Integrated Study Plan
SOM & CPM
- Day 1: 1. Properties Of Material & 1. Introduction
- Day 2: 1. Properties Of Material & 2. Fundamentals of AOA Network
- Day 3: 2. Hooke's Law & 3.Critical Path Method
- Day 4: 2. Hookes's Law & 3. Critical Path Method
- Day 5: 2. Hooke's Law & 4. PERT
- Day 6: 3. Shear Force And Bending Moment & 4.PERT
- Day 7: 3. Shear Force And Bending Moment & 5. Crashing
SOM & CPM
- Day 1: 3. Shear Force And Bending Moment & 5. Crashing
- Day 2: 3. Shear Force And Bending Moment & 6.Activity Over Node
- Day 3: 4. Bending Stress & 7. Resource Updating And Allocation
- Day 4: 4. Bending Stress & 8. Engineering Economy
- Day 5: 4. Bending Stress & 8. Engineering Economy
- Day 6: 5.Shear Stress & 9. Construction Equipments
- Day 7: 5.Shear Stress & 9. Construction Equipments
SOM & HYDROLOGY
- Day 1: 6. Torsion & 1. Introduction
- Day 2: 6. Torsion & 2. Precipitation & Its measurement
- Day 3: 7. Transformation Of Stess & Strain & 2. Precipitation & Its measurement
- Day 4: 7. Transformation Of Stess & Strain & 2. Precipitation & Its measurement
- Day 5: 7. Transformation Of Stess & Strain & 3. Abstractions from precipitation
- Day 6: 8. Theories Of Failure & 3. Abstractions from precipitation
- Day 7: 9. Combined Stress & 4. Stream flow measurement
SOM & HYDROLOGY
- Day 1: 10 Thick & Thin Shells & 4. Stream flow measurement
- Day 2: 11. Column & 5. Runoff
- Day 3: 12. Spring & 6. Hydrograph
- Day 4: 13. Deflection & 6. Hydrograph
- Day 5: 13. Deflection & 6. Hydrograph
- Day 6: 13. Deflection & 7. Flood, 8. Flood Estimation & Routing
- Day 7: 13. Deflection & 9. Ground water hydrology
SA & TRANSPORTATION
- Day 1: 1. Determinacy and Indeterminacy & 1. Highway Development and planning 2. Geometric Design of highways
- Day 2: 1. Determinacy and Indeterminacy & 2. Geometric Design of highways
- Day 3: 1. Determinacy and Indeterminacy & 2. Geometric Design of highways
- Day 4: 1. Determinacy and Indeterminacy & 2. Geometric Design of highways
- Day 5: 2. Slope Deflection Method & 3. Traffic Engineering
- Day 6: 2. Slope Deflection Method & 3. Traffic Engineering
- Day 7: 2. Slope Deflection Method & 3. Traffic Engineering
SA & TRANSPORTATION
- Day 1: 3. Moment Distribution Method & 3. Traffic Engineering
- Day 2: 3. Moment Distribution Method & 3. Traffic Engineering
- Day 3: 3. Moment Distribution Method & 4. Pavement Design
- Day 4: 4. Truss Analysis & 4. Pavement Design
- Day 5: 4. Truss Analysis & 4. Pavement Design
- Day 6: 4. Truss Analysis & 4. Pavement Design
- Day 7: 5. Influence Line & 5. Highway Materials
SA & TRANSPORTATION
- Day 1: 5. Influence Line & 5. Highway Materials
- Day 2: 6. Matrix Methods & 5. Highway Materials
- Day 3: 6. Matrix Methods & 6. Geometric Design of railways
- Day 4: 7. Force Methods & 7. Miscellaneous concepts of railway
- Day 5: 7. Force Methods& 7. Miscellaneous concepts of railway
- Day 6: 8. Cable & Arches & 8. Airport Engineering
- Day 7: 8. Cable & Arches & 8. Airport Engineering
ICT
- Day 1: 1. Evolution of communication
- Day 2: 2. Tools
- Day 3: 2. Tools
- Day 4: 2. Tools
- Day 5: 2. Tools
- Day 6: 2. Tools
- Day 7: 3. Networking
SOIL & OCF
- Day 1: 1. Origin of soil and soil water relationship & 1. Introduction (OCF)
- Day 2: 1. Origin of soil and soil water relationship & 1. Introduction(OCF)
