Student Outcomes
Knowledge: the student knows and understands:
| symbol | description |
| K1A_W01 | concepts, laws and methods from selected branches of mathematics (in the field of differential and integral calculus of functions of one variable and elements of logic, elements of algebra and linear algebra, analytical geometry in R2 and R3 and mathematical statistics), physics (mechanics of material point and rigid body, motion oscillation and wave, basics of thermodynamics, electricity, magnetism, optics, quantum physics) and chemistry, which are used in the subjects of the theory of building structures, durability of buildings and technology of building materials |
| K1A_W02 | basics of architectural design, basics of descriptive geometry and technical drawing regarding writing and reading of architectural, construction and geodetic drawings, as well as their preparation using CAD and BIM technology |
| K1A_W03 | methods of cartographic mapping and photogrammetry and the use of methods of building surveying and geodesy |
| K1A_W04 | theoretical models of materials and principles of modelling and analysis of bar structures in the field of statics, dynamics and stability, and knows selected software supporting design, also with the use of BIM technology |
| K1A_W05 | principles of construction, dimensioning, strengthening and repair of construction elements: metal, reinforced concrete, composite, timber and masonry, as well as selected construction elements of bridge/communication construction |
| K1A_W06 | standards and guidelines for the design of selected general and industrial buildings, as well as road and rail transport infrastructure facilities |
| K1A_W07 | geological processes shaping the construction base and principles of foundation of simple building objects |
| K1A_W08 | the principles of industrial production of building materials and elements and knows and understands their function in the building structure |
| K1A_W09 | basic economic, legal, ethical and other conditions of quality management of construction works, principles of organization and management of construction and selected software supporting planning and execution of construction works |
| K1A_W10 | fundamental dilemmas of contemporary civilization, prospects for the development of construction and consequences of the impact of construction investments on the environment, as well as the impact of environmental factors on the durability of buildings |
| K1A_W11 | construction law, general principles of creating and developing forms of individual entrepreneurship in the construction sector, including basic concepts and principles of industrial property protection and copyright law, with a view to sustainable development in the construction industry |
Skill: The student can:
| symbol | description |
| K1A_U01 | classify the construction works |
| K1A_U02 | perform the load combination and the standard load combination for the construction works in accordance with the relevant design situations at the limit state. |
| K1A_U03 | define computational models of computer analysis of structures, simulate various construction variants, perform static analysis and elements of dynamic analysis of statically determinate and indeterminate bar structures, as well as critically evaluate the results of these analyzes |
| K1A_U04 | size selected structural elements and design simple metal, reinforced concrete, composite, timber and masonry structures, as well as simple foundations and structural elements in bridge/communication structures |
| K1A_U05 | use their knowledge to analyze and solve typical tasks in mechanics, thermodynamics, electricity, magnetism, optics, quantum physics using advanced mathematical tools (vector spaces, matrix, differential and integral calculus, probability calculus and mathematical statistics), and explain selected processes and chemical phenomena affecting the manufacturing technology and durability of materials and building components |
| K1A_U06 | plan and perform simple laboratory experiments leading to the assessment of mechanical and physical properties and durability of building materials used as well as geotechnical parameters of the soil |
| K1A_U07 | read architectural, construction and geodetic drawings and prepare graphic documentation in the environment of selected CAD and BIM software |
| K1A_U08 | prepare an energy audit of a fragment of a construction object, as well as prepare a simple cost estimate and schedule of selected construction works |
| K1A_U09 | properly select sources and information from them, evaluate, critically analyze and synthesize this information, and use software supporting the work of the investor, construction works organizer, designer, site manager and construction supervision inspector |
| K1A_U10 | apply the provisions of the construction law as well as standards and regulations regarding execution and design in the construction industry |
| K1A_U11 | plan and organize individual and team work on the building site in accordance with the principles of construction work technology, and assess the risks during their realization by implementing appropriate safety rules |
| K1A_U12 | present, assess and discuss various opinions and positions concerning structural, material and technological solutions, taking into account the cost-effectiveness and durability of the analysed solution |
| K1A_U13 | communicate with the environment using specialised terminology, including a foreign language at B2 level of the Common European Framework of Reference for Languages |
| K1A_U14 |
use their knowledge - formulate and solve complex and unusual problems and perform tasks in conditions not fully predictable by: - appropriate selection of sources and information derived from them, evaluation, critical analysis and synthesis of this information, - selection and application of appropriate methods and tools, including advanced information and communication technologies |
| K1A_U15 | independently plan and implement their own lifelong learning, take care of their physical development and see also non-technical aspects in their professional development |
Social competences:
| symbol | description |
| K1A_K01 | fulfilling social obligations, co-organising activities for the social environment and initiating activities for the public interest, as well as thinking and acting in an entrepreneurial way |
| K1A_K02 | responsible performance of professional roles, including observance of the rules of professional ethics and care for the achievements and traditions of the profession of civil engineer |
| K1A_K03 | critical evaluation of knowledge and recognition of the importance of knowledge in solving cognitive and practical problems, improving professional and personal competences, developing language skills and formulating expert opinions on technical and technological processes carried out in the construction industry |
