Civil Engineering
CIVIL ENGINEERING | |
State code | 6531EX018 |
Faculty | Civil Engineering Faculty |
Study field | Civil Engineering |
Qualification | Professional Bachelor of Engineering Sciences |
Form and duration of studies | Full-time – 3 years |
Credits | 180 ECTS credits |
Study plans | Full-time studies Degree Course 2025 |
Career Prospects
Graduates will be able to work as professionals in public and private companies in the construction sector, as managers of production units, engineers, designers, managers, to set up their own businesses and to pursue higher academic education.
Learning Outcomes
You will be able to:
- will have the general knowledge bases of mathematics, physical and technological sciences, allowing to understand and describe the processes taking place in the chosen field of study in engineering sciences.
- will know the most important concepts of the construction engineering field of study and will understand their content.
- will have basic and up-to-date knowledge of construction engineering, important for practical work.
- will be familiar with the principles of digital production, cloud production processes, Internet of Things, business management systems and augmented reality.
- will be able to find the necessary information on civil engineering sciences, systematize and interpret it.
- will be able to perform experiments necessary to solve engineering problems, process their results, and present practical conclusions from these results.
- will be able to participate in working groups implementing projects in the field of civil engineering studies, taking into account the principles of circular economy, artificial intelligence, industrial digitalization, ethical, environmental, commercial, organizational, occupational safety and health circumstances, and the development of the concept of sustainability.
- will be able to analyze the processes and products of the field of study of construction engineering sciences, understand and interpret the obtained results.
- will be able to solve the tasks of the construction engineering field of study and to choose appropriate methods, experimental and production equipment to solve them.
- will understand design methodologies, will be able to apply specialized software for process analysis and data management, designing processes and products of the field of study in construction engineering sciences according to established technical, economic and environmental requirements.
- will have skills in working with equipment used in the field of civil engineering.
- will be able to practically solve problems in the field of study of civil engineering sciences.
- will be able to cooperate with specialists from other professional activities.
- will be able to solve engineering problems individually and in a team.
- will be able to communicate with the engineering community and the general public in correct Lithuanian and at least one foreign language.
- will understand the impact of engineering solutions on society and the environment, will adhere to professional ethics and engineering standards, and will realize responsibility for the results of engineering activities.
- At the engineering level, they will understand the main aspects of project execution and management.
- will understand the importance of individual lifelong learning and will prepare for it.
Full-time studies
Degree Course 2025
1st semester (30 credits) | ||
Subjects | Credits | Evaluation* |
Specialty Language and communication | 3 | E |
Mathematics | 6 | E |
Applied Physics | 6 | IW |
Digital technologies | 3 | IW |
Building Materials | 6 | E |
Internship of Construction Works | 3 | IW |
Specialty Foreign Language | 3 | IW |
2nd semester (30 credits) | ||
Subjects | Credits | Evaluation * |
Applied Physics | 3 | E |
Engineering and Computer Graphics | 6 | IW |
Building Materials | 3 | IW |
Applied Mechanics | 6 | E |
Engineering Geodesy and Practice | 6 | IW |
Legal Regulation of Construction Process | 3 | E |
Specialty Foreign Language | 3 | IW |
3rd semester (30 credits) | ||
Subjects | Credits | Evaluation * |
Sustainable Environment and Human Safety | 3 | E |
Building Architecture and Constructions | 9 | IW |
Building Information Modelling | 6 | IW |
Calculation of Structures | 6 | IW |
Geotechnics | 3 | E |
Applied Research | 3 | IW |
4th semester (30 credits) | ||
Subjects | Credits | Evaluation * |
Building Architecture and Constructions | 6 | IW |
Building Information Modelling | 3 | IW |
Calculation of Structures | 3 | IW |
Building Design Practice | 6 | IW |
Construction Technology and Organization | 6 | E |
Industrial Technological Practice | 6 | IW |
5th semester (30 credits) | ||
Subjects | Credits | Evaluation * |
Construction Technology and Organization | 6 | IW |
Industrial Technological Practice | 6 | IW |
Economics of Construction | 3 | IW |
Project Management | 6 | IW |
Buildings Maintenance | 3 | E |
Sociology/Psychology/Sustainable Development | 3 | IW |
OC1** | 3 | IW |
6th semester (30 credits) | ||
Subjects | Credits | Evaluation * |
Construction Technology and Organization | 6 | IW |
OC2** | 3 | IW |
OC3** | 3 | IW |
Final Practice | 6 | IW |
Final Project | 12 | IW |
**Optional courses are freely selectable subjects from the list of predefined subjects.
* E – exam, IW – students individual work