- Day 3: 1. Origin of soil and soil water relationship & 2. Uniform flow
- Day 4: 2. Classification of soil & 2. Uniform flow
- Day 5: 3. Clay Mineral and Soil structure & 3. Energy depth relationship
- Day 6: 4. Soil Compaction & 3. Energy depth relationship
- Day 7: 5. Effective stress, Capillarity and permeability & 4. Gradually varied flow
ICT & BASICS OF ENVIRONMENT
- Day 1: 3. Networking
- Day 2: 4.E-Governance
- Day 3: 4.E-Governance
- Day 4: 1.Basics of Environment
- Day 5: 1.Basics of Environment
- Day 6: 1.Basics of Environment
- Day 7: 2. Pollution and Degradation
SOIL & OCF
- Day 1: 5. Effective stress, Capillarity and permeability & 4. Gradually varied flow
- Day 2: 5. Effective stress, Capillarity and permeability & 4. Gradually varied flow
- Day 3: 6. Seepage through soil & 5. Rapidly varied steady flow
- Day 4: 7. Vertical stresses & 5. Rapidly varied steady flow
- Day 5: 8. Compressibility and Consolidation & 5. Rapidly varied steady flow
- Day 6: 8. Compressibility and Consolidation & 6. Rapidly varied unsteady flow
- Day 7: 8. Compressibility and Consolidation & 6. Rapidly varied unsteady flow
BASICS OF ENVIRONMENT
- Day 1: 2. Pollution and Degradation
- Day 2: 2. Pollution and Degradation
- Day 3: 2. Pollution and Degradation
- Day 4: 2. Pollution and Degradation
- Day 5: 2. Pollution and Degradation
- Day 6: 2. Pollution and Degradation
- Day 7: 3.Climate Change
SOIL & ENVIRONMENT
- Day 1: 9. Shear strength of soil & 1. Water demand, source and conveyance
- Day 2: 9. Shear strength of soil & 1. Water demand, source and conveyance
- Day 3: 9. Shear strength of soil & 2. Water quality parameters
- Day 4: 10. Stability of slopes & 2. Water quality parameters
- Day 5: 11. Earth pressure and retaining walls & 3. Treatment of water
- Day 6: 11. Earth pressure and retaining walls & 3. Treatment of water
- Day 7: 12. Shallow foundation and Bearing Capacity & 3. Treatment of water
DESIGN AND DRAWING
- Day 1: 1. Introduction
- Day 2: 2. Orthographic Projections
- Day 3: 3. Projection of Points
- Day 4: 4. Projection of Lines
- Day 5: 4. Projection of Lines
- Day 6: 5. Projections of Planes
- Day 7: 6. Projections of Solids
SOIL & ENVIRONMENT
- Day 1: 12. Shallow foundation and Bearing Capacity & 4. Distribution system
- Day 2: 12. Shallow foundation and Bearing Capacity & 4. Distribution system
- Day 3: 13. Deep Foundation & 5. Waste water characteristics
- Day 4: 13. Deep Foundation & 6. Biochemical reactions in treatment of waste water
- Day 5: 13. Deep Foundation & 7. Disposal of sewage effluent
- Day 6: 14. Soil Exploration & 7. Disposal of sewage effluent
- Day 7: 15. Expansive Soils & 8. Design of sewerage system
DESIGN AND DRAWING
- Day 1: 7. Sections, Development & Intersection of Solids
- Day 2: 8. General Design Principles
- Day 3: 8. General Design Principles
- Day 4: 8. General Design Principles
- Day 5: 9. Importance of safety
- Day 6: 9. Importance of safety
- Day 7: 9. Importance of safety
ENVIRONMENT
- Day 1: 9. Waste water treatment
- Day 2: 9. Waste water treatment
- Day 3: 9. Waste water treatment
- Day 4: 10. Solid waste management
- Day 5: 11. Air pollution
- Day 6: 11. Air pollution
- Day 7: 12. Noise pollution
QUALITY
- Day 1: 1. Journey towards excellence
