27 Master's degrees in Chemistry in Italy
Chemical and Process Engineering
The Chemical and Process Engineering programme from University of Padua trains professionals able to interpret, formalize and solve complex problems related to the design, operation and optimization of industrial processes where chemical, physical and biochemical transformations of material and energy are carried out.
Advanced Cosmetic Sciences
The Advanced Cosmetic Sciences (ACS) programme at University of Bologna forms chemists that can operate in cosmetic companies in the design, production, analysis and certification of cosmetic products.
Chemistry for Nano-Engineering
The International Joint Master Degree Chemistry for Nano-Engineering is a two-year program of 4 semesters (120 ECTS), developed by Tor Vergata University of Rome, Italy in cooperation with Aix Marseille University, Marseille, France and Wroclaw University of Science and Technology, Wroclaw, Poland.
Biotechnology and Chemical Sciences in Diagnostics
The theoretical and practical abilities acquired during the the Master’s degree course in Biotechnological and Chemical Sciences in Diagnostics of the University of Turin course will allow the master graduates to operate in multidisciplinary and international work environment.

Sustainable Chemistry and Technologies
The Sustainable Chemistry and Technologies programme from Ca' Foscari University of Venice trains you to be a professional chemist capable of developing original ideas and designing new processes in both research and applied/industrial contexts.

Sustainable Chemistry and Technology for Circular Economy
The Sustainable Chemistry and Technology for Circular Economy degree from the University of Padua provides an extensive and highly interdisciplinary training programme for professionals to be employed in companies or public bodies applying a circular economy model to production and services.

Complex and Data Driven Chemistry
The programme Complex and Data Driven Chemistry from the University of Padua introduces the fundamental concepts of "data-driven chemistry": statistical learning, chemometrics, and design of experiments.