional genomics focus on how genes are expressed and regulated, underpinned by transmission genetics, which explores how genes are passed on to future generations.

The training is structured around the development of shared or subject-specific courses and seminars, enabling PhD students to connect and exchange experiences. Research is conducted using prokaryotic models as well as unicellular or multicellular eukaryotic organisms.

Approaches in fundamental and molecular genetics are applied to all biological organisms in both normal and pathological states, with the goal of discovering and understanding the mechanisms behind all manifestations.

The doctoral training provides a professional experience that, upon successful thesis defense, leads to the title of Doctor. This research-based training allows students to develop:

• high-level scientific, technical, and methodological skills,
• autonomy in managing scientific and socio-economic projects,
• teamwork abilities,
• synthesis and innovation skills.

Young scientists holding a PhD in Molecular Genetics will gain strong expertise in molecular biology and genetics and will be able to analyze biological data using bioinformatics tools.

This program is closely aligned with fundamental and translational sciences, as well as sector-specific applications. Integrated into the relevant academic fields, this training offer will help doctoral students understand and prepare for their integration into the professional world—whether in university teaching and research, in research centers, or eventually in the development of applied research within private or public enterprises.