36 monthsProgramme duration
156 EURTuition Fee/year
OctStarting Month
Programme overview
Main Subject
Chemistry
Degree
BSc
Study Level
Undergraduate
Study Mode
On Campus
The primary specific educational objective of the Bachelor's Degree in Industrial Chemistry is to train graduates with the skills and knowledge necessary to perform professional activities in the field of industrial chemical sciences. These include the development of chemical processes, plant monitoring, and the synthesis and characterization of new materials. The program also aims to provide the cultural tools required to research, develop, and produce within the chemical sector for society, addressing areas such as health, food, cosmetics, environment, energy, communications, furnishings, fashion, and automotive industries.
The training program enables students to acquire the experimental techniques necessary for chemical synthesis and scale-up processes, the determination of chemical and physicochemical properties of matter, analytical methods and computational tools, and methodologies for quality control. Graduates will also be qualified to provide expert advice in applied and industrial chemistry and perform any other activities defined by current legislation related to the profession of Junior Chemist.
Another specific objective of the Bachelor's Degree in Industrial Chemistry is to prepare students for either further advanced studies or immediate entry into professional activities. To this end, the course aims to equip students with a solid understanding of basic scientific methods and content to facilitate an easy transition into the workforce or access to a subsequent Master's Degree program.
In detail, graduates of this program will possess:
- Adequate knowledge of basic mathematical tools for chemical applications, including differential and integral calculus and introductory concepts for handling differential equations.
- Adequate knowledge of classical physics, including mechanics, electromagnetism, optics, and wave propagation.
- Adequate foundational knowledge in informatics, essential for learning chemical disciplines, particularly in understanding and processing experimental data for critical and conscious use of scientific computation software.
- A solid understanding of fundamental chemistry in four main areas (analytical chemistry, physical chemistry, inorganic chemistry, and organic chemistry), covering both essential competencies and more applied and characteristic aspects.
- A good understanding of work procedures applied within industrial chemical processes, including key safety and environmental sustainability criteria.
- Adequate knowledge of basic theories for understanding transport phenomena in chemical process plants and their primary calculation methods.
- The ability to read and interpret technical documents describing industrial chemical processes.
- The capacity to apply innovative methods and techniques and to use complex equipment.
PLEASE NOTE THAT THIS PROGRAMME IS ENTIRELY TAUGHT IN ITALIAN
Programme overview
Main Subject
Chemistry
Degree
BSc
Study Level
Undergraduate
Study Mode
On Campus
The primary specific educational objective of the Bachelor's Degree in Industrial Chemistry is to train graduates with the skills and knowledge necessary to perform professional activities in the field of industrial chemical sciences. These include the development of chemical processes, plant monitoring, and the synthesis and characterization of new materials. The program also aims to provide the cultural tools required to research, develop, and produce within the chemical sector for society, addressing areas such as health, food, cosmetics, environment, energy, communications, furnishings, fashion, and automotive industries.
The training program enables students to acquire the experimental techniques necessary for chemical synthesis and scale-up processes, the determination of chemical and physicochemical properties of matter, analytical methods and computational tools, and methodologies for quality control. Graduates will also be qualified to provide expert advice in applied and industrial chemistry and perform any other activities defined by current legislation related to the profession of Junior Chemist.
Another specific objective of the Bachelor's Degree in Industrial Chemistry is to prepare students for either further advanced studies or immediate entry into professional activities. To this end, the course aims to equip students with a solid understanding of basic scientific methods and content to facilitate an easy transition into the workforce or access to a subsequent Master's Degree program.
In detail, graduates of this program will possess:
- Adequate knowledge of basic mathematical tools for chemical applications, including differential and integral calculus and introductory concepts for handling differential equations.
- Adequate knowledge of classical physics, including mechanics, electromagnetism, optics, and wave propagation.
- Adequate foundational knowledge in informatics, essential for learning chemical disciplines, particularly in understanding and processing experimental data for critical and conscious use of scientific computation software.
- A solid understanding of fundamental chemistry in four main areas (analytical chemistry, physical chemistry, inorganic chemistry, and organic chemistry), covering both essential competencies and more applied and characteristic aspects.
- A good understanding of work procedures applied within industrial chemical processes, including key safety and environmental sustainability criteria.
- Adequate knowledge of basic theories for understanding transport phenomena in chemical process plants and their primary calculation methods.
- The ability to read and interpret technical documents describing industrial chemical processes.
- The capacity to apply innovative methods and techniques and to use complex equipment.
PLEASE NOTE THAT THIS PROGRAMME IS ENTIRELY TAUGHT IN ITALIAN
Admission Requirements
Additional Learning Obligations (OFA) and Recovery Modalities* Students who do not achieve a score of 10 or higher in the Basic Mathematics section of the TOLC-S will be assigned Additional Learning Obligations (OFA). For students with OFA, support activities will be organized between October and December, followed by a recovery test (to be completed by January of the year following enrollment). This test is designed to demonstrate improved preparation. If the student fails to provide such evidence, they will not be allowed to take any second-year exams until they pass the Mathematics Institutions exam.
Tuition fees
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