Program Overview

Biomolecular Sciences Master's Programme

The Biomolecular Sciences Master's programme at VU Amsterdam offers a deep understanding of the fundamentals of life at a biomolecular level. This programme is designed for individuals interested in the molecular mechanisms behind major health problems, such as cancer, diabetes, and Alzheimer's, as well as their impact on antibiotics or food production.

Overview

• The programme aims to provide students with a comprehensive understanding of biomolecular knowledge and its application in preventing and curing diseases, as well as building a better environment.
• It focuses on combining multidisciplinary practical and bioinformatic approaches to conduct cutting-edge research.
• The overarching goals include gaining a deep understanding of life at a biomolecular level, understanding how biomolecular knowledge is used to prevent and cure diseases, and learning how to combine practical and bioinformatic approaches for research.

Practical Benefits

• The programme includes two full-time research projects.
• It is closely affiliated with the Amsterdam Institute of Molecular and Life Sciences.
• Students benefit from academic skill development and career orientation.

Programme Content

• The programme covers research topics and working with cutting-edge techniques and equipment.
• Students have the opportunity to attend top-quality guest lectures through VU Amsterdam's large network of partners at AIMMS and Amsterdam Research.
• The start of the research career is embedded within the diverse local life sciences community.

Key Details

• Duration: 2 years
• Language: English
• Study Type: Full-time

This programme is designed to provide a comprehensive education in biomolecular sciences, equipping students with the knowledge and skills necessary to pursue a career in research and development, academia, or industry. With its strong focus on practical research experience and academic skill development, the Biomolecular Sciences Master's programme at VU Amsterdam offers a unique opportunity for students to achieve breakthroughs in molecular, pharmaceutical, and life sciences.