FALL SEMESTER
 
CE- 501 Seminar (0-2)1
Under the control of supervisor, students are responsible for researches published around the world related with the topic that is assigned by supervisor. In the meantime, studies related with seminar are expected to enlighten students on their thesis. By all these, students are supposed to follow innovation in technology and apply those on problems in region and country.
CE-503 Scientific Research Methods (3-0)3
Students are supposed to investigate the institution which are making scientific research, and prepare request document for suggestion. Also, they are expected to work on current studies related with their interest and perform literature researches.
CE-505 Advance Structural Analysis (3-0)3
General view of classical methods in structural analysis such as, stiffness, slope deflection etc. methods.
CE-509 Hydromechanics I (3-0)3
Students are expected to get used with similarity in hydrodynamics, theory of hydraulic models, hydromechanics measurements, friction forces from open channel and pipeline flows, and introduction to transportation of material in stream.
CE-511 Water Resources Systems (3-0)3
The scope of this course covers the system approach in water resources engineering, system analysis, modelling of these systems, optimization techniques on operation of water resources systems and their planning process, simulation techniques, longterm-shorterm planning and real-time operations.
CE-513 Recent Development in Civil Engineering World (1-2)2
The scope of this course includes in following last developments in Civil Engineering Environment.
CE-515 Highrise Building with Reinforced Concrete (3-0)3
This course offers students to learn composite conveyor systems with curtain walls, interaction of wall and connection beams, and solution techniques. On the other hand, torsion forces and ductility criteria of high-rise buildings are investigated under the scope of that course.
CE-517 Optimization of Structures (3-0)3
General view of design methods like elasto-plastic design, design with plastic approach, mathematical optimization, design of construction by using force method, design of construction by using slope deflection method, and application of optimization methods on various type of construction.
CE-519 Open Channel Hydraulic (3-0)3
Open channel flow, open channel flow types, flow continuity, energy, momentum equations, minimum energy principle, flow regimes, hydraulic jump, flow profiling and calculation methods, cross-section variations and control structures, non-permanent flows.
CE-521 Overflow Hydraulic (3-0)3
Hydrological supplies of floods, land, current and climate supplies; Account of floods, hydrological map, account of periodic currents of floods in the project section, account of the floods of floods in the project section, account of floods in the project section, accounts of floods in the project section, Rational Method; Mückus Method; Synder Method; Synthetic Unit Hydrograph; DSİ Synthetic Method; Maximum floods account; calculations with extreme flood formulas, flood recurrence formulas, statistical methods.
CE-523 Transportation Planning (3-0)3
Traffic analysis and forecasting, traffic formation and traffic analysis, traffic distribution, mode selection, economic analysis of transportation projects, cost-benefit analysis, terminals, transportation costs, decision making in transport projects, long-term transportation planning.
CE-525 Light Rail Systems (3-0)3
Route planning, longitudinal slope and road standards, calculation methods, colloids and calculation methods, stall and storage standards, preparation of project files and controls, route applications and problems.
 
 
 
 
CE-527 Uncertainty and Data Analysis (3-0)3
Importance of statistics in engineering. Principles of probability theory. Random variable and random event. The concept of probability. Distributions of random variables. Parameters of distributions, statistical moments, mean, variance, frequency analysis. Estimation of parameters. Important probability distribution functions. Sampling distributions. Control of statistical hypotheses. Simple linear regression analysis. Correlation coefficient. Multivariate nonlinear regression analysis.
CE-529 Hydrologic Analysis and Design (3-0)3
System approach in hydrology. Modeling of hydrological systems, basic equations of hydrological systems. Linear system models, flow-precipitation models. Unit hydrograph, unit hydrograph and computer applications. Displacement of floods by hydrological methods, application of statistical methods in hydrology. Hydrological processes. Modeling of current series. Flood frequency analysis, regional flood analysis, hydrological risk analysis. Determination of project rainfall and project flow. Introduction to reservoir hydrology
CE 701-741 Profession (3-0)3
To make analysis about thesis, to search the literature, to explain the writing technique of thesis and to show students samples about writing techniques at the same time, and to be noticed in the preparation of the thesis. 
SPRING SEMESTER
 
