The Applied Chemical Sciences program will prepare students with chemistry backgrounds for employment in chemical industries, energy industry, medical or pharma, or government / non-profit organizations. These graduates will target jobs that are different from the more technically focused Ph.D. in Chemistry and/or Master’s in Chemical Engineering. The program offers an enhancement of various chemical topics that can be directly applied to specific industrial, technological, and medical purposes. It consists of three separate areas of specialization reflecting the importance of chemical sciences in multiple technological applications: Petroleum Chemistry; Bioorganic Chemistry; Computational Chemistry and Data Science.

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.

This master's degree, of an inter-university nature, aims to provide fundamental, theoretical and applied training for access to a doctorate or for the exercise of the profession of chemist in laboratories, production systems and private and institutional R+D+i systems that require knowledge of Organic Chemistry.

The Master of Science (MSc) CPCM "Chemistry and Physico-Chemistry of Materials" provides a complete education program in the field of materials, by addressing all aspects related to their synthesis/elaboration, their fine characterization, and their implementation for specific applications. In the title of this master's program, the term "Chemistry" refers to synthesis and elaboration aspects, while the term "Physico-Chemistry" refers to characterization science and understanding of mechanisms and phenomena taking place at different scales of the material (micro/nano or surface/bulk). The training delivered by Master CPCM allows you to find rapidly a job in the industry as a senior executive, in all sectors of activity using or designing materials, as soon as you have obtained the Master's degree. Alternatively, you can continue your training with a Ph.D. thesis (three years), which is an advantage in several fields of research and development.

The Master's Degree Course in Sustainable Industrial Chemistry aims at preparing chemists with a good knowledge of theory and practical aspects of industrial production in different areas of chemistry, specifically concerning the productprocess relationship, as well as economics and management.

The master's degree provides advanced training in quantum chemistry and other areas of computational chemistry, both at the level of applications and the development of computational methods and tools.

The Master of Engineering program offers targeted, industry-focused training in Formulation Chemistry, Leather Technology, Plastic Materials, and Textile Materials. It features a practical, scientific approach and is taught in English.

The master's degree, of an interuniversity nature, aims to provide its students with knowledge to obtain a solid foundation in advanced chemistry and in chemical and biological instrumental techniques, which will allow them to focus on research or professionalization in relevant topics of science and science. chemical technology.

The Master’s degree in Sustainable Chemistry and Technologies for Circular Economy provides an extensive and highly interdisciplinary training program for professionals to be employed in companies or public bodies applying a circular economy model to production and services. Students will be trained on the whole value chain underlying a circular economy model, though a strong focus will be given chiefly to techno-scientific skills and competencies.

This Master is a full-time degree designed to provide a multidisciplinary scientific and technological training in chemistry and its border with cell biology and materials science. Students will be exposed to a dynamic and international research environment, and will have the opportunity to acquire the practical skills and knowledge necessary to enroll in a PhD program and thus start a research career, or to enter the job market in different sectors. industrial (chemical, pharmaceutical, biotechnological, nanotechnological, etc.).

The specific objective of the master's degree focuses on providing students with the interdisciplinary training, both theoretical and practical, needed to conduct research, development and control in the materials area within research centres and in the private sector.

This master’s programme provides in-depth, interdisciplinary training in chemical engineering as practised in various contexts and sectors. The programme’s main focus is learning to design, execute, test and improve industrial processes in a chemically and technologically responsible way. In addition to fundamental (bio)chemical coursework, the curriculum includes coursework in socio-economics, chemical process technology, surface chemistry, environmental technology etc.

The Master's degree in Advanced Cosmetic Sciences (ACS) forms chemists that can operate in cosmetic companies in the design, production, analysis, and certification of cosmetic products.

The Master's degree in Photochemistry and Molecular Materials provides the students with a solid, versatile, and up-to-date preparation in the growing fields of photochemistry and molecular materials, with increasing attention to nanomaterials. It enables students to plan, simulate, synthesize, and characterize new materials, and to investigate, understand, and exploit the effects of the electromagnetic radiation interacting with materials of natural and synthetic origin.

This master's degree aims to take graduates beyond their bachelor’s degree and acquire a higher level of expertise in chemical engineering. Graduates will be highly trained in designing products and processes related to chemical engineering. They will also have a strong professional grounding because their work placement and master's theses will be conducted primarily in the chemical industry (i.e. in companies and organizations outside the university).