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Course Descriptions

 


Compulsory Subjects
 
Code and Course: CCC-1 LINEAR ALGEBRA AND ANALYTIC GEOMETRY

Semester: 1

Summary:



Instruction method:

Assessment method:

Allocation of hours: 60 hours (30 L + 30 S) ECTS credits: 5

Complex numbers. Determinants. Matrices. Systems of linear equations. Linear spaces. Vectors and their application. Straight line in plane and space. Second - order curves. Plane. Second-order surfaces.

Lectures and seminars.

Written examination.

 

Code and Course:
CCC-2 MATHEMATICAL ANALYSIS –PART I  

Semester: 1

Summary:



Instruction method:

Assessment method:
 

Allocation of hours: 60 hours (30 L + 30 S) ECTS credits: 5

Functions and sequences of numbers. Derivative of a function and its applications. Undefined integral. Defined and improper integrals and applications. Series of numbers.

Lectures and seminars.

Written examination.

 
Code and Course: CCC-3 ENGIINEERING GEOLOGY AND HYDROGEOLOGY  

Semester: 1

Summary:


Instruction method:

Assessment method:

Allocation of hours: 60 hours (45 L + 15 S) ECTS credits: 5

Material structure of the Earth (minerals and rocks). Geological processes. Engineering and geological characteristics of rocks and construction soils. Assessment of hydro geological conditions with regard to construction. Engineering and geological analysis.

Lectures and seminars.

Written examination.

 
Code and Course: CCC-4 TECHNICAL DRAWING   

Semester: 1

Summary:

Instruction method:

Assessment method:

Allocation of hours: 15 hours ECTS credits: 1

Lines. Scripts. Graphical legends. Plans of a small building.

Seminars.

Current evaluation.

 
Code and Course: CCC-5 INFORMATICS  

Semester: 1 - 2

Summary:


Instruction method:

Assessment method:

Allocation of hours: 90 hours (30 L + 60 S) ECTS credits: 7

DELPHI programming. Creating MS-WORD forms and circulars. Solution of optimization problems by means of MS-EXCEL. Diagrams. AutoCAD: basic commands and settings, layers, attributes, dimensioning, text, drawing up. Making a building draft.

Lectures and seminars. Course assignments.

Written examination.

 
Code and Course: CCC-6 DESCRIPTIVE GEOMETRY   


Semester: 1 - 2

Summary:

 

Instruction method:

Assessment method:


Allocation of hours: 75 hours (30 L + 45 S) ECTS credits: 6

The three main methods of modelling 3D spaces on a plane. Monge projection. Axonometry and Perspective. Representation of plane and space objects. Plane sections and intersection of objects. Homology and affinity. Finding intersections of objects. Finding the correlation between the three models.

Lectures and seminars. Course assignments.

Written examination.

 
Code and Course: CCC-7 LAND SURVEYING   

Semester: 1 - 2

Summary:


Instruction method:

Assessment method:

Allocation of hours: 75 hours (45 L + 30 S) + 80hours PT ECTS credits: 6

Surveying. Geodetic instruments in use. Methods of surveying. Topographic plans and maps. Geodetic functions in various stages of building.

Lectures and seminars. Field training and a course project elaboration.

Written examination and assessment of a course project.

 
Code and Course: CCC-8 FOREIGN LANGUAGE  

Semester: 1 - 2

Summary:


Instruction method:

Assessment method:

Allocation of hours: 90 hours ECTS credits: 5

Enhances and assimilates language knowledge, mastered in high schools. Develops skills for implementation of information from various literary and electronic resources as well as contacts with colleagues from other countries.

Seminars.

Current evaluation.

 
Code and Course: CCC-9 MATHEMATICAL ANALYSIS –PART 2  

Semester: 2

Summary:


Instruction method:

Assessment method:

Allocation of hours: 75 hours (30 L + 45 S) ECTS credits: 6

Functional series. Functions of several variables. Elements of differential geometry. Double and triple integrals. Curve and surface integrals.

Lectures and seminars.

Written examination.

 
Code and Course: CCC-10 BUILDING EQUIPMENT   

Semester: 2

Summary:


Instruction method:

Assessment method:

Allocation of hours: 45 hours (30 L + 15 S) ECTS credits: 3

Mechanical elements of building machines. Kinds of building equipment:excavators, elevators, cranes, preparation machinery, conveying and laying mortar, concrete, etc. Power-building tool.

