Module learning outcome data:
Geothermal energy
Learning outcome:
Student potrafi analizować warunki występowania wód geotermalnych i ocenić ich przydatność do określonych celów wykorzystując przy tym literaturę, materiały i oprogramowanie specjalistyczne
Connections with FLO:
  • EZ1A_U01
    The graduate applies basic techniques, research tools and interpretations applied for geological identification of resources, using literature, electronic sources and Polish and English language software
  • EZ1A_U04
    The graduate can employ the rules of strict and logical thinking and use known mathematical tools and techniques to describe and analyze basic natural and technical processes; can apply probability knowledge to the analysis of experimental data
  • EZ1A_U15
    The graduate can perform simulations and execute projects on specialized software
  • IS1A_W06
    The graduate has knowledge of geology, including the basics of general geology, mineralogy, petrography, geomorphology, quaternary geology and regional geology, applicable to understanding, describing and analysing selected environmental engineering issues
  • IS1A_W09
    The graduate has basic knowledge of the selected topics in geology and mining engineering
  • IS1A_W12
    The graduate has systematized and theoretically substantiated general knowledge of the key issues in the field of renewable energy
  • IS1A_U01
    The graduate is able to obtain information from literature, databases and other sources , including the Internet and patent information , also in English as a language of international communication in the field of environmental engineering; is able to integrate the obtained information, draw basic conclusions and formulate and justify simple opinions
  • IS1A_U07
    The graduate uses computer programs to perform typical environmental engineering tasks, including a spreadsheet, statistical analysis software, vector graphics software, raster graphics processing software
  • IS1A_U10
    The graduate is able to plan and carry out experiments and numerical models, including performing numerical simulations of phenomena or processes taking place in such areas as renewable energy, water management and supply, environmental geotechnics, environmental monitoring, waste management, reclamation and revitalization of degraded areas, sustainable development engineering; is able to interpret the results and draw basic conclusions