Students are able to apply knowledge in Biological Sciences that is suitable for frontier development and research at the international level. Students are able to integrate knowledge from multidisciplinary areas of research for solving problems in Biological Science.

The Ph.D. in Agrobiosciences is a three-year program that aims at educating highly competent researchers with an interdisciplinary background who will be able to face research frontiers in plant sciences. The program is structured in two curricula: i) Genomics and crop production and ii) Agriculture and environment, offering training in frontier topics of plant sciences, including molecular biology, plant genomics- cs and biotechnology, and environmental and agronomic sciences.

The Doctoral Program in Biology has a duration of 4 years, corresponding to a total of 240 ECTS. The first year includes a curricular component (60 ECTS) structured in Advanced Courses, focused on various thematic areas of the scientific field of Biology (total of 24 ECTS), tutorial classes (20 ECTS), and the preparation of the thesis component (16 ECTS). At the end of the first year, the student will have to submit and publicly defend his doctoral workplan. A positive evaluation is required for their permanence in the doctoral program.

The primary objective of the PhD in Applied Bioscience program is to train students to become high-quality researchers at the interface between chemistry and biology. The primary objective of the Doctor of Philosophy (PhD) program in Applied Bioscience is to train students to become high-quality researchers at the interface between chemistry and biology. The Faculty of Science, with no traditional departments, exposes students to interdisciplinary research, allowing them to gain experience working successfully within collaborative networks.

Bioscience is a diverse but often converging field of study that applies knowledge to develop biological solutions to sustain, restore, and improve the quality of life for humans, plants, and animals. Biomedical Engineering is the application of engineering principles and design concepts to biology and medicine for advanced healthcare in diagnostics, monitoring, and therapy. Bioscience and Biomedical Engineering are strongly interdisciplinary which involve Physics, Chemistry, Biology, Mathematics, IT and Computer Science.

Our world-renowned graduate program provides a select group of highly motivated students the opportunity for research and graduates education in the biomedical sciences, chemistry, and biophysics.

Postdoctoral scholars make vital contributions to the University's scientific programs while gaining valuable research training and experience under the mentorship of ahead of laboratory, culminating in published results. During this time, they are encouraged to develop a distinct research line that will allow them to gain independence in preparation for a scientific career.