Lectures and seminars.

Current evaluation.

 
Code and Course: CCC-11 CHEMISTRY IN CONSTRUCTION


Semester: 2

Summary:
 

 

 


Instruction method:

Assessment method:


Allocation of hours: 45 hours (30 L + 15 S) ECTS credits: 3

 

Solutions and theory of dilute solutions. Metals, redox processes, electrolysis, corrosion of metals, silicon and its compounds. Reaction between the alkaline metals in the cement and aggregates. Halogenated derivatives, hydroxyl, thiоl, carbonyl derivatives of hydrocarbons. Surfactants. Polymeric materials. Film-forming agents.


Lectures and seminars.

Current evaluation.

 
Code and Course: CCC-13 PHYSICS  

Semester: 2 - 3

Summary:


Instruction method:

Assessment method:

Allocation of hours: 60 часа (30 L + 30 S) ECTS credits: 4

Mechanical motions. Physical fields. Mechanical oscillations and waves. Basic laws of thermodynamics. Electromagnetic interactions and waves. Electric properties of solids. Radiation and absorption of substances.

Lectures and laboratory practice.

Written examination.

 
Code and Course: CCC-14 THEORETICAL MECHANICS  

Semester: 2 - 3

Summary:



Instruction method:

Assessment method:

Allocation of hours: 105 hours (60 L + 45 S) ECTS credits: 8

Axioms of statics. Reduction of a system of forces. Equilibrium of a rigid body. Systems of rigid bodies: “Gerber” girder, three-hinged frame, truss structure. Friction. Kinematics and dynamics of a material point and plane rigid body motion.The principle of virtual displacements.

Lectures and seminars. Course assignments.

Written examination.
 

Code and Course:


CCC-15 DIFFERENTIAL EQUATIONS AND MATHEMATICAL STATISTICS   

Semester: 3

Summary:


Instruction method:

Assessment method:

Allocation of hours: 60 hours (30 L + 30 S) ECTS credits: 5

Ordinary differential equations (ODE). Numerical solution of ODE. Systems of ODE. Partial differential equations. Elements of mathematical statistics.

Lectures and seminars.

Written examination.

 
Code and Course: CCC-16 PUBLIC AND COMPANY RELATIONS  

Semester: 3

Summary:

Instruction method:

Assessment method:

Allocation of hours: 45 hours (30 L + 15 S) ECTS credits: 3

Characteristics of public relations. Levels of communication. Mechanisms of interaction. Company relations. Image making.

Lectures and seminars.

Current evaluation.

 
Code and Course: CCC-17 PROTECTION FROM NATURAL DISASTERS AND CATASTROPHES


Semester: 3


Summary:

 

 

 

 

 


Instruction method:

Assessment method:


Allocation of hours: 45 hours (30 L + 15 S) ECTS credits: 3

 

Historical development of the organization of protection in Bulgaria. Geneva Conventions. Structure and tasks of the Unitary Rescue System. Place of the construction company. Organization of protection of the population in case of crisis . National management system. Earthquakes, floods, snow cover and forest fires. Works to reduce and mitigate the consequences. Remedies for respiratory system and skin . Collective protection. Shelter and refuge. Design, construction and operation.


Lectures and seminars.

Current evaluation.

 
Code and Course: CCC-19 BUILDING CONSTRUCTION AND ARCHITECTURE  

Semester: 3 - 4

Summary:



Instruction method:

Assessment method:

Allocation of hours: 105 hours (75 L + 30 S) ECTS credits: 8

Building units: foundations, walls, floor structures, balconies, stairs, roofs, roof structures, doors and windows. Plasters. Heat and water insulation. Flooring and false ceilings. Kinds of buildings: residential, public, industrial, sports facilities and installations. Residential building project.

Lectures. Course assignments and course project.

Written examination and assessment of a course project.

 
Code and Course: CCC-20 STRENGTH OF MATERIALS  

Semester: 3 - 4

Summary:



Instruction method:

Assessment method:

Allocation of hours: 120 hours (60 L + 60 S) ECTS credits: 9

Theoretical model of a deformable body. Internal forces and their diagrams. Theory of stress and strain. Stress-strain relation. Pure tension (compression). Inertia moments. Pure torsion. Bending. Strain potential energy. Strength theories. Complex loading. Buckling.

