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Civil Engineering
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Summary of the Profile
General Description:
Objective(s) of a study programme:
The programme of Civil Engineering is designed to prepare engineers who know about building materials and articles, building architecture, engineering communications, calculations of bearing construction, technology, organization, economics and business of constructions.
Learning outcomes:
1. Knowing building materials, components and structures, their design and construction methods, construction techniques used in the technical and economic measures and their management.
2. Ability to identify new problems, analyze them and choose solution strategies, in theory, to understand and interpret observations and laboratory measurements.
3. Knowing and understanding how to carry out the practical structures and structural analysis, design and organization of the construction (from the first ideas, methods of selection to the results of the evaluation and presentation), with Lithuania, European and other international standards.
4. Ability to present research results and conclusions orally and in writing to various audiences, to discuss and adopt a fair criticism, work in teams, to compete in Lithuania and in the international market.
Ability to study on their own developing knowledge and improving professional competence, evaluating the decisions from the perspective of generally accepted ethical norms.
Activities of teaching and learning:
Subject teaching focuses on lecturer’s work and is based on students’ group work; teaching and learning activities are based on tasks which encourage the students to take interest in the latest scientific research; laboratory practical learning is oriented towards student’s independent work; practical training takes place in two phases: Geodesy Practice during training based on the specific problem-solving and production Practice based learning in the workplace; Bachelor's thesis (project) is analytical in nature, based on the student's independent study, design and construction engineering challenges.
Methods of assessment of learning achievements:
For evaluating knowledge and skills of students, a ten-grade criterion scale and a summative evaluation scheme are applied. The final mark is calculated by multiplying separate marks by corresponding weighting coefficient and summing up the products. Every teacher heeding the structure of a module establishes and formulates the order of calculating the final mark and points out in the study module programme what part of the final mark will the examination, colloquia, control works, defending of laboratory works, individual home tasks comprise. Final works are protected by the qualification commission public hearing.
Framework:
Study subjects (modules), practical training:
The volume of the main field of study subjects is 171 credits (not including practical training).The subjects of the main field of studies include: mathematics; applied mathematics; probability theory and mathematical statistics; information and communication technologies; engineering graphics; computer and construction drawing; chemistry; constructional physics; construction materials; basics of electrotechnics and electronics; theoretical mechanics; resistance of materials; constructional mechanics; workloads of construction and their limits; geotechnique; metal constructions and wooden constructions, basics of labour law; micro and macroeconomics; management of engineering; technology of construction works; safety in construction; construction organization; economics and estimates; construction machines, reinforced concrete and masonry constructions.
Practical learning makes 15 credits: geodesy practice (3 credits) and practical training (12 credits).
Specialisations:
Optional courses:
9 credits for the optional subjects.
Distinctive features of a study programme:
Access to professional activity or further study:
Access to professional activity:
Having acquired the qualification of Bachelor’s degree in Construction Engineering a graduate can work in various construction contractors companies, projecting bureaus, construction control institutions or their departments, or be a building process supervisor in various production companies.
Access to further study:
Graduates of the programme of civil engineering can choose Master programmes in civil engineering and construction management.
