Civil Engineering
University — Year 1
Structural Analysis→Reinforced Concrete→Soil Mechanics→Beams and Loads→Stress and Strain→Hooke's Law→Elastic Modulus→Poisson's Ratio→Tension, Compression, and Shear→Force and Equilibrium→Moments and Torques→Equilibrium Equations→Free Body Diagrams→Reactions at Supports→Types of Beams→Shear Force Diagrams→Bending Moment Diagrams→Beam Bending Theory→Deflection of Beams→Concrete Properties→Steel Properties→Timber and Wood Properties→Material Testing Methods→Tension Test→Surveying Principles→Leveling Techniques→Distance Measurement→Angle Measurement in Surveying→Coordinate Systems→Construction Materials Overview→Fluid Pressure→Hydrostatic Forces→Buoyancy Principle→Fluid Flow Classification→Flow Rate and Velocity→Bernoulli's Equation→Continuity Equation→Soil Composition→Soil Classification Systems→Density and Unit Weight of Soil→Soil Consolidation→Permeability of Soil→Shear Strength of Soil→Friction Angle→Engineering Drawing Basics→Orthographic Projection→Isometric and Perspective Views→Dimensioning Standards→Center of Gravity→Moment of Inertia→Rotational Equilibrium→
University — Year 2
Beam Analysis and Design→Truss Analysis→Frame Analysis→Moment Distribution Method→Slope-Deflection Method→Stiffness Method→Stress-Strain Relationships→Shear and Bending Moment Diagrams→Deflection Calculations→Torsion in Shafts→Fluid Pressure and Forces→Pipe Flow and Friction Loss→Open Channel Flow→Pumps and Turbines→Soil Mechanics Fundamentals→Soil Classification→Soil Compaction→Bearing Capacity→Slope Stability Analysis→Retaining Walls→Foundation Types and Design→Pile Foundation Design→Reinforced Concrete Design→Concrete Materials and Properties→Steel Design and Connections→Composite Structures→Bridge Design Basics→Road and Highway Design→Traffic Flow Analysis→Pavement Design→Water Treatment Processes→Wastewater Treatment→Air Pollution and Control→Environmental Impact Assessment→Project Management in Construction→Construction Scheduling→Cost Estimation and Control→Quality Control in Construction→Safety Management→Building Codes and Standards→Theory of Elasticity→Plasticity and Failure Criteria→Dynamic Loads and Vibrations→Earthquake Engineering Basics→Finite Element Method→
University — Year 3
Indeterminate Beam Analysis→Influence Lines for Beams and Frames→Three-Moment Theorem (Clapeyron)→Matrix Methods of Structural Analysis→Plastic Hinge Analysis and Collapse Theory→Euler Buckling Formula→Effective Length Factor (K Factor)→Design of Tension Members in Steel→Design of Compression Members in Steel→Design of Flexural Members in Steel→Mohr-Coulomb Failure Criterion→Shear Strength of Soils→Terzaghi Bearing Capacity Formula→Meyerhof Bearing Capacity Theory→Settlement Analysis and Calculation→One-Dimensional Consolidation Theory→Coefficient of Consolidation→Liquefaction Analysis and Prevention→Lateral Earth Pressure on Walls→Rankine's Theory of Earth Pressure→Coulomb's Theory of Earth Pressure→Design of Retaining Walls→Limit Equilibrium Method for Slopes→Factor of Safety in Slope Stability→Load Carrying Capacity of Piles→Raft (Mat) Foundation Design→Spread Foundation Design→Reinforced Concrete Beam Design→Flexural Reinforcement Design→Shear Reinforcement in Beams→Torsion in Reinforced Concrete→Prestressed Concrete Design Principles→Reinforced Concrete Column Design→Steel Connection Design→Welded and Bolted Connections→Composite Structural Sections→Seismic Design Principles and Codes→Wind Load Analysis and Design→Construction Project Management→Engineering Economics and Cost Analysis→