Lectures. Course assignments.

Written examination.

 
Code and Course: CCC-21 ROAD AND RAILWAY CONSTRUCTION  

Semester: 3 - 4

Summary:


Instruction method:

Assessment method:

Allocation of hours: 75 hours (45 L + 30 S) ECTS credits: 6

Road network. Elements of a motor road. Types of road surfaces. Implementation technology of road construction. Road drainage. Traction calculations. Elements and make-up of railway super and substructure.

Lectures. Course assignments and course project.

Written examination and assessment of a course project.

 
Code and Course: CCC-22 STATICS OF STRUCTURES – PART 1 

Semester: 4

Summary:



Instruction method:

Assessment method:

Allocation of hours: 75 hours (45 L + 30 S) ECTS credits: 6

Structural analysis of building structures. Statically determinate structures. Diagrams of internal forces. Influence lines. “Gerber” girder. Three-hinged arches and frames. Statically determinate trusses. Combined suspension and “Langer” systems. Displacements. Energy theorems. Deflections diagram.

Lectures. Course assignments.

Written examination.

 
Code and Course: CCC-24 BUILDING MATERIALS AND INSULATIONS  

Semester: 4 - 5

Summary:



Instruction method:

Assessment method:

Allocation of hours: 135 hours (90 L + 45 S) ECTS credits: 10

Classification of building materials. Basic properties and methods of investigation. Rock building materials. Mineral and organic binding materials. Cement. Concrete. Composition design, control and assessment of concrete strength. Metals. Water and heat insulation materials. Structural ceramics. Structural glass.

Lectures. Laboratory practice. Course project.

Written examination and assessment of a course project.

 
Code and Course: CCC-25 SOIL MECHANICS AND FOUNDATION ENGINEERING  


Semester: 4 - 5

Summary:

 

 



Instruction method:

Assessment method:


Allocation of hours: 120 hours (90 L+ 30 S) ECTS credits: 9
 

Soil mechanics Physical and mechanical proparties of soils; stresses and deformations in soils; Consolidation and rheology of clays; Ground reaction; Stability of soils and slopes; Earth pressure; Soil Dynamics; Environmental soil mechanics;

Foundation engineering General requirements of Eurocode 7; Spread foundations; Machines foundations; Drainage and reinforcement of excavations; Deep foundations (piles and diaphragm walls); Reconstruction and reinforcement of foundations; Reinforcement of soils; Retaining walls; Anchors; Stabilization of landslides and rockfalls;


Lectures. Laboratory practice. Course project.

Written examination and assessment of a course project.

 
Code and Course: CCC-26 ENGINEERING INSTALLATIONS   

Semester: 4 - 5

Summary:


Instruction method:

Assessment method:

Allocation of hours: 75 hours (45 L+ 30 S) ECTS credits: 5

Water supply systems and design. Outside and house plumbing network and installations. Sewerage network. Power supply systems and design. Heating and ventilation systems and design.

Lectures. Course project.

Written examination.

 
Code and Course: CCC-27 STATICS AND STRUCTURES – PART 2  

Semester: 5

Summary:



Instruction method:

Assessment method:

Allocation of hours: 60 hours (30 L + 30 S) ECTS credits: 5

Force method for analysis of statically indeterminate frames, loaded with forces, temperature loading and support displacements. Continuous beams. Statically determinate trusses and arches. Displacement method. Mixed method. The essence of the finite-element method.

Lectures. Course assignments.

Written examination.
 
Code and Course:

CCC-28 THEORY OF ELASTICITY, STABILITY AND DYNAMICS OF STRUCTURES  

Semester: 5 - 6

Summary:



Instruction method:

Assessment method:

Allocation of hours: 60 hours (30 L + 30 S) ECTS credits: 5

Basic hypotheses and relations. Plane-stress and plane-strain problem. Theory of plates. Plane-stress state by finite-element method. Structure stability. Investigation of the critical parameter of loading in straight bars and plane frames. Dynamics of structures.

Lectures. Course assignments.

Written examination.

