Cycle of education: 2019/2020
Course outcomes
Speciality: Product design and engineering of pro-ecological processes
Symbol | Contents | Reference to the PRK learning outcomes |
---|---|---|
K_W01 | Has knowledge of mathematics that allows the use of mathematical methods to describe chemical and physical processes and phenomena | P6S_WG |
K_W02 | Has knowledge of physics that allows understanding of physical phenomena in nature and technology | P6S_WG |
K_W03 | Has knowledge necessary to understand the physical and chemical bases of elementary operations and processes in chemical engineering | P6S_WG |
K_W04 | Has knowledge of machine science and chemical apparatus that enables understanding and designing operations and processes of chemical engineering | P6S_WG |
K_W05 | Has knowledge of the basics of balancing and transport of momentum, heat and mass, required to understand, supervise and design unit operations in chemical engineering | P6S_WG |
K_W06 | Has knowledge of general, inorganic, analytical, organic and physical chemistry and thermodynamics useful for describing chemical transformations | P6S_WG |
K_W07 | Has a general orientation in current directions of development in the fields of chemical engineering, as well as chemistry, chemical technology and chemical industry | P6S_WG |
K_W08 | Has elementary knowledge in the field of engineering disciplines related to chemical and process engineering | P6S_WG |
K_W09 | Has basic knowledge in the field of metrology as well as of control and measurement equipment | P6S_WG |
K_W10 | Has elementary knowledge necessary to understand social, economic, legal and other non-technical aspects of engineering activities | P6S_WK |
K_W11 | Has basic knowledge of management, including quality management and running a business | P6S_WK |
K_W12 | Has basic knowledge in the field of intellectual property protection, industrial property protection as well as in copyright and patent law | P6S_WK |
K_U01 | Is able to acquire information from literature, databases and other sources, also in a foreign language, draw appropriate conclusions and formulate own opinions | P6S_UW |
K_U02 | Is able to use computer programs supporting the implementation of tasks typical for chemical and process engineering | P6S_UW |
K_U03 | Is able to plan and conduct experimental research and analysis, as well as computer simulations using the appropriate tools and techniques and interpret the collected results | P6S_UW |
K_U04 | Is able to design basic apparatus used in the chemical and related industries | P6S_UW |
K_U05 | Is able to design and model the course of basic processes and unit operations used in the chemical and related industries | P6S_UW |
K_U06 | Is able to solve practical tasks in the field of chemical engineering based on engineering standards, as well as using experience gained in the chemical and related industries | P6S_UW |
K_U07 | Is able to read and prepare technical documentation in accordance with the principles of engineering graphics | P6S_UW |
K_U08 | Understands and can explain the physical and chemical bases of phenomena occurring during unit processes and operations | P6S_UW |
K_U09 | Is able to analyze the suitability of existing technical solutions and the way they work for the needs of specific industrial processes and operations | P6S_UW |
K_U10 | Is able to select raw materials and appropriate technologies and evaluate the possibility of waste management in the technological processes of the chemical and related industries | P6S_UW |
K_U11 | Is able to design processing operations of polymer materials on an industrial scale in accordance with technological principles | P6S_UW |
K_U12 | Is able to assess the risks associated with the use of chemical products and processes. Is aware and able to perceive non-technical aspects, including ethical and ecological aspects of engineering activities | P6S_UW |
K_U13 | Is able to make a preliminary economic analysis of enterprises in the field of chemical and process engineering | P6S_UW |
K_U14 | Is able to communicate using different techniques in professional environments and in other environments, also in a foreign language | P6S_UK |
K_U15 | Is prepared to work in an industrial environment and knows the safety rules associated with this work | P6S_UK |
K_U16 | Knows a foreign language at B2 CEFR level and is able to use a specialist language in the field of chemical and process engineering | P6S_UK |
K_U17 | Is able to present the results of own research and literature studies in the form of a self-made presentation | P6S_UK |
K_U18 | Is able to plan and organize his own work and work in a team that accomplishes a common task | P6S_UO |
K_U19 | Is aware of the responsibility for his own work and is able to comply with the rules of working in a team | P6S_UO |
K_U20 | Has the ability to self-education, raise professional competences and supplement his knowledge throughout his professional life | P6S_UU |
K_K01 | Is able to critically assess the state of own knowledge and is ready to consult experts in the face of difficulties in solving problems independently | P6S_KK |
K_K02 | Is aware of and understands the role of a chemical engineer in modern society | P6S_KO |
K_K03 | Is able to provide information about the achievements of chemical and process engineering as well as about various aspects of the engineering profession in a commonly understood way | P6S_KO |
K_K04 | Understands the need to act in an entrepreneurial way | P6S_KO |
K_K05 | Is able to responsibly fulfill professional roles by following the rules of professional ethics and caring about the profession and its traditions | P6S_KR |