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University of Southern Denmark MSc in Medicinal Chemistry
University of Southern Denmark

MSc in Medicinal Chemistry

2 Years

English

Full time

01 Mar 2026*

01 Sep 2026

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On-Campus

* for EU/EEA and Swiss citizens and applicants holding a Danish residence permit I for non-EU/EEA citizens without a current residence permit deadline is 01.02.2026

* for full degree students from the Nordic countries or from the EU/EEA countries and Switzerland; 6,640 EUR per semester for students with a non-EU/EEA-citizenship or non-Swiss-citizenship

Key Summary

    About: The MSc in Medicinal Chemistry focuses on the design and development of pharmaceutical compounds. You'll explore topics like drug action mechanisms, organic synthesis, and analytical techniques. The program typically spans one year full-time or two years part-time and is designed to equip graduates with essential skills needed in the medicinal chemistry field.
    Career Outcomes: Graduates can pursue various roles in pharmaceutical companies, research institutions, and regulatory agencies. Potential career paths include medicinal chemist, pharmaceutical scientist, and quality control analyst. You may also find opportunities in academia and governmental organizations.

Introduction

Since its emergence as an independent scientific field within natural sciences, chemistry has always possessed a strong power to transform the molecular world. Imagine the joy to make a molecule that has never been made on Earth.

Chemistry has the ability to produce small molecules used in our daily life, to develop new medicines that cure diseases, and to design catalysts that speed up reactions that would otherwise not be possible.

At SDU, we develop novel chemical methods that enable efficient preparation of important molecules with the potential to impact our life. Our scientists working in the area of medicinal chemistry study the structure and function of the most important biomolecules, including nucleic acids, peptides, proteins, sugars, and many other biomedically important molecules that play key roles in human health and disease.

We design and synthesize new analogs of the natural nucleic acids where the overall goal is to inhibit the expression of disease-causing genes. The chemical basis of processes that control the activity of human genes via so-called epigenetic processes on histone proteins and DNA are also being investigated. Building on the knowledge gained from the basic understanding of molecular processes in humans, a new generation of inhibitors of biomedically important enzymes is being developed.

Curriculum

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Program Admission Requirements

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About the School

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