 
Code and Course: CCC-29 REINFORCED CONCRETE  

Semester: 5 - 6

Summary:




Instruction method:

Assessment method:

Allocation of hours: 120 hours (75 L + 45 S) ECTS credits: 9

Physical and mechanical properties. Methods of analysis of reinforced concrete structures. Analysis and design of slabs, main and secondary beams and columns. Reinforced concrete elements subjected to axial compression (tension forces), eccentrically loaded columns, bending and torsion of beams. Local compression. Deflections. Crack formation and opening. Single foundations. Prestressed reinforced concrete structures.

Lectures. Course project.

Written examination and assessment of a course project.

 
Code and Course: CCC-30 CONSTRUCTION ECONOMICS  

Semester: 5 - 6

Summary:



Instruction method:

Assessment method:

Allocation of hours: 90 hours (60 L + 30 S) ECTS credits: 6

Marketing principles, categories and mechanisms. Construction as a branch of economics. Funds. Investments. Investment projects. Assets of long and short duration. Labour resources. Costs, income, profit and economic efficiency. Prices and price policy. Taxation. Accounting. Business programme.

Lectures. Seminars. Course assignments.

Written examination.

 
Code and Course: CCC-32 COMPUTER-AIDED STRUCTURAL DESIGN  

Semester: 6

Summary:


Instruction method:

Assessment method:

Allocation of hours: 45 hours (30 L + 15 S) ECTS credits: 3

Modelling and computer based investigation of frame and solid structures. Application of the finite-element method. Elaboration and analysis of three-dimensional models. Foundation structures. Graphical CAD systems.

Lectures. Seminars. Course assignment.

Current evaluation.

 
Code and Course: CCC-33 LABOUR SAFETY AND ENVIRONMENTAL PROTECTION 

Semester: 6

Summary:


Instruction method:

Assessment method:

Allocation of hours: 30 hours (15 L + 15 S) ECTS credits: 2

Law regulations, ensuring health and labour safety. Functions of officials. Labour safety in various kinds of construction work. Personal safety guards.

Lectures and seminars.

Current evaluation.

 
Code and Course: CCC-34 REINFORCED CONCRETE STRUCTURES   

Semester: 6 - 7

Summary:


Instruction method:

Assessment method:


Allocation of hours: 105 hours (75 L + 30 S) ECTS credits: 7

Basic problems. Structural loads. Seismic loading. Precast and monolithic single- storey frames. Roofing panel, deck-plate, crane and frame girders, column, cup-like foundation. Multistorey frame structures. Flat slabs. Shear walls. Strip foundations and slab foundation. Large-panel buildings. Round reinforced concrete reservoirs. Water towers. Cooling towers.

Lectures. Course project.

Written examination and assessment of a course project.

 
Code and Course: CCC-35 STEEL STRUCTURES 

Semester: 6 - 7

Summary:






Instruction method:

Assessment method:

Allocation of hours: 120 hours (90 L + 30 S) ECTS credits: 8

Classification. Advantages and disadvantages. Construction steel. Design methods. Welding and welding connections. Bolted joints. Beams and beam structures. Columns, typical joints. Trusses. Steel structures of industrial buildings: systems, elements, components, spatial stabilization, cross frames. Large-span buildings. Multistorey buildings. Reservoirs, hoppers and silos. Prestressing. Suspended roofs.

Lectures. Course project.

Written examination and assessment of a course project.

 
Code and Course: CCC-36 BRIDGES   

Semester: 6 - 7

Summary:





Instruction method:

Assessment method:

Allocation of hours: 90 hours (45 L + 45 S) ECTS credits: 7

Types of bridges. Main and additional components of bridge structures. Design data. Dimensions. Materials. Loading. Design of reinforced concrete bridge components. Road slabs. Girder decks. Design characteristics of prestressed bridge components. Substructure. Seismic problems. Steel bridges, types. Spatial stabilization. Bridge construction technology.

Lectures. Course project.

Written examination and assessment of a course project.

 
Code and Course: CCC-37 CONSTRUCTION TECHNOLOGY   

Semester: 6 - 7

Summary:



Instruction method:

Assessment method:

Allocation of hours: 120 hours (90 L+ 30 S) ECTS credits: 8

Transportation in construction. Earth work. Explosion work in construction. Pilot work. Formwork. Reinforcement. Concrete work. Masonry. Installation of building structures. Building and installation construction.