- Day 2: 1. Journey towards excellence 2. Mathematical Tools
- Day 3: 3. Quality Control tools
- Day 4: 3. Quality Control tools
- Day 5: 4. Acceptance Sampling
- Day 6: 5. Inventory and line balancing
- Day 7: 5. Inventory and line balancing
RCC & SURVEYING
- Day 1: 1. Introduction & 1. Fundamentals of surveying
- Day 2: 2. Limit state of collapse-flexure & 2. Linear measurement
- Day 3: 2. Limit state of collapse-flexure & 2. Linear measurement
- Day 4: 2. Limit state of collapse-flexure & 3. Compass surveying
- Day 5: 3. Limit state of collapse-shear & 3. Compass surveying
- Day 6: 3. Limit state of collapse-shear & 4. Traversing
- Day 7: 3. Limit state of collapse-shear & 5. Traversing
QUALITY & PROJECT MANAGEMENT
- Day 1: 6. Six Sigma
- Day 2: 7. Reliability and maintainability 8. Quality in construction
- Day 3: 1. Fundamentals of Project Management
- Day 4: 1. Fundamentals of Project Management
- Day 5: 1. Fundamentals of Project Management 2. Process Group and Knowledge Area
- Day 6: 3. Project Initiation
- Day 7: 3. Project Initiation
RCC & SURVEYING
- Day 1: 3. Limit state of collapse-shear & 5. Levelling
- Day 2: 4. Torsion & 5. Levelling
- Day 3: 4. Torsion & 5. Levelling
- Day 4: 4. Torsion & 6. Tacheometry
- Day 5: 5. Bond & Anchorage & 7. Trigonometric levelling
- Day 6: 6. Design of beams and slabs & 8. Photogrammetry
- Day 7: 6. Design of beams and slabs & 8. Photogrammetry
PROJECT MANAGEMENT
- Day 1: 4. Project Planning
- Day 2: 4. Project Planning
- Day 3: 5. Risk Management
- Day 4: 5. Risk Management
- Day 5: 6. Project Execution
- Day 6: 7. Project Monitoring and control
- Day 7: 8. Project Closing
RCC & SURVEYING
- Day 1: 6. Design of beams and slabs & 8. Photogrammetry
- Day 2: 7. Columns & 9. Contouring
- Day 3: 7. Columns & 10. Measurement of area and volume
- Day 4: 7. Columns & 11. Theory of errors
- Day 5: 8. Footings & 12. Plane table surveying
- Day 6: 8. Footings & 13. Curves
- Day 7: 9. Prestressed concrete & 13. Curves
MATERIAL SCIENCE
- Day 1: 1. Introduction
- Day 2: 2. Chemical bonding
- Day 3: 3. Crystallography
- Day 4: 3. Crystallography
- Day 5: 4. Electronic materials
- Day 6: 4. Electronic materials
- Day 7: 5. Magnetic properties of material
RCC & BMC
- Day 1: 9. Prestressed concrete & 1. Cement
- Day 2: 9. Prestressed concrete & 1. Cement
- Day 3: 9. Prestressed concrete & 1. Cement
- Day 4: 10. Miscellaneous & 2. Lime
- Day 5: 10. Miscellaneous & 3. Mortar
- Day 6: 10. Miscellaneous & 4. Aggregate
- Day 7: 10. Miscellaneous & 5. Admixture
MATERIAL SCIENCE
- Day 1: 5. Magnetic properties of material
- Day 2: 6. Ceramics
- Day 3: 7. Polymers
- Day 4: 8. Composites
- Day 5: 9. Mechanical Properties of Material
- Day 6: 10. Ferrous Metals
- Day 7: 11. Non ferrous metals and alloys & 12. Smart materials
FM & BMC
- Day 1: 1. Properties of Fluid & 6. Concrete
- Day 2: 1. Properties of Fluid & 6. Concrete
- Day 3: 1. Properties of Fluid & 6. Concrete
- Day 4: 2. Fluid Pressure And Measurement& 7. Bricks
- Day 5: 3. Hydrostatic Forces & 7. Bricks
- Day 6: 4.buoyancy and Floatation & 8. Timber
- Day 7: 4.buoyancy and Floatation & 8. Timber
MATHS
- Day 1: 1. Calculus
- Day 2: 1. Calculus
- Day 3: 1. Calculus
- Day 4: 2. Vector Calculus
- Day 5: 2. Vector Calculus
- Day 6: 2. Vector Calculus
