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Construction
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Summary of the Profile
General Description:
Objective(s) of a study programme:
To train a creatively thinking, communicative and responsible building structural engineering specialist, capable to independently plan, organize and technically manage construction works as well as seeking to improve in professional activity.
Learning outcomes:
1. Graduate will apply general natural science and mathematics patterns and laws in the field of construction.
2. Graduate will know and understand properties and usage of building materials, products and construction components.
3. 3. Graduate will understand requirements for strength, rigidity and stability of building structures.
4. Graduate will analyze and apply international, European and Lithuanian standards in design and construction process.
5. Graduate will analyze and choose structural solutions for buildings, structural and computational schemes
6. Graduate will choose and apply technological processes for general building and repair works.
7. Graduate will utilize specialized computer programs to prepare construction documentation.
8. Graduate will gather information and analyze data for solving problems of the implementation of innovations in construction
9. Graduate will have practical skills to work with geodetic, building diagnostic tools and equipment to analyze building materials and structures.
10. Graduate will choose technical tools to carry out the main construction works.
11. Graduate will assess and prepare documentation required to begin and carry out construction, will equip a construction site
12. Graduate will plan and organize a process of building, will ensure the quality of work and safe operation, fire safety and environmental protection as well as building maintenance administration.
13. Graduate will have teamwork skills, will be capable to communicate with managers, employees, clients and society as well as independently deepen his/her knowledge seeking to improve professional qualification.
14. Graduate will understand the impact of engineering solutions on society and environment and will assume responsibility for results of engineering activities
Activities of teaching and learning:
To achieve intended learning outcomes active teaching and learning methods are used (lectures, laboratory works, individual projects, individual consultations, seminars, workshops, group works, case studies, etc). The entirety of teaching and learning methods is designed to develop the future professionals’ general skills necessary for his/her independent and creative work as well as special professional skills.
Methods of assessment of learning achievements:
Ten-point criterion-based assessment system and accumulative assessment is applied. Outcomes of the study subject are evaluated through medium credits during the semester (papers are written, control works, projects are orally and in written developed, laboratory works are carried out and then orally defended, etc.). Studies of each subject end with exam or assessment of a work (project) done by the student independently. Final evaluation (mark) is compiled from medium credits and exam (Project / work) marks multiplied by weighed coefficients. Practice evaluation is ended by submitting and defending a practice report.
Framework:
Scope of the main part of study field subjects is 141 credits (including practices). The main subjects studied: Chemistry, Information Technology, Mathematics, Construction Drawing, Building Materials, Applied Physics, Building Physics, Basics of Construction, Applied Mechanics, Geodesy (including practice), Building Structures, Construction Economics, Environmental and Human Safety, Geotechnics, Technology of Construction Work, Engineering Systems, Basics of Structural Analysis, Building Maintenance, Organization of Construction Work, and the Final Project.
Duration of professional practices is 22 weeks:
- Geodesy Practice – 2 weeks;
- Introductory Construction Works Practice – 4 weeks;
- Industrial Practice – 12 weeks;
- Pre-graduation Practice – 4 weeks;
Specialisations:
Elective subjects for deepening in the branch make 15 credits. Students can choose one of the elective subjects:
History of Architecture / Town
Planning / Innovative Building Materials and Products;
Technologies of Repair and Reconstruction / Energy Economical Buildings; Building Information Modeling / Management of Engineering Systems of Buildings
Optional courses:
Students can choose general college study subjects:
Engineering Research / Philosophy of
Technology / Basics of Law; Basics of Management / Communication Psychology.
9 credits are allocated for freely elective subjects. Students can choose freely elective subjects from those offered by the College or gain credits by participating in mobility projects.
Distinctive features of a study programme:
The study programme can be carried out in Russian.
Access to professional activity or further study:
Access to professional activity:
Graduate will be able to work as a manager of construction works, an estimator in projection companies, various state and private construction companies or joint stocks companies, or to start his/her business company.
Access to further study:
Graduate will be able to continue studies in the field of technological sciences of constructional technology or constructional engineering study programmes.
