Chemical Engineering is a bridge connecting chemistry (chemical reactions in a test tube) to the real world outside the laboratory. As a chemical engineer, you will acquire the ability to design, develop and implement apparatus, equipment, and unit operations, as well as invent or modernize the technologies of converting raw materials into useful products with the methods of improving production in chemical plants, taking into account environmental protection (sustainable development, circular economy) and industrial safety. So first of all, chemical engineering is the knowledge of processes and equipment supported by the ability to design and control the operation of industrial installations. Today, however, chemical engineering also involves the development of valuable new materials or the improvement of  products ranging from basic chemicals, polymers, consumer products, and food products to speciality chemicals, cosmetic ingredients, pharmaceuticals, and more) as well as the discovery and utilization of modern non-polluting technologies for their production. They are all cross-sectoral and interdisciplinary in character and allow one to acquire extensive knowledge and develop a very wide range of practical skills useful in many areas of activity.

During your studies you will:

• gain universal technical knowledge and skills in chemistry, physics, mathematics, biochemistry, mechanics, chemical and material engineering as well as computer science to help your understanding of basic engineering concepts,
• learn the basics of economics, management, intellectual property aspects, safety and environmental protection,
• understand how to change raw materials into required and useful products,
• solve engineering tasks such as the design of desired and effective apparatus and equipment as well as design or enhance useful products and technological methods of their production taking into consideration the requirements of environmental protection, health and safety and cost issues;
• have the chance to learn about development, designing and improving methods, processes and products used in chemical engineering areas in agreement with modern and green strategies,
• integrate fundamental theoretical knowledge with applied laboratory and experimental, engineering and technical, methodological and technological skills;
• obtain and enhance experimental and analytical skills connected with the selection, conducting and controlling bio- and chemical processes and characteristics of materials and products by using advanced instrumental analysis methods,
• use the latest achievements in the field of computer-aided design of equipment and processes,
• gain the ability to prepare technical documentation,
• have the appropriate qualifications to participate in research and development projects focused on the needs of the industry.

Chemical Engineering makes it possible to achieve many attractive professional careers in the country and abroad in small and large companies with a wide range of activities. Chemical engineers are one of the best-paid professions in the world. Our graduates are specialists needed in:

• the wide range of global industries including chemical and biotechnological, rubber, plastics, fertilizer, food, pharmaceutical, cosmetic, refining, natural gas treatment, energy and heating,
• wastewater treatment plants,
• process equipment construction, design offices, consulting companies, environmental control services,
• scientific and research units (universities, research institutes)
• innovative own firms.

Chemical Engineering at our University is the study that takes place daily. The curriculum includes theoretical lectures, as well as a variety of practical activities such as laboratories, auditorium exercises, projects, case studies, seminars and practices (internships). During their studies, students have also the opportunity to cooperate with scientists as part of research projects financed by external sources and realize their own scientific interests in Student Scientific Groups.

The graduate is equipped with:

• general and practical knowledge in the field of technical sciences including the description of momentum, heat and mass transfer processes, thermodynamics and process kinetic, chemical reactions engineering and also raw materials resources, technological processes and products in the organic, inorganic and polymer areas, applied catalysis, nanotechnology, industrial biotechnology and aspects of environmental protection;
• skills and competencies to solve engineering tasks typical for chemical engineering and related disciplines, involving the design of process apparatus and equipment, the analysis of their operation and effective exploitation as well as the design or improvement of useful products and technological processes;
• ability to use basic commercial software as well as simple programs developed independently;
• ability to use professional literature and databases to develop the obtained results,  prepare calculations of process costs, achieve the set goals and prepare written and oral reports, including modern communication and presentation media;
• ability to use the acquired knowledge in professional life in Poland and abroad, communicate with the environment at the place of work, actively participate in teamwork, take up self-employment and deal with legal and economic issues;
• preparation to continue education in second-cycle studies in chemical engineering and related fields in Poland and abroad.

Graduate of the Master of Engineering in Chemical Engineering:

• has in-depth and expanded general and practical knowledge, skills and competencies in the field of technical sciences, including designing and conducting bio- and chemical engineering processes with environmental protection solutions such as modern chemical products and materials, renewable energy and raw materials resources, alternative and enhanced process techniques, elimination of waste generation,
• has in-depth and expanded knowledge and skills related to controlling bio- and chemical processes, materials and products by using advanced instrumental analysis methods,
• solve the complex problems in the field of chemical engineering as well as related disciplines, taking into account environmental, legal, economic, ethical, occupational health and safety principles,
• has the extended knowledge, skills and competencies necessary for conducting advanced experimental research related to chemical engineering, including critical evaluation of scientific and technical information from different sources, planning experiments and elaborating the results, consulting them with specialists and conducting scientific discussion,
• has the skills and competencies necessary for planning one’s own work, lifelong learning and professional development, communicating in the foreign language (English) using specialized terminology related to chemical engineering, responsible performing of professional and social functions, active participating in international group work, also as a leader,
• is prepared to continue education at a third-degree (PhD) programme in chemical engineering and related fields in Poland and abroad.

Speciality: Modern and Green Chemical Engineering

The main objective of the Chemical Engineering Master’s degree programme with Modern and Green Chemical Engineering speciality is to obtain a high standard of education for a chemical engineering graduate, demonstrating extensive knowledge, skills and competencies required in the contemporary chemical industry. Students will learn at an advanced level about designing and conducting green bio- and chemical engineering processes, modern chemical products and materials, renewable energy and renewable raw materials resources, sustainable catalysts, energy-efficient technologies, alternative and enhanced process techniques and elimination of waste generation. So, graduates of second programme cycle in the speciality of Modern and Green Chemical Engineering will be perfectly prepared to work in companies focused on sustainable development and circular economy, or to continue their education at a third-degree programmes.

General information

• duration of the studies: 7 semesters (3,5 years)
• form of studies: full-time
• level of studies: undergraduate
• language of the course: English
• financial aspects: Tuition fees: 4600 PLN / per semester (approx. 1100 EUR / semester depending on the exchange rate) plus additional fees such as registration fee (85 PLN), students ID (22 PLN), repetition of subjects and additional courses are not covered by the study programme (if applicable)
• admissions limit: 24

The requirements to be met by the applicants for bachelor’s study in chemical engineering:

• English language proficiency – minimum B2 level (more information on language requirements: https://admission.zut.edu.pl/in-english/english-language-requirements.html)
• secondary school certificate that entitles its holder to take up bachelor programmes in the country of issue
• general requirements for a candidate here: https://admission.zut.edu.pl/in-english/general-requirements-for-candidates/for-bachelor-programmes.html

General information

• duration of the studies: 3 semesters (1,5 years)
• form of studies: full-time
• level of studies: graduate
• language of the course: English
• financial aspects: 4400 PLN / per semester (approx. 1000 EUR / semester depending on the exchange rate) plus additional fees such as registration fee (85 PLN), students ID (22 PLN), repetition of subjects and additional courses are not covered by the study programme (if applicable)
• admissions limit: 24

The requirements to be met by the applicants

• English language proficiency – minimum B2 level – https://admission.zut.edu.pl/in-english/new-english-language-requirements-2022.html
• bachelor’s degree diploma confirming initial professional competencies in the field of chemical engineering, chemical technology, environmental engineering, biotechnology, chemistry, material engineering and related – the University will verify each diploma with an academic transcript individually
• general requirements for candidates – https://admission.zut.edu.pl/in-english/general-requirements-for-candidates/for-master-programmes.html