Ca' Foscari University of Venice MA in Sustainable Chemistry and Technologies: Biomolecular Chemistry
Ca' Foscari University of Venice

Ca' Foscari University of Venice

MA in Sustainable Chemistry and Technologies: Biomolecular Chemistry

Venice, Italy

MA

2 years

English

Full time

Sep 2026

* There are several rounds at disposal to apply. For details, check apply.unive.it

* Depending on your nationality, yearly fees range from 700 to 2,599 euro

Key Summary

About: MA in Sustainable Chemistry and Technologies: Biomolecular Chemistry at Ca' Foscari University offers three curricula: Biomolecular Chemistry (English), Chemistry (Italian), Industrial Chemistry (Italian). You’ll study matter transformation, synthesis, characterization of substances, materials, and apply it to scientific, environmental and social challenges, emphasizing green transition. You’ll propose solutions in molecular biology, nanomaterials, energy and sustainable production.

Career Outcomes: Graduates can work as employees or freelancers in companies, research institutes, or take managerial or technical roles across chemical, manufacturing, biotech sectors. Possible career opportunities include: Chemist; Chemical Information Management Specialist; Chemical Manufacturing Consultant; Process Developer; Product Designer; Researcher; Specialist Consultant; Biotechnologist.

The programmes offers 3 curricula (1 entirely taught in English and 2 in Italian):

  • Biomolecular Chemistry (taught in English)
  • Chemistry (taught in Italian)
  • Industrial Chemistry (taught in Italian)

You will investigate the behaviour and rules governing the transformation of matter, learn innovative techniques for the synthesis and characterisation of new substances and materials, and apply your knowledge to scientific, environmental, and social challenges, with a particular emphasis on green and sustainable transition.

In addition, you will develop the ability to suggest solutions in different fields, such as chemistry, molecular biology, nanomaterials, energy sources, and environmentally sustainable chemical production.