Qualification: Bachelor of "Construction (Civil Engineering)"
Short description:
Civil engineers plan, design, construct, operate and maintain roads, bridges, dams, water supply schemes, sewerage systems, transportation systems, harbours, canals, dockyards, airports, railways, factories and large buildings.
Your future professional skills:
- Civil engineers may perform the following tasks:
- investigate sites to work out the most suitable foundation for a proposed construction
- research and advise on the best engineering solution to meet with a client's needs and budget
- produce detailed designs and documentation for the construction and implementation of civil engineering projects
- organise the delivery of materials, plant machinery and equipment needed for the construction project and supervise labour
- develop detailed programs for the coordination of site activities
- talk to other engineers, architects, landscape architects and environmental scientists
- assist government bodies in preparing yearly works programs within set budgets (e.g. for works on car parks, drainage, roads, aerodromes or sewerage)
- prepare engineering calculations required for the design of projects and supervise the drafting
- operate computers to assist with the design of civil engineering projects
- coordinate and direct research development and testing of materials, processes or systems related to civil engineering works
- research, advise on and plan the control and minimisation of air, water and solid waste pollution, and the management of water
- supervise the testing and commissioning of completed works
- analyse and interpret reports on loading, labour, productivity, quality, materials and performance
- analyse risks associated with natural disasters including wind, earthquake, fire and floods, and design structures and services to meet appropriate standards
- arrange for geological and geophysical investigations and carry out feasibility studies.
Career options: Our degree prepares you for a wide range of varied careers: Geotechnical/Soil Engineer, Highway Engineer, Hydraulic/Water Resources Engineer, Irrigation/Drainage Engineer, Materials and Testing Engineer, Pipeline Engineer, Structural Engineer and etc.
Internship: Students pass industrial practices (internships) and educational practices on drilling, oil and gas enterprises, workover, construction fields, research institutes, as well as in laboratories and university departments.
Reasons to study at Ukhta University: A fast development of construction area in the Komi Republic needs more specialists who are able to adopt for changes in construction industry.
Water Supply, Drainage and Sewage
| Couse 1 |
ECTS |
| History |
4 |
| Philosophy |
4 |
| Foreign Language |
4 |
| Mathematics |
8 |
| Computer Science |
3 |
| Engineering Drawing |
4 |
| Chemistry |
4 |
| Physics |
6 |
| Environmental Studies |
2 |
| Engineering Construction Support |
5 |
| Geodesics |
3 |
| Geology |
2 |
| Construction Supplies |
4 |
| Russian Language and Oral Communication |
2 |
| Elective Courses (Units) on Physical Education and Sports |
|
| History of Komi |
1 |
| History of Commercial Exploration of the North |
1 |
| Basics of library-informational culture |
1 |
| Couse 2 |
ECTS |
| Foreign Language |
5 |
| Economics |
3 |
| Mathematics |
4 |
| Mechanics: |
11 |
| Classical Mechanics |
4 |
| Physics of Heat and Heat and Mass Transfering |
7 |
| Basics of Architecture and Structural Engineering |
4 |
| Life Safety |
2 |
| Basics of Metrology, Standartization, Sertification and Quality Control |
2 |
| Engineering Construction Systems: |
3 |
| Electricity Supply with Basics of Electric Engineering |
3 |
| Chemical Hydrology and Bacteriology |
3 |
| Sociology and Political Science |
3 |
| Culturology |
2 |
| Hydraulics |
3 |
| Elective Courses (Units) on Physical Education and Sports |
|
| Logics |
2 |
| Business Ethics |
2 |
| Material Studies (Corrosion Equipment Protection) |