- Day 7: 3.Matrix Algebra
FM & IRRIGATION
- Day 1: 6. Fluid Kinematics & 1. Methods of irrigation
- Day 2: 6.Fluid Kinematics & 2. Soil Moisture and Plant relationship
- Day 3: 6.Fluid Kinematics & 2. Soil Moisture and Plant relationship
- Day 4: 7.Fluid Dynamics And Flow Measurement & 3. Water Requirement of crops
- Day 5: 7.Fluid Dynamics And Flow Measurement & 3. Water Requirement of crops
- Day 6: 7.Fluid Dynamics And Flow Measurement & 4. Water Logging and Reclamation of saline soils
- Day 7: 8.Dimensional Analysis & 5. Design of lined and unlined canals
MATHS
- Day 1: 3.Matrix Algebra
- Day 2: 3.Matrix Algebra
- Day 3: 4. Probability
- Day 4: 4. Probability
- Day 5: 4. Probability
- Day 6: 5. Ordinary Differential Equations
- Day 7: 5. Ordinary Differential Equations
FM & IRRIGATION
- Day 1: 9.Pipe Flow & 5. Design of lined and unlined canals
- Day 2: 9.Pipe Flow & 6. Canal Regulation work
- Day 3: 10.Laminar flow & 6. Canal Regulation work
- Day 4: 10.Laminar flow & 7. Canal Headworks & Seepage theory
- Day 5: 11.Turbulent Flow & 7. Canal Headworks & Seepage theory
- Day 6: 12.Boundary Layer Flow & 8. River Engineering
- Day 7: 13.Drag and Lift & 9. Cross Drainage works 10. Dams & Reservoirs
MATHS
- Day 1: 5. Ordinary Differential Equations
- Day 2: 6. Partial Differential Equations
- Day 3: 7. Laplace Transformations
- Day 4: 7. Laplace Transformations
- Day 5: 8. Numerical Methods
- Day 6: 8. Numerical Methods
- Day 7: 9. Fourier Series
STEEL, IRRIGATION & HM
- Day 1: 1. Introduction & 10. Dams & Reservoirs
- Day 2: 2. Connection & 10. Dams & Reservoirs
- Day 3: 2. Connection & 10. Dams & Reservoirs
- Day 4: 2. Connection & 11. Spillways
- Day 5: 2. Connection & 1. Hydroelectric Plant
- Day 6: 2. Connection & 2.Dynamic Action of fluid
- Day 7: 3. Tension member & 2. Dynamic Action of fluid
MATHS & APTITUDE
- Day 1: 10. Complex Functions
- Day 2: 10. Complex Functions
- Day 3: 10. Complex Functions
- Day 4: 1. Arithmetic
- Day 5: 1. Arithmetic
- Day 6: 2. Algebra & Geometry
- Day 7: 3. Reasoning & Data Interpretation
STEEL & HM
- Day 1: 3. Tension member & 2. Dynamic Action of fluid
- Day 2: 3. Tension member & 3. Turbines
- Day 3: 4. Compression member & 3. Turbines
- Day 4: 4. Compression member & 3. Turbines
- Day 5: 4. Compression member & 3. Turbines
- Day 6: 4. Compression member & 3. Turbines
- Day 7: 4. Compression member & 3. Turbines
ETHICS
- Day 1: 1. Introduction
- Day 2: 2. Professional Ethics
- Day 3: 2. Professional Ethics
- Day 4: 3. Organization behaviour and management
- Day 5: 3. Organization behaviour and management
- Day 6: 4. Principles of Ethics
- Day 7: 4. Principles of Ethics
STEEL & HM
- Day 1: 5. Beam & 4.Pumps
- Day 2: 5. Beam & 4.Pumps
- Day 3: 6. Plastic analysis & 4.Pumps
- Day 4: 6. Plastic analysis & 4.Pumps
- Day 5: 6. Plastic analysis & 4.Pumps
- Day 6: 7. Miscl. Topics & 4.Pumps
- Day 7: 7. Miscl. Topics & 4.Pumps
CURRENT AFFAIRS
- Day 1: 5. Human values Psychology
- Day 2: 5. Human values Psychology
- Day 3: 6. Moral thinkers
- Day 4: 7. Ethics in Governance
- Day 5: 7. Ethics in Governance
- Day 6: 8. Ethical issues
- Day 7: 8. Ethical issues
REVISION & PRACTISE
REVISION & PRACTISE
REVISION
REVISION
Note: Here is a downloadable sheet of Integrated Study Plan. Download Here