In an increasingly interconnected, globalized and complex world, where the importance of multilateral dialogue and cooperation is ever growing, the demand for training and capacity development in the field of international affairs and diplomacy is constantly rising. 

In an increasingly interconnected, globalized and complex world, where the importance of multilateral dialogue and cooperation is ever growing, the demand for training and capacity development in the field of international affairs and diplomacy is constantly rising. 

In an increasingly interconnected, globalized and complex world, where the importance of multilateral dialogue and cooperation is ever growing, the demand for training and capacity development in the field of international affairs and diplomacy is constantly rising.

In an increasingly interconnected, globalized and complex world, where the importance of multilateral dialogue and cooperation is ever growing, the demand for training and capacity development in the field of international affairs and diplomacy is constantly rising.

In an increasingly interconnected, globalized and complex world, where the importance of multilateral dialogue and cooperation is ever growing, the demand for training and capacity development in the field of international affairs and diplomacy is constantly rising.

In an increasingly interconnected, globalized and complex world, where the importance of multilateral dialogue and cooperation is ever growing, the demand for training and capacity development in the field of international affairs and diplomacy is constantly rising.

The United Nations Institute for Training and Research (UNITAR) is a principal training arm of the United Nations, working in every region of the world. We empower individuals, governments and organizations through knowledge and learning to effectively overcome contemporary global challenges. 

The Biomaterials course introduces students to the fundamental principles of biomaterials science, emphasizing the relationship between material properties and their interactions with biological systems. This interdisciplinary course integrates general chemistry, material science, and engineering principles to address challenges in tissue engineering and medical applications.