2 |
| Chemistry in the construction industry |
2 |
| Computer-graphics (AutoCad) |
2 |
| Constructional Drawing |
2 |
| Couse 3 |
ECTS |
| Mechanics: |
3 |
| Soil Mechanics |
3 |
| Engineering Construction Systems: |
6 |
| Heat and Gas Supply with Basics of Thermal Engineering |
6 |
| Pump Units and Blowing Houses |
4 |
| Dispersoidology |
3 |
| Physical Education |
2 |
| Water Supply |
11 |
| Drainage and Sewage |
11 |
| Sanitaries |
6 |
| Elective Courses (Units) on Physical Education and Sports |
|
| Fluid Power and Mass Transfer in Sewage |
5 |
| Treatment Technology |
5 |
| Couse 4 |
ECTS |
| Jurisprudence. Basics of Laws in Construction |
2 |
| Water Supply |
4 |
| Drainage and Sewage |
4 |
| Water Supply, Drainage and Sewage Systems Operation |
4 |
| Engineer construction and technologies of water supply facilities building |
3 |
| Water Supply, Drainage and Sewage Systems Economics |
3 |
| Water Supply, Drainage and Sewage Authomation Control Systems |
3 |
| Basics of Industrial Water Supply, Drainage and Sewage |
5 |
| Water Supply, Drainage and Sewage Systems Engineering |
3 |
| Chemical performance of cleaning natural and waste water |
3 |
| Water Supply, Drainage and Sewage Systems Modification |
4 |
| Engineer Water Supply, Drainage and Sewage Systems Optimization |
4 |
| Multipurpose Water Use |
4 |
| Sewage Disposal |
4 |
| Water Resources Conservation |
3 |
| Production ancd organisation of hydrotechnical construction |
3 |
| Price Formation and Budgeting in Construction |
3 |
| Price Formation and Budgeting in Construction (Advanced Course) |
3 |
Industrial and Civil Construction
| Couse 1 |
ECTS |
| History |
4 |
| Philosophy |
4 |
| Foreign Language |
4 |
| Mathematics |
8 |
| Computer Science |
3 |
| Engineering Drawing |
4 |
| Chemistry |
4 |
| Physics |
6 |
| Environmental Studies |
2 |
| Engineering Construction Support: |
5 |
| Geodesics |
3 |
| Geology |
2 |
| Construction Supplies |
4 |
| Russian Language and Oral Communication |
2 |
| Elective Courses (Units) on Physical Education and Sports |
|
| History of Komi |
1 |
| History of Commercial Exploration of the North |
1 |
| Basics of Library-informational Culture |
1 |
| Couse 2 |
ECTS |
| Foreign Language |
5 |
| Economics |
3 |
| Mathematics |
4 |
| Mechanics: |
9 |
| Classical Mechanics |
4 |
| Engineering Mechanics |
5 |
| Basics of Architecture and Structural Engineering |
6 |
| Life Safety |
2 |
| Basics of Metrology, Standartization, Sertification and Quality Control |
2 |
| Engineering Construction Systems: |
3 |
| Electricity Supply with Basics of Electric Engineering |
3 |
| Sociology and Political Science |
3 |
| Culturology |
2 |
| Fluid Power |
3 |
| Elective Courses (Units) on Physical Education and Sports |
|
| Logics |
2 |
| Business Ethics |
2 |
| Chymistry in the construction industry |
2 |
| Construction Supplies (Advanced Course) |
2 |
| Computer-graphics (AutoCad) |
2 |
| Constructional Drawing |
2 |
| Strength of Materials Course |
3 |
| Theory of Elastic Strength |
3 |
| Couse 3 |
ECTS |
| Mechanics: |
3 |
| Soil Mechanics |
3 |
| Engineering Construction Systems: |
6 |
| Heat and Gas Supply with Basics of Thermal Engineering |
3 |
| Water and Sanitation with Basics of Fluid Power |
3 |
| Construction Processes |
6 |
| Framework and Management in Construction |
4 |
| Physical Education |
2 |
| Structural Mechanics |
6 |
| Building Architecture |
6 |
| Steel Structures Including Welding |
3 |
| Foundation Engineering |
4 |
| Construction Plant and Equipment |
4 |
| Basics of Building Production Technology |
3 |
| Elective Courses (Units) on Physical Education and Sports |
|
| Technology and construction management (Advanced Course) |
4 |
| Structural Design (Advanced Course) |
4 |
| Couse 4 |
ECTS |
| Jurisprudence. Basics of Laws in Construction |
2 |
| Steel Structures Including Welding |
4 |
| Reinforced Concrete and Stone Structures |
6 |
| Constructions from Wood and Plastic |
