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The first specific training objective of the Master's Degree Course in Sustainable Industrial Chemistry is the training of a graduate specialised in industrial chemical sciences and technologies, who is able to competently apply procedures and protocols proper to industrial chemistry, develop and characterise new products and materials at an industrial level and in a sustainable manner, experiment new technologies and develop new processes characterised by a better environmental footprint, conduct chemical analyses and quality controls, also at the level of prevention, safety and environmental protection, which require full mastery of chemical and instrumental techniques. Furthermore, the master's degree graduate is able to conduct the subsequent processing of the acquired data, prepare reports on the results of the analyses, and carry out laboratory tests and trials for the development of new products, assess the environmental impact of the proposed processes and products.
Even more importantly, graduates with a master's degree in Sustainable Industrial Chemistry are able to develop innovative process schemes and plants for the exploitation of resources, raw materials and renewable energies, for the valorisation of waste and scrap materials, and for energy efficiency, with a view to promoting a circular economy and improving the environmental impact of production processes. All this is incorporated into the training programme with a view to the economic sustainability of the plants designed, so as to ensure their full and real feasibility, introducing the most modern methods of quantifying not only costs but also the main profitability indices of chemical plants. Similarly, sustainability is quantified, proposing logic and metrics for its precise quantification and implementation according to scientific standards. In this context, the master's degree course complies with European standards for the teaching of industrial chemistry, aiming to provide specific skills with particular regard to industrial chemistry disciplines and their applications. Graduates will be able to provide advice on industrial and applied chemistry and carry out any other activity defined by current legislation in relation to the profession of industrial chemist. Another specific objective of the degree course in Sustainable Industrial Chemistry is to enable students to immediately enter the professional world or, if desired, to continue with further higher education (PhD or Master's degree). Therefore, the course aims to provide students with a complete mastery of scientific methods and content in chemistry, with particular attention to issues of environmental, economic and safety sustainability, in order to facilitate smooth entry into the world of work or access to further training.
Finally, industry, including the chemical industry, is increasingly making use of the opportunities offered by artificial intelligence and process modelling in order to improve and optimise production processes, also with a view to greater environmental and economic sustainability. Graduates in Sustainable Industrial Chemistry will acquire basic knowledge of these aspects in the core courses and will be able to deepen their understanding through dedicated optional courses. In particular, the foundations will be laid for the profitable and responsible use of these new tools, with a focus on various machine learning models. In addition, various IT tools will be proposed for in silico process design and optimisation, as well as for the creation of "digital twins".
PLEASE NOTE THAT THIS PROGRAMME IS ENTIRELY TAUGHT IN ENGLISH
Programme overview
Main Subject
Chemistry
Degree
MSci
Study Level
Masters
Study Mode
On Campus
The first specific training objective of the Master's Degree Course in Sustainable Industrial Chemistry is the training of a graduate specialised in industrial chemical sciences and technologies, who is able to competently apply procedures and protocols proper to industrial chemistry, develop and characterise new products and materials at an industrial level and in a sustainable manner, experiment new technologies and develop new processes characterised by a better environmental footprint, conduct chemical analyses and quality controls, also at the level of prevention, safety and environmental protection, which require full mastery of chemical and instrumental techniques. Furthermore, the master's degree graduate is able to conduct the subsequent processing of the acquired data, prepare reports on the results of the analyses, and carry out laboratory tests and trials for the development of new products, assess the environmental impact of the proposed processes and products.
Even more importantly, graduates with a master's degree in Sustainable Industrial Chemistry are able to develop innovative process schemes and plants for the exploitation of resources, raw materials and renewable energies, for the valorisation of waste and scrap materials, and for energy efficiency, with a view to promoting a circular economy and improving the environmental impact of production processes. All this is incorporated into the training programme with a view to the economic sustainability of the plants designed, so as to ensure their full and real feasibility, introducing the most modern methods of quantifying not only costs but also the main profitability indices of chemical plants. Similarly, sustainability is quantified, proposing logic and metrics for its precise quantification and implementation according to scientific standards. In this context, the master's degree course complies with European standards for the teaching of industrial chemistry, aiming to provide specific skills with particular regard to industrial chemistry disciplines and their applications. Graduates will be able to provide advice on industrial and applied chemistry and carry out any other activity defined by current legislation in relation to the profession of industrial chemist. Another specific objective of the degree course in Sustainable Industrial Chemistry is to enable students to immediately enter the professional world or, if desired, to continue with further higher education (PhD or Master's degree). Therefore, the course aims to provide students with a complete mastery of scientific methods and content in chemistry, with particular attention to issues of environmental, economic and safety sustainability, in order to facilitate smooth entry into the world of work or access to further training.
