Chemistry is a central science due to its fundamental role in explaining, predicting, and controlling the components of our material world. Chemistry lies at the heart of solving the complex problems of today’s society through contributions to education, research, healthcare, food, cosmetics, advanced materials, and more.
Chemical engineering relies on an understanding of chemistry to design, build, and operate the processes that provide society with products such as: petroleum fuels, plastics, insecticides, paints, pharmaceuticals, a wide range of food products, cosmetics, smart materials, or contributes to the development of innovative industries.
At the educational level, through its study programs in the fields of chemistry and chemical engineering, the primary mission of FCIC is to train highly skilled specialists. These professionals are prepared to integrate easily into the labor market, to act and think independently, and to consider contributing to the development of their community as one of their top professional priorities.
Research activity, the second major mission of FCIC, is strongly linked to education. This is achieved both by integrating research results into student training and by involving students directly in research activities within FCIC centers and laboratories. Students also serve as members of research project teams aligned with institutional priorities and strategies.
The relationship with society—another vital mission of FCIC—emphasizes partnerships that enhance student training through internships, the development of dual-education programs, and the creation of research, development, and innovation (RDI) themes that are essential for socio-economic stakeholders.
Graduates of our faculty’s Chemistry specialization can hold positions as chemists or chemical analysts in organic and inorganic synthesis laboratories within research and development institutes. They are also qualified as educators, chemists in analytical chemistry laboratories for product quality monitoring, and chemists in medical analysis or biochemistry labs. Additionally, they may serve as nutritional chemists, chemical consultants, or sales representatives for companies providing specialized equipment and chemical products.
Chemical engineers who graduate from our faculty can prove their professional worth at all levels of a business—from the sourcing and preparation of raw materials to piloting and production phases, product analysis and quality assurance, sales, research and development (R&D), environmental protection, and corporate management.
Employers from the chemical, petrochemical, construction materials, food, cosmetics, and automotive industries—as well as those in special materials, bioengineering, genetic engineering, and healthcare—are keen to utilize the competencies acquired by our faculty’s chemical engineers.
Interested in becoming a student at our faculty?
register online and take part in the admission process during the Summer 2026 session.