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Civil Engineering
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Summary of the Profile
General Description:
Objective(s) of a study programme:
To provide with the basics of fundamental, humanities, social and technological subjects as well as special knowledge of civil engineering, develop skills in solving practical problems of civil engineering work in construction and related areas.
Learning outcomes:
Knowledge and Understanding:
A1 Knows and understands the basics of natural sciences and mathematics necessary for the understanding of the fundamental issues of civil engineering
A2 Knows and understands civil engineering science technology, its development tendencies and its application to the solution of civil engineering tasks.
A3 Knows the requirements for building design, building construction and operation requirements, evaluation methods of building structures and materials.
A4 Knows a wider multi-subject engineering context and can apply methods and processes of other scientific fields.
Engineering Analysis:
B1 Is able to notice, formulate, and analyse engineering problems of buildings, their structures, engineering systems, building products and technological processes and to solve them using proper methods.
B2 Is able to solve engineering tasks of buildings, their structures, engineering systems, building products and technological processes by selecting proper methods and experimental and production equipment.
B3 Is able to solve practical civil engineering field tasks by selecting and applying analytical and BIM modelling methods.
Engineering Design:
C1 Is able to design buildings, their structures, engineering systems, building products and technological processes on the basis of technically defined information.
C2 Has skills and applies methods of design in the field of civil engineering, including design, construction and production methods, building project organizing and quality assurance principles, their management methods, and BIM modelling and automatizing of the building works.
C3 Is able to prepare and propose competitive and economically substantiated civil engineering project solutions.
Investigations:
D1 Is able to find, analyse and systemize necessary data using information databases, other information sources, monitoring and measuring results, to provide critical evaluations and conclusions
D2 Is able to ling and experimental building products and structures tests, to be able to evaluate their data and received results in a critical manner and to interpret them
D3 Has sufficient knowledge working with the laboratory equipment and devices for building products and structures tests, measuring of technical characteristics, making of plot plans and topographic images.
Engineering Practice:
E1 Is able to implement rational civil engineering solutions during the application of modelling, design, construction, building management and environment evaluation methods, technical means and BIM software.
E2 Is able to harmonize the theoretical knowledge with the practical activities solving engineering problems, knows how to build energy-efficient and comfortable buildings.
E3 Knows ethical and environment requirements for engineering activities and is able to evaluate them on the aspects of labour safety, environment protection and commerce.
E4 Understands the principles of building technological organization, labour and fire safety importance and the main related requirements.
Engineering Practice:
F1 Is able to work independently and can communicate in matter-of-fact manner cooperating with the specialists of other areas, business representatives, and to undertake personal and team responsibility for the quality of the engineering work
F2 Has teamwork skills, understands the solutions of civil engineering and their impact to the society and environment.
F3 Is able to learn independently and improve own skills in the selected building engineering areas, plan and organize the Professional activities and study process throughout all life, demonstrates high-value approach toward the profession of an engineer.
F4 Knows building project management and business aspects, understands the relationships of the technological and project solutions with their economic results.
Activities of teaching and learning:
Study programme teaching/learning process is conducted by using study forms and methods, accentuating the development of operational skills and competences. Applied teaching/learning methods: lectures, practical works, seminars, laboratory works, individual work tasks, discussions, group projects, cognitive exchange of professional practice, working visits, practical assignments, lectures of visiting professors, problem solving sessions, design (project works preparation and visualisation). Individual work hours are allocated for performance of individual tasks, preparation of semester projects, case analysis, reference and supplementary literature studies, for development of special software packages application skills, search of information and task solution, preparation to defend practical and laboratory works and for preparation for examinations. The study programme finishes with a Bachelor's final project.
Methods of assessment of learning achievements:
Student's knowledge, abilities and skills acquired by studying the module during the semester are evaluated and are recorded into databases twice: an assessment of the semester work tasks (positive or negative evaluation) and an assessment during the exam session (in ten-grade scale).
Framework:
Study subjects (modules), practical training:
Futures bachelors studying: Engineering Geodesy and Training Practice, Basics of Spatial Modeling, Building Materials and Basics of Material Science, Structural Mechanics, Soil Mechanics, Metal and Timber Structures, Reinforced Concrete and Masonry Structures, Basics of Urbanism and Transport Structures, Fire Safety and others modules. Total are 19 subjects. Among these things are carried out by the Joint semester project (6 credits), which is related the principles of interdisciplinary. Practices (15 credits) are carried out in companies.
Specialisations:
Building Materials;
Buildings Services Systems Engineering;
Construction Technology;
Engineering Structures.
Optional courses:
Is possibility to choose to Major Field (specializations) subjects (33 credits), Optional subjects (12 credits), Electives subjects (modules) of Philosophy, Personal Health Education, Personality Development, Foreign Language subjects, Entrepreneurship Education (modules) groups (15 credits).
Distinctive features of a study programme:
Study programme is related to digital technology (BIM) integration into the construction process.
Access to professional activity or further study:
Access to professional activity:
The graduate is prepared to work in the field of building structures and engineering systems design, construction and operation, manufacturing of construction products and business of construction.
Access to further study:
She/he has access to the second cycle studies.