Finally, industry, including the chemical industry, is increasingly making use of the opportunities offered by artificial intelligence and process modelling in order to improve and optimise production processes, also with a view to greater environmental and economic sustainability. Graduates in Sustainable Industrial Chemistry will acquire basic knowledge of these aspects in the core courses and will be able to deepen their understanding through dedicated optional courses. In particular, the foundations will be laid for the profitable and responsible use of these new tools, with a focus on various machine learning models. In addition, various IT tools will be proposed for in silico process design and optimisation, as well as for the creation of "digital twins".
PLEASE NOTE THAT THIS PROGRAMME IS ENTIRELY TAUGHT IN ENGLISH
Admission Requirements
5.5+
72+
Requirements and knowledge required for access The curricular prerequisites to access the Master's Degree Course in Industrial Chemistry are those peculiar of the L-27 class of degree courses, and in particular: - at least 20 credits in disciplines of mathematics (from MAT/01 to MAT/09), physics (from FIS/01 to FIS/08) and information technology (INF/01; ING-INF/05); - at least 70 CFU in discipline groups belonging to the distinguishing areas included in the L-27 Class Table (Analytical and Environmental chemistry - CHIM/01 and CHIM/12; Inorganic and Physical chemistry - CHIM/03 and CHIM/02; Industrial chemistry and engineering - CHIM/04, CHIM/05, ING-IND/21-22, ING-IND/25; Organic chemistry and Biochemistry CHIM/06- BIO/10-12). Moreover, also a minimum English language proficiency at minimum level B2 within the Common European Framework of Reference for Languages (CEFR) is required. The above disciplinary credits are fully recognized to graduates of the undergraduate programs of Class L-27 of the Università degli Studi di Milano. All other students must demonstrate to have the curricular requirements of the graduates of the class L-27. Different curricular profiles will be evaluated by the Admission Commission. Proficiency in English at a B2 level or higher, under to the Common European Framework of Reference for Languages (CEFR), is required for admission.
2 Years
Oct
Tuition fees
International
156 EUR
Scholarships
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Sustainable Industrial Chemistry
Main Campus, Milan, Italy
# 201-250QS Subject Rankings
24 monthsProgramme duration
156 EURTuition Fee/year
ChemistryMain Subject Area
Programme overview
Main Subject
Chemistry
Degree
MSci
Study Level
Masters
Study Mode
On Campus
The first specific training objective of the Master's Degree Course in Sustainable Industrial Chemistry is the training of a graduate specialised in industrial chemical sciences and technologies, who is able to competently apply procedures and protocols proper to industrial chemistry, develop and characterise new products and materials at an industrial level and in a sustainable manner, experiment new technologies and develop new processes characterised by a better environmental footprint, conduct chemical analyses and quality controls, also at the level of prevention, safety and environmental protection, which require full mastery of chemical and instrumental techniques. Furthermore, the master's degree graduate is able to conduct the subsequent processing of the acquired data, prepare reports on the results of the analyses, and carry out laboratory tests and trials for the development of new products, assess the environmental impact of the proposed processes and products.
Even more importantly, graduates with a master's degree in Sustainable Industrial Chemistry are able to develop innovative process schemes and plants for the exploitation of resources, raw materials and renewable energies, for the valorisation of waste and scrap materials, and for energy efficiency, with a view to promoting a circular economy and improving the environmental impact of production processes. All this is incorporated into the training programme with a view to the economic sustainability of the plants designed, so as to ensure their full and real feasibility, introducing the most modern methods of quantifying not only costs but also the main profitability indices of chemical plants. Similarly, sustainability is quantified, proposing logic and metrics for its precise quantification and implementation according to scientific standards. In this context, the master's degree course complies with European standards for the teaching of industrial chemistry, aiming to provide specific skills with particular regard to industrial chemistry disciplines and their applications. Graduates will be able to provide advice on industrial and applied chemistry and carry out any other activity defined by current legislation in relation to the profession of industrial chemist. Another specific objective of the degree course in Sustainable Industrial Chemistry is to enable students to immediately enter the professional world or, if desired, to continue with further higher education (PhD or Master's degree). Therefore, the course aims to provide students with a complete mastery of scientific methods and content in chemistry, with particular attention to issues of environmental, economic and safety sustainability, in order to facilitate smooth entry into the world of work or access to further training.