CE-502 Seminar (0-2)1
Under the Advisor control, various subjects are given to each student in Turkey and they are responsible for examination of the studies in the world. The evaluation and discussion of this information as a basis for the thesis work to be done. To follow the developments in science and technology, to adapt the developments to current and regional problems, and to develop ideas for solving problems.
CE-504 Urban Planning and Infrastructures (3-0)3
Historical development of urbanization and infrastructure systems; urbanization problems; urban planning region and threshold analysis; planning infrastructure relationship; development plans; Zoning Law and Reconstruction Services; solution approaches to infrastructure problems in cities; shanty and infrastructure; mass housing applications; example applications.
CE-506 Engineering Optimization Techniques (3-0)3
Introduction; solution methods; Graphical methods, Analytical methods (Classical Optimization), numerical methods, linear programming, nonlinear programming.
CE-508 Earthquake Sizing of Structures (3-0)3
The effect of earthquake motion on ground motion, Ground-structure interaction, The importance of architect in earthquake resistance of buildings, The importance of building geometry and carrier system order in earthquake resistance earthquake calculation methods (static and dynamic calculation methods), bearing systems exposed to torsion, examination of earthquake damage in reinforced concrete and masonry buildings.
CE-510 Hydromechanics II (3-0)3
Hydrodynamic constitutive equations. Boundary layer current. Boundary layer in open channels and pipes. Boundary layer current in time-changing currents. Hydrodynamic forces in time-invariant currents. Movement of solids in periodic flows.
CE-512 Dam Planning and Design (3-0)3
Principles of planning dams. Reservoir planning and design. Hydrostatics and structural analysis of concrete gravity dams. Design principles of concrete belt dams. Planning and design principles of soil and rock fill dams. Full weir, pipe, tunnel, hydroelectric power plants.
CE-514 Recent Development in Civil Engineering World (1-2)2
The scope of this course includes in following last developments in Civil Engineering Environment.
 
CE-516 Special Reinforced Concrete Structures (3-0)3
Standing water reservoirs, built-in water reservoirs, various water treatment pools, static concrete accounts of pipes, circular cylindrical water reservoirs, reinforced concrete columns.
 
 
CE-518 Engineering Properties of Soils (3-0)3
Strain-deformation-time relations, formation of soil layer, clay mineralogy, stabilization of soils, permeability and water flow in soils, hydraulic heights considered in grounds, capillarity and effecting factors, soil structure, soil composition, index properties, mechanical properties of soils, consolidation theory, effective stress concept, construction of laboratory experiments with the determination of engineering properties of soils and preparation of related reports.
CE-520 Flexible Highrise Buildings (3-0)3
Introduction to Flexible Pavement Design, Design Methods, Basic Principles, Laboratory Test Methods, Introduction to Bituminous Mixtures, Bituminous Materials, Maintenance and Repair, New Discoveries.
CE-522 High Standard Road Design (3-0)3
General design information, Design speed, Design Traffic volume, Service level, super elevation, Slopes, Horizontal Ribbons, Vertical Ribbons, Ramps, Terminals, Urban highways, Intercity highways, Acceleration and deceleration lanes, Typical cross sections, Bridged intersection design.
CE-524 Hydraulic Structures (3-0)3
Fundamental principles, Control structures, Critical line and stability analysis in thick-walled sluices, full sluices, energy crushers, covers, water intake structures, connections, siphons, sinks, chutes, conduits, concrete veneers and soil channels, filling dams.
CE-526 Advanced Strength of Materials (3-0)3
Energy topics (Virtual work method, Castigliano method, Minimum work principle), Special topics of bending (Elasto-plastic bending, Bending of curve-axis bars), Introduction to analysis of plates and barks, Special topics in buckling (Variable support conditions, Introduction to the finite element method.
CE-528 Hydraulic of Stream (3-0)3
Introduction. Hydrological problems in rivers. Solid matter properties. The start of the movement on the base. Current regimes and sand waves. Determination of base material, suspension material and total solids. Design of stable channels. Problems of stacking and carving. River regulation and coastal protection. Navigation.
CE-530 Statistical Methods in Hydrology (3-0)3
The importance of hydrology statistical methods and probability theory. Frequency distributions. Distributions of parameters and estimation. Probability distributions and use of intermittent variables. Probability distributions of continuous variables and their use. Frequency analysis of floods. Project period and risk. Sampling distributions and statistical hypothesis. Correlation and regression. Hydrological processes. Modeling of flow series. Seasonal models. Derivation of synthetic series. The account of the collecting hoppers. Rippi diagram. Account of accumulation chambers using synthetic flow series. 
CE-532 Hydrololectrical Facilities (3-0)3
Principles, power and energy. Meeting the power and energy requirements of the networks. Classification of HEPPs, no-accumulation plants, accumulation facilities, pumped HEPPs. Arrangement, Full Wreck, Bottom Wreck and Side Wrecks. Precipitation pools. Dimensioning the shuttle channels. Design of free-surface and pressure-relief galleys. Loading chambers and balance chimneys. Pressure pipes and water impingement. Supports and fixing brackets. turbines.
CE 701-741 Profession (3-0)3
To make analysis about thesis, to search the literature, to explain the writing technique of thesis and to show it on the samples personally and to be noticed in the preparation of the thesis.