4 |
| Foundation Engineering |
2 |
| Basics of Building Production Technology |
3 |
| Structure, Planning and Managment in Construction |
5 |
| Technology and construction management (Advanced Course) |
4 |
| Structural Design (Advanced Course) |
4 |
| Construction Economics |
3 |
| Construction Economics (Advansed Course) |
3 |
| Price Formation and Budgeting in Construction |
2 |
| Price Formation and Budgeting in Construction (Advanced Course) |
2 |
| Contemporary Construction Issues |
3 |
| Contemporary Construction Issues (Advanced Course) |
3 |
| Auscultation, Testing and Modification of Buindings |
3 |
| Auscultation, Testing and Modification of Buindings (Advanced Course) |
3 |
| Building Operation Safety |
2 |
| Stabilization of buildings and structures |
2 |
| Material Studies (Corrosion Equipment Protection) |
2 |
| Heat and Mass Transfer |
2 |
| Engineering Thermodynamics |
2 |
Heat and Gas Supply and Ventilation
| Couse 1 |
ECTS |
| History |
4 |
| Philosophy |
4 |
| Foreign Language |
4 |
| Mathematics |
8 |
| Computer Science |
3 |
| Engineering Drawing |
4 |
| Chemistry |
4 |
| Physics |
6 |
| Environmental Studies |
2 |
| Engineering Construction Support: |
5 |
| Geodesics |
3 |
| Geology |
2 |
| Construction Supplies |
4 |
| Russian Language and Oral Communication |
2 |
| Elective Courses (Units) on Physical Education and Sports |
|
| History of Komi |
1 |
| History of Commercial Exploration of the North |
1 |
| Basics of Library-informational Culture |
1 |
| Couse 2 |
ECTS |
| Foreign Language |
5 |
| Economics |
3 |
| Mathematics |
4 |
| Mechanics: |
11 |
| Classical Mechanics |
4 |
| Engineering Mechanics |
7 |
| Basics of Architecture and Structural Engineering |
4 |
| Life Safety |
2 |
| Basics of Metrology, Standartization, Sertification and Quality Control |
2 |
| Engineering Construction Systems: |
3 |
| Electricity Supply with Basics of Electric Engineering |
3 |
| Construction Thermal Physics |
3 |
| Sociology and Political Science |
3 |
| Culturology |
2 |
| Fluid Power |
3 |
| Elective Courses (Units) on Physical Education and Sports |
|
| Logics |
2 |
| Business Ethics |
2 |
| Material Studies (Corrosion Equipment Protection) |
2 |
| Chemistry in the construction industry |
2 |
| Computer-graphics (AutoCad) |
2 |
| Constructional Drawing |
2 |
| Couse 3 |
ECTS |
| Mechanics: |
3 |
| Soil Mechanics |
3 |
| Engineering Construction Systems: |
6 |
| Water and Sanitation with Basics of Fluid Power |
6 |
| Basics of Indoor Climate Supply |
3 |
| Pumps, Ventilators and Compressors |
4 |
| Physical Education |
2 |
| Heating |
8 |
| Heat Generator and Autonomous Heat Supply System |
7 |
| Ventilation |
5 |
| District Heating |
3 |
| Elective Courses (Units) on Physical Education and Sports |
|
| Ecological Value of Building and Reconstructing Heat Supply and Ventilation Systems |
3 |
| Ecological Value of Building and Reconstructing Heat and Gas Supply Systems |
3 |
| Energy-savings in Heat Supply and Ventilation Systems |
3 |
| Energy-savings of Industrial Plants |
3 |
| Development Methodology of Effective Heat Exchanger |
4 |
| Air Protection Equipment |
4 |
| Couse 4 |
ECTS |
| Jurisprudence. Basics of Laws in Construction |
2 |
| Ventilation |
4 |
| District Heating |
4 |
| Refrigeration and Air Conditioning |
6 |
| Gas Supply |
7 |
| Economics of Heat and Gas Supply and Ventilation Systems |
3 |
| Heat and Gas Supply Automation Control System |
3 |
| Heat and Gas Supply and Ventilation Systems Operation and Maintenance |
2 |
| Heating (Advanced Course) |
4 |
| Optimization of Energy and Heat Supply Systems of Industrial Plants |
4 |
| Air Pollution Control |
3 |
| Basics of Heat and Gas Supply and Ventilation Systems Erection Procedure |
4 |
| Basics of Heat and Gas Supply and Ventilation Systems Erection Procedure (Advanced Course) |
4 |
| Price Formation and Budgeting in Construction |
3 |
| Price Formation and Budgeting in Construction (Advanced Course) |
3 |