Finally, industry, including the chemical industry, is increasingly making use of the opportunities offered by artificial intelligence and process modelling in order to improve and optimise production processes, also with a view to greater environmental and economic sustainability. Graduates in Sustainable Industrial Chemistry will acquire basic knowledge of these aspects in the core courses and will be able to deepen their understanding through dedicated optional courses. In particular, the foundations will be laid for the profitable and responsible use of these new tools, with a focus on various machine learning models. In addition, various IT tools will be proposed for in silico process design and optimisation, as well as for the creation of "digital twins".
PLEASE NOTE THAT THIS PROGRAMME IS ENTIRELY TAUGHT IN ENGLISH
Programme overview
Main Subject
Chemistry
Degree
MSci
Study Level
Masters
Study Mode
On Campus
The first specific training objective of the Master's Degree Course in Sustainable Industrial Chemistry is the training of a graduate specialised in industrial chemical sciences and technologies, who is able to competently apply procedures and protocols proper to industrial chemistry, develop and characterise new products and materials at an industrial level and in a sustainable manner, experiment new technologies and develop new processes characterised by a better environmental footprint, conduct chemical analyses and quality controls, also at the level of prevention, safety and environmental protection, which require full mastery of chemical and instrumental techniques. Furthermore, the master's degree graduate is able to conduct the subsequent processing of the acquired data, prepare reports on the results of the analyses, and carry out laboratory tests and trials for the development of new products, assess the environmental impact of the proposed processes and products.
Even more importantly, graduates with a master's degree in Sustainable Industrial Chemistry are able to develop innovative process schemes and plants for the exploitation of resources, raw materials and renewable energies, for the valorisation of waste and scrap materials, and for energy efficiency, with a view to promoting a circular economy and improving the environmental impact of production processes. All this is incorporated into the training programme with a view to the economic sustainability of the plants designed, so as to ensure their full and real feasibility, introducing the most modern methods of quantifying not only costs but also the main profitability indices of chemical plants. Similarly, sustainability is quantified, proposing logic and metrics for its precise quantification and implementation according to scientific standards. In this context, the master's degree course complies with European standards for the teaching of industrial chemistry, aiming to provide specific skills with particular regard to industrial chemistry disciplines and their applications. Graduates will be able to provide advice on industrial and applied chemistry and carry out any other activity defined by current legislation in relation to the profession of industrial chemist. Another specific objective of the degree course in Sustainable Industrial Chemistry is to enable students to immediately enter the professional world or, if desired, to continue with further higher education (PhD or Master's degree). Therefore, the course aims to provide students with a complete mastery of scientific methods and content in chemistry, with particular attention to issues of environmental, economic and safety sustainability, in order to facilitate smooth entry into the world of work or access to further training.
Finally, industry, including the chemical industry, is increasingly making use of the opportunities offered by artificial intelligence and process modelling in order to improve and optimise production processes, also with a view to greater environmental and economic sustainability. Graduates in Sustainable Industrial Chemistry will acquire basic knowledge of these aspects in the core courses and will be able to deepen their understanding through dedicated optional courses. In particular, the foundations will be laid for the profitable and responsible use of these new tools, with a focus on various machine learning models. In addition, various IT tools will be proposed for in silico process design and optimisation, as well as for the creation of "digital twins".
PLEASE NOTE THAT THIS PROGRAMME IS ENTIRELY TAUGHT IN ENGLISH
Admission Requirements
The above disciplinary credits are fully recognized to graduates of the undergraduate programs of Class L-27 of the Università degli Studi di Milano. All other students must demonstrate to have the curricular requirements of the graduates of the class L-27. Different curricular profiles will be evaluated by the Admission Commission.
Proficiency in English at a B2 level or higher, under to the Common European Framework of Reference for Languages (CEFR), is required for admission.
Tuition fees
International
Scholarships
Selecting the right scholarship can be a daunting process. With countless options available, students often find themselves overwhelmed and confused. The decision can be especially stressful for those facing financial constraints or pursuing specific academic or career goals.
To help students navigate this challenging process, we recommend the following articles:
How to get a full scholarship
Looking for a fully-funded scholarship to see you into university? Find out how to boost your chances of getting one.
Scholarships to study abroad
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