51 Best Chemistry in Italy for 2024

This English taught course aims at preparing chemists with a good knowledge of theory and practical aspects of the industrial production in different areas of chemistry, specifically concerning the product-process relationship, economics and management. Graduates are expected to possess the skills necessary for diverse roles in industrial chemistry, including product and material characterization, technology experimentation, and active participation in decision-making processes within a global context.

The bachelor's degree in chemistry prepares students to understand the fundamental principles of matter and their practical applications. Studies include organic, inorganic, analytical, and physical chemistry, along with laboratories for hands-on experiences. Students acquire skills in the synthesis of chemical compounds, material characterization, and analytical techniques. This educational path is essential for careers in research, the chemical industry, pharmaceuticals, and environmental science, contributing to innovation and technological development.

The bachelor's degree in industrial chemistry trains experts in the management and application of chemical processes in industry. Students study principles of organic, inorganic, and analytical chemistry, as well as advanced techniques in chemical engineering and resource management. Through practical laboratories and applied projects, they acquire skills to design, optimize, and control industrial processes, ensuring production efficiency and environmental safety. This educational path prepares graduates for careers in sectors such as manufacturing, energy, materials, and technology, contributing to innovation and sustainable development in the chemical industries.

The master's degree in Chemical Sciences offers advanced training in the main chemical disciplines, preparing students for careers in research, industry, and teaching. The course includes in-depth studies in organic, inorganic, analytical, and physical chemistry, with practical laboratory experiences. Graduates acquire advanced skills in the design and analysis of chemical processes, promoting innovation and sustainability in the chemical and pharmaceutical sectors.

This advanced master's program focuses on process chemistry applied to active pharmaceutical ingredients. Students will delve into synthesis techniques, optimization of production processes, and quality control, acquiring skills to improve efficiency and safety in drug production.

The two-year Master's Degree Course in Chemistry (Class LM-54), active since 2010/11, has been designed to give ample space to the basic disciplines, both theoretical and experimental, so as to train a complete chemist and highly qualified, who will be able to enter the world of work in the application-industrial, teaching and research sectors (access to research doctorates and specialization schools).

This Master’s program is taught completely in English and it lasts 2 years with a total of 120 ECTS credits earned. This program has only one intake (September). The Master of Science in Chemistry and Advanced Chemical Methodologies 
offers the possibility to enhance the chemistry knowledge, especially in the areas that characterize the chemical research in UNICAM. The course provides skills and fundamental knowledge in advanced and innovative chemistry areas, in order to offer an educational qualification competitive on the global labor market. The master degree course will prepare a professional able to work in labs, industries and public corporations at a manager level, in the following fields: public and private research facility; chemical industry and manufacturing; laboratories for analysis, monitoring and managing the environment and the waste cycle; energy production and energy storage industries; analytical chemistry laboratories for compliance testing and/or quality assurance; private practice (register of chemists - sect.A).

The master's degree course in Food Science and Technology aims to provide, on the basis of a solid preparation on the theoretical-scientific aspects acquired in the three-year degree in class L-26, advanced knowledge in the field of technical management of agri-food systems and supply chains .

The bachelor's degree in Chemistry and Chemical Technologies provides a solid foundation in the fundamental disciplines of chemistry and their technological applications. Students study principles of organic, inorganic, analytical, and physical chemistry, as well as modern chemical technologies such as organic synthesis, materials chemistry, and industrial chemistry. The program also includes practical laboratory experiences and research projects. Graduates are prepared for careers in the chemical, pharmaceutical, and environmental industries, and to continue their studies with a master's degree in more advanced specializations of chemistry.

The bachelor's degree in Chemistry for Sustainable Manufacturing focuses on the application of chemical principles to develop production processes that reduce environmental impact and promote sustainability. Students study green chemistry, clean technologies, material recycling, and the development of eco-friendly products. The program integrates theoretical knowledge with practical laboratory experiences and sustainability-oriented research projects. Graduates are prepared for careers in the manufacturing industry, research and development, environmental consulting, and natural resource management, contributing to the promotion of sustainable industrial practices.

The Master’s Degree Program in Chemistry offered by the University of Parma provides comprehensive education and training focused on the most modern aspects of chemistry. The courses offered range from classic synthesis & catalysis to more challenging subjects such as environmental sustainability, molecular biology, advanced materials, and nanoscience.

The bachelor's degree in Materials Science offers an in-depth education on the properties, production, and application of materials in various industrial sectors. Students study the atomic structure of materials, mechanical properties, and methodologies for their characterization. The program also includes material synthesis, nanotechnology, polymers and their applications, with a strong focus on research and experimentation in the laboratory. Graduates are prepared for careers in the materials industry, research and development, the energy sector, automotive, and advanced technologies, where they contribute to the innovation and design of advanced materials.

The Second-cycle Degree in Industrial Chemistry aims both at completing the education and training of the students who have achieved a three-year Degree in Chemistry, and at developing specific skills. Second-level graduates in Industrial Chemistry will possess a deep operational and scientific knowledge related with chemistry and with the process of industrial production, especially concerning the process-product connection and sustainability in the face of available resources and environmental issues.

The contribution of computational methodologies to drug discovery is no longer a matter of dispute and the major world’s pharmaceutical and biotechnology companies use computational design tools. Computer-aided drug design comprises computational methods and resources that are used to facilitate the design and discovery of new therapeutic solutions. This summer school will cover all the main computational techniques used in drug discovery, supplying a basic level of knowledge of this research field.

The Department of Chemistry "Ugo Schiff" of the University of Florence offers a new Master course in Advanced Molecular Sciences to train and educate the next generation of chemists on the cutting-edge aspects of research in Chemistry of Materials and Life Sciences that will give them the skills required for an advanced career in industry and academia. The Master will be conducted in English.

The bachelor's degree in industrial chemistry focuses on the application of chemical principles to the industrial production of materials and chemical products. Students study chemical processes, chemical engineering, chemical analysis, and environmental safety. This course prepares for careers in the chemical, pharmaceutical, food, energy, and environmental industries, where qualified professionals are needed for the design, monitoring, and optimization of industrial processes and the management of safety and environmental sustainability.

The Master's Degree in Chemistry and Pharmaceutical Technology deepens the study of chemical sciences applied to the production and technology of drugs. Students explore pharmaceutical chemistry, pharmaceutical biotechnologies, drug formulation, and quality control. They acquire advanced skills in molecular synthesis, pharmaceutical analysis, and pharmaceutical sector regulation. The program integrates theory with practical experiences in pharmaceutical laboratories and industries, preparing professionals for roles in research and development, production, quality control, and regulation in the pharmaceutical and biotechnological sectors.

Area: Chemical and Pharmaceutical Sciences and Biotechnology

The primary goal of the Ph.D. course in chemistry is the training in order to obtain proper skills in the chemistry field, to carry on an independent and autonomous research activity. Such skills will be important to be spent in many different situations and institutions, in particular, public research institutions (like Universities and Research Institutes) or private companies.

The Doctoral School in Atomic and Molecular Photonics was born under the inspiration of the advanced multidisciplinary research carried on, since 1991, at the European Laboratory for Non Linear Spectroscopy (LENS) of the University of Florence.