Lectures. Course project.

Written examination and assessment of a course project.

 
Code and Course: CCC-39 TECHNOLOGY OF FINISHING WORKS  

Semester: 7

Summary:



Instruction method:

Assessment method:

Allocation of hours: 45 hours (30 L + 15 S) ECTS credits: 3

Technological continuity. Inner and outer plasters. Veneer. Flooring. Water insulation. Heat insulation. Woodwork assembly and interior design. Anticorrosive and fire protection. Dry walling.

Lectures and seminars.

Current evaluation.

 
Code and Course: CCC-41 TIMBER AND PLASTIC STRUCTURES   

Semester: 7 - 8

Summary:




Instruction method:

Assessment method:

Allocation of hours: 50 hours (30 L + 20 S) ECTS credits: 5

General characteristics and peculiarities of timber and plastic structures. Wood under loading behaviour. Single-made components. Members and connection design. Wooden framed, arched and spatial structures. Roof structures. Plastic structures.

Lectures. Course project.

Written examination and assessment of a course project.

 
Code and Course: CCC-42 CONSTRUCTION ORGANIZATION   

Semester: 7 - 8

Summary:






Instruction method:

Assessment method:

Allocation of hours: 105 hours (60 L + 45 S) ECTS credits: 6

Organization of investment. Organization of construction work. Technical standardization. Labour payment. Price formation. Design of construction organization. Linear and network schedules. Temporary construction. Construction situation (overall) planning. Technical construction supervision. Initial preparation. Operation management. Documentary evidence. Authorization of buildings. Types of control.

Lectures. Course project.

Written examination and assessment of a course project.

 
Code and Course: CCC-43 CONSTRUCTION MANAGEMENT  

Semester: 8

Summary:






Instruction method:

Assessment method:

Allocation of hours: 50 hours (30 L + 20 S) ECTS credits: 4

Basic principles of management. The building company as a production unit. Levels of management. Management resolutions. Functions of management: planning, organization, and control. Strategies. Operation and situation management. Transactions. Labour resource management. Marketing. Commodity and price policy. Entering a competition for public commission assignment.

Lectures. Seminars. Course assignments.

Written examination.

 
Code and Course: CCC-44 PRODUCTION ENTERPRISES IN CONSTRUCTION  

Semester: 8

Summary:




Instruction method:

Assessment method:

Allocation of hours: 50 hours (40 L + 10 S) ECTS credits: 4

Production of concrete and mortar. Prefabrication of reinforced sleel and reinforced products. Fabrication of concrete and reinforced concrete components and products. Technological design of the production process. Forming. Compaction. Quality control.

Lectures. Course assignments.

Written examination.

 
Code and Course:
CCC-45 CONDITION ASSESSMENT AND TESTING OF STRUCTURES  

Semester: 8

Summary:





Instruction method:

Assessment method:

Allocation of hours: 30 hours (15 L + 15 S) ECTS credits: 2

Condition assessment methods. Non-destructive test of the materials’ quality and condition in building structures and installations. Defects and damages in building structures and installations. Reliability and suitability assessment. Static natural tests. Testing design and loading. Design devices. Data processing. Dynamic natural tests. Constructive modelling.

Lectures and seminars.

Current evaluation.

 
Code and Course: CCC-46 CONSTRUCTION LAW  

Semester: 8

Summary:






Instruction method:

Assessment method:

Allocation of hours: 30 hours (30 L) ECTS credits: 2

Legal regulation. Hierarchy of legal regulations. State and municipal authorities. Property law. State and municipal property. Administrative law. Law of duties and contracts. Legal regulation of relations in construction work. Law of territory layout. Public commission assignments for construction. Construction contract. Reaching decisions in disputes between participants in the investment process.

Lectures.

Current evaluation.
 


Elective Subjects
 
Code and Course: CCC-I.1.1 FINITE ELEMENTS METHOD (FEM)  

Semester: 7

Summary:



Instruction method:

Assessment method:

Allocation of hours: 30 hours (20 L + 10 S) ECTS credits: 2

Matrix method of displacements, applied to frame structures (FEM in discrete systems). Basic relations in FEM. Solution of the plane problem. Analysis of thin slabs. Dynamic problems. SAP 2000.

