Cycle of education: 2022/2023
Course outcomes
Speciality: Organic and polymer technology
| Symbol | Contents | Reference to the PRK learning outcomes |
|---|---|---|
| K_W01 | has knowledge of mathematics in the field that allows the use of mathematical methods to describe chemical and physical processes in the area of technical sciences and to perform calculations needed in engineering practice and research. | P6S_WG |
| K_W02 | has knowledge of physics that allows the use of basic concepts appropriate to the direction of chemical technology. | P6S_WG |
| K_W03 | has structured general knowledge of basic branches of chemistry, including inorganic, organic and physical chemistry. | P6S_WG |
| K_W04 | has basic knowledge of analytical chemistry, including the knowledge of instrumental analysis techniques. | P6S_WG |
| K_W05 | has basic knowledge of materials used in chemical technology, as well as knowledge of mechanics and machanical engineering. | P6S_WG |
| K_W06 | has basic knowledge of the risks associated with the implementation of chemical processes and their impact on human health and the environment. | P6S_WG |
| K_W07 | has basic knowledge of information technologies and programmes useful in engineering activities in the field of chemical technology. | P6S_WG |
| K_W08 | has knowledge about raw materials, products and technological processes used in the chemical industry. | P6S_WG |
| K_W09 | has knowledge of the apparatus of the chemical industry and the theoretical foundations of thermodynamics, chemical technology, chemical and process engineering. | P6S_WG |
| K_W10 | has extensive knowledge in the field of engineering and chemical technology, including chemical and physicochemical foundations of technological processes and reactor processes. | P6S_WG |
| K_W11 | has a general orientation in current directions of development of chemistry, including chemical technology and chemical industry. | P6S_WG |
| K_W12 | has basic knowledge about the life cycle of products, equipment and installations used in chemical technology. | P6S_WG |
| K_W13 | knows the basic methods, techniques, tools and materials used to solve basic engineering tasks related to technology and chemical engineering and related sciences. | P6S_WG |
| K_W14 | has a basic knowledge necessary to understand social, economic, legal and other non-technical conditions of engineering activities. | P6S_WK |
| K_W15 | has basic knowledge of management, including quality management and chemical products. | P6S_WK |
| K_W16 | knows the general principles of creating and developing forms of individual entrepreneurship related to chemical technology. | P6S_WK |
| K_U01 | is able to acquire and use information from literature, databases and other sources related to chemistry and chemical technology, also in English; can integrate and interpret the information obtained, as well as draw conclusions and formulate and justify opinions. | P6S_UW |
| K_U02 | can communicate using various techniques in a professional environment and in other environments. | P6S_UK |
| K_U03 | uses correctly chemical terminology and nomenclature of chemical compounds. | P6S_UK |
| K_U04 | can prepare a well-documented study related to issues studied in the field of study. | P6S_UW |
| K_U05 | can prepare and present an oral presentation devoted to the results of the engineering task. | P6S_UW P6S_UK |
| K_U06 | has the ability to target self-education, including improving professional skills. | P6S_UU |
| K_U07 | has the ability to use a foreign language at B2 CEFR level in the field of study and the ability to use technical vocabulary in the field of the completed specialization. | P6S_UK |
| K_U08 | can use basic information and communication techniques, including computer programmes, supporting the implementation of tasks typical of engineering and chemical technology. | P6S_UW |
| K_U09 | can use IT techniques to design, simulate and characterize simple unit operations and technological processes. | P6S_UW |
| K_U10 | can use basic laboratory techniques, plan and carry out chemical experiments, perform calculations, interpret received results and draw correct conclusions. | P6S_UW |
| K_U11 | can choose analytical methods for qualitative and quantitative determination of chemical compounds. | P6S_UW P6S_UO |
| K_U12 | can use mathematical and IT knowledge to characterize and solve simple engineering tasks. | P6S_UW |
| K_U13 | can - while formulating and solving tasks including issues in the field of engineering and chemical technology - perceive their non-technical aspects, including environmental, economic and legal aspects. | P6S_UW |
| K_U14 | is able to apply basic legal regulations and observe the health and safety rules related to work in chemical industry. | P6S_UW |
| K_U15 | is able to assess the hazards associated with the implementation of chemical processes and adhere to the principles of proper waste management. | P6S_UW |
| K_U16 | is able to preliminarily evaluate the economic effects of engineering modernization activities in chemical technology. | P6S_UW |
| K_U17 | can analyze the way of functioning and evaluate existing technical solutions in the field of chemical technology, chemical engineering and apparatus. | P6S_UW |
| K_U18 | is able to identify and formulate a specification of simple engineering tasks of a practical nature in relation to raw materials, unit operations and chemical industry equipment. | P6S_UW |
| K_U19 | is able to identify the type of material, indicate the possibilities of its use, recycling and utilization. | P6S_UW |
| K_U20 | is able to design and verify the operation of a simple installation of the chemical industry or laboratory stand. | P6S_UW |
| K_U21 | is able to identify and apply the basic methods and techniques to identify the chemical structure, assess the physical and chemical properties of chemical compounds and materials, and control the process. | P6S_UW |
| K_K01 | understands the need to learn throughout life, can inspire and organize the learning process of others; knows the possibilities of improving professional, personal and social competences. | P6S_KK P6S_KO P6S_KR |
| K_K02 | understands the non-technical aspects and effects of the engineer-chemist's activity, including its impact on the environment and the related responsibility for the decisions made. | P6S_KO P6S_KR |
| K_K03 | is responsible for his/her own work and the effects of decisions made; can submit to the rules of working in a group as a leader and member of the team; is responsible for jointly carried out tasks. | P6S_KR |
| K_K04 | is able to correctly define the priorities for the implementation of specific tasks by himself/herself or others and ensure the timeliness of their completion. | P6S_KR |
| K_K05 | is able to correctly identify and resolve dilemmas related to the profession of a chemical engineer, including: professional behavior, compliance with the principles of professional ethics and impeccable manners. | P6S_KR |
| K_K06 | can think and act in an entrepreneurial way. | P6S_KO |
| K_K07 | is aware of the social role of a graduate of the Rzeszów University of Technology; understands the need to formulate and communicate to the public - including through mass media - information and opinions on the achievements of chemistry, engineering and chemical technology, and other aspects of the activities of the engineer-chemist, makes efforts to provide such information and opinions in a generally understandable way. | P6S_KO P6S_KR |