Wydział Budownictwa i Inżynierii Środowiska - Civil Engineering (S2)
specjalność: International Construction Management
Efekty uczenia się:
| KOD | Umiejętności |
|---|---|
| B-A_2A_U01 | Is able to obtain information from literature, data bases and other properly selected sources, also in a foreign language; is able to integrate the obtained information, interpret it and evaluate it critically as well as draw conclusions, formulate and sufficiently justify opinions |
| B-A_2A_U02 | Is able to communicate with the use of various techniques with professionals and others, also in a foreign language |
| B-A_2A_U03 | Is able to prepare a scientific study in Polish and a short scientific report in a foreign language presenting the results of his/her own scientific research |
| B-A_2A_U04 | Is able to prepare and present, in Polish and a foreign language, an oral presentation concerning detailed issues within the scope of the specialisation studied |
| B-A_2A_U05 | Is able to determine the directions of further learning and carry out the process of self-education |
| B-A_2A_U06 | Has language skills within the scope of the fields of science and the scientific disciplines appropriate for the programme of study compliant with the requirements specified for B2+ level of the European Framework of Reference |
| B-A_2A_U07 | Uses advanced specialist tools in order to find useful information, communicate and obtain software aiding the work of a designer and an organiser of construction processes |
| B-A_2A_U08 | Is able to prepare technical documentation in the environment of selected CAD programmes |
| B-A_2A_U09 | Is able to, depending on the research problem, formulate assumptions concerning the experiments, including measurements and numerical simulations, plan and conduct research, interpret the obtained results and draw conclusions |
| B-A_2A_U10 | Is able to use analytic, simulation and experimental methods to formulate and solve engineering tasks as well as simple research problems |
| B-A_2A_U11 | While formulating and solving engineering tasks, is able to integrate knowledge within the scope of the fields of science and the scientific disciplines related to civil engineering and use a systemic approach, also including non-technical aspects |
| B-A_2A_U12 | Is able to formulate and test hypotheses connected with engineering problems and simple research problems |
| B-A_2A_U13 | Is able to assess the usefulness and possibility of using new (technical and technological) achievements in civil engineering |
| B-A_2A_U14 | Is able to classify simple and complex building structures |
| B-A_2A_U15 | Is able to assess and prepare a summary of loads acting on building structures |
| B-A_2A_U16 | Is able to identify and formulate a specification of complex engineering tasks characteristic for the specialisation studied, including atypical tasks, taking into consideration their non-technical aspects |
| B-A_2A_U17 | Is able to perform a classic static analysis of surface constructions |
| B-A_2A_U18 | Is able to assess the usefulness of methods and tools used for solving engineering tasks characteristic for the specialisation studied |
| B-A_2A_U19 | Is able to select, for solving of an engineering task, methods, techniques and tools (analytic or numerical ones), adjust the existing tools and develop new ones |
| B-A_2A_U20 | Is able to design elements and complex constructions of building structures |
| B-A_2A_U21 | Is able to dimension construction details in various building structures depending on the specialisation studied |
| B-A_2A_U22 | Is able to design, in accordance with a predefined specification including also non-technical aspects, a complex building structure or technological process appropriate for the specialisation studied and specify, at least in part, the manner of its accomplishment, using appropriate methods, techniques and tools |
| B-A_2A_U23 | Is able to assess basic parameters: time, cost, quality while carrying out construction undertakings and implement appropriate corrective actions |
| B-A_2A_U24 | Is able to prepare the effectiveness analysis of construction undertakings and assess risk in the context of enterprise economics as well as plan basic investment parameters |
| B-A_2A_U25 | Is able to solve problems connected to the use and diagnostics of building structures. Is able to propose improvements of the existing technical solutions |
| B-A_2A_U26 | Is able to interpret ethic programmes, sociological, can analyze contemporary trends in culture, philosophy, art and art design |
| CE_2A_U27 | Understands a need of lifelong learning |