Lectures and seminars.

Current evaluation.

 
Code and Course: CCC-I.1.2. DESIGN OF COMPOSITE STRUCTURES  

Semester: 7

Summary:




Instruction method:

Assessment method:

Allocation of hours: 30 hours (20 L + 10 S) ECTS credits: 2

Steel and reinforced concrete structures. Reasons for their combination. Types of composite structural components. Expedient cross sections. Connections between the steel and reinforced concrete components. Design of components and connections. Installation. Installation details. Application.

Lectures and seminars.

Current evaluation.

 
Code and Course: CCC-I.1.3 MATERIALS AND SYSTEMS FOR PROTECTION AND RESTORATION OF BUILDINGS AND INSTALLATIONS  

Semester: 7

Summary:



Instruction method:

Assessment method:

Allocation of hours: 30 hours (24 L + 6 S) ECTS credits: 2

Products and systems for protection and restoration of buildings and installations. Materials for surface protection and reclamation of structural components. Company products.

Lectures and seminars.

Current evaluation.

 
Code and Course: CCC-I.1.4 MASONRY CONSTRUCTION  

Semester: 7

Summary:




Instruction method:

Assessment method:

Allocation of hours: 30 hours (20 L + 10 S) ECTS credits: 2

Masonry construction materials. Strength and elastic properties of masonry. Analysis of masonry structures by boundary conditions. Reinforced masonry components. Brick and concrete shear walls. Strengthening of masonry components.

Lectures and seminars.

Current evaluation.

 
Code and Course: CCC-I.1.5 RENOVATION AND STRENGTHENING OF STEEL STRUCTURES  

Semester: 7

Summary:





Instruction method:

Assessment method:

Allocation of hours: 30 hours (30 L) ECTS credits: 2

Reasons for strengthening steel structures. Assessment of their intrinsic bearing capacity. Basic methods for renovation and strengthening. Strengthening of components subject to axial and eccentric tension. Strengthening of bent components. Renovation of and strengthening of wood structures.

Lectures.

Current evaluation.

 

Code and Course:
CCC-I.1.6 BUILDING SITE ASSESSMENT AND ACCOUNTING  

Semester: 7

Summary:



Instruction method:

Assessment method:

Allocation of hours: 30 hours (24 L + 6 S) ECTS credits: 2

General notions of accounting, objects of accounting, Legal regulations.. Documentary evidence of business operations. Investment, assessment, calculation. Balance summary. Analysis of financial status.

Lectures and seminars.

Current evaluation.

 
Code and Course: CCC-I.2.1 CIVIL ENGINEERING SURVEYING  

Semester: 8

Summary:


Instruction method:

Assessment method:

Allocation of hours: 30 hours (15 L + 15 S) ECTS credits: 2

Geodetic station and work with it. Tracing of axes and contours. Location of points. Investigation of deflection, warpage and oscillation of high buildings.

Lectures and seminars.

Current evaluation.

 
Code and Course: CCC-I.2.2 SEISMIC PROTECTION OF BUILDINGS AND INSTALLATIONS   

Semester: 8

Summary:




Instruction method:

Assessment method:

Allocation of hours: 30 hours (30 L) ECTS credits: 2

Characteristics of seismic action on buildings. Seismic intensity, seismic area division. Choice of construction design. Assessment methods of seismic action. Modelling and construction of earthquake resistant frames, trusses and shear walls. Earthquake protection of existent buildings and facilities.

Lectures.

Current evaluation.

 
Code and Course: CCC-I.2.3 RENOVATION AND STRENGTHENING OF REINFORCED CONCRETE STRUCTURES  

Semester: 8

Summary:



Instruction method:

Assessment method:

Allocation of hours: 30 hours (26 L + 4 S) ECTS credits: 2

Methods of renovation and strengthening of reinforced concrete structures. Strengthening columns, beams, slabs, shear walls, panels, strip foundations and footings, connections.

Lectures and seminars.

Current evaluation.

 
Code and Course: CCC-I.2.4 MODERN FORMWORK SYSTEMS  

Semester: 8

Summary:




Instruction method:

Assessment method:

Allocation of hours: 30 hours (15 L + 15 S) ECTS credits: 2

Frame formwork for walls and columns. Formwork for slabs and slab-and-beam units. Computer-aided design of formwork. Formwork for installations with round walls and spans. Sliding shuttering and scaffoldings. Bulgarian formwark technology.

Lectures and seminars.

Current evaluation.

 
Code and Course: CCC-I.2.5 COMPUTER SYSTEMS IN CONSTRUCTION ORGANIZATION AND MANAGEMENT  

Semester: 8

Summary:




Instruction method:

Assessment method:

Allocation of hours: 30 hours (30 S) ECTS credits: 2

GAUDI PLAN software. Basic notions. Working models. Structure of the building site. Database. Quantitative account. Price formation. Analyses. References. Scheduling. BUILDING MANAGER software. Making a draft statement of account. Analyses. Evaluation. Accounting.

Seminars.

Current evaluation.

 
Code and Course: CCC-I.2.6 CONTRACT TENDERING

Semester: 8

Summary:




Instruction method:

Assessment method:

Allocation of hours: 30 hours (24 L + 6 S) ECTS credits: 2

Objectives and priorities in contract tendering. Contract tendering approaches. Opening a contract tendering company, Marketing policy. Risk assessment of contract tendering. Contract tendering planning and financing. Contract tendering management. Contract tendering relations and business etiquette.

Lectures and seminars.

Current evaluation.

 

Optional Subjects
 
Code and Course: CCC-F.1 MATHEMATICS WITH MATLAB  

Semester: 4

Summary:



Instruction method:

Assessment method:

Allocation of hours: 30 hours (16 L + 14 S) ECTS credits: 2

Introduction to MATLAB. Numerical solution of non-linear equations and systems of linear equations. Approximation and graphical presentation of functions. Numerical integration and differentiation. Differential equations.

Lectures and seminars.

Current evaluation.

 
Code and Course: CCC-F.2 CAD SYSTEMS  

Semester: 4

Summary:



Instruction method:

Assessment method:

Allocation of hours: 30 hours (16 L+ 14 S) ECTS credits: 2

Introduction to CAD systems. Three-dimensional drawing of planes and objects. Plans and sections. AUTOLISP. Making use of existent software. Data processing. Work with external devices and INTERNET.

Lectures and seminars.

Current evaluation.

 
Code and Course: CCC-F.3 PHYSICAL METHODS FOR NON-DESTRUCTIVE MEASUREMENT OF BUILDING MATERIALS’ PERFORMANCE  

Semester: 4

Summary:


Instruction method:

Assessment method:

Allocation of hours: 30 hours (20 L + 10 S) ECTS credits: 2

Physical characteristics. Methods of using mechanical waves. Radiation, magnetic and optical methods. Testing thermal defects. Composite methods.

Lectures and seminars.

Current evaluation.

 
Code and Course: CCC-F.4 MAINTENANCE AND RECONSTRUCTION OF ROADS  

Semester: 4

Summary:



Instruction method:

Assessment method:

Allocation of hours: 30 hours (24 L + 6 S) ECTS credits: 2

Road surfaces. Deformations, decays, maintenance and renovation. Winter maintenance of roads. Planting, grassing and strengthening. Road signs and marking.

Lectures and seminars.

Current evaluation.

 
Code and Course: CCC-F.5 BUILDING MACHINERY AND EQUIPMENT  

Semester: 4

Summary:


Instruction method:

Assessment method:

Allocation of hours: 30 hours (15 L + 15 S) ECTS credits: 2

Machines and tools for formwork, tinsmith’s, carpentry and veneer work as well as for laying and reclamation of coverings. Work and maintenance.

Lectures and seminars.

Current evaluation.

 
Code and Course: CCC-F.6 STATIC ANALYSIS OF SPATIAL STRUCTURES  

Semester: 4

Summary:



Instruction method:

Assessment method:

Allocation of hours: 30 hours (20 L + 10 S) ECTS credits: 2

Statically determinate spatial lattice structures. Spatial frame, double-layer structures. Constructive solutions. Methods of analysis and design. Basic installation details. Construction mode. Application.

Lectures and seminars.

Current evaluation.

 
Notes: The following abbreviations are used in the tables:
L - lecture hours per week;
S - exercises / seminar hours per week