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Theory |
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18 February - 24 February |
Expected Learning Outcome |
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Surveying |
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Principles of surveying |
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Classification of surveying |
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Classification based upon the nature of the field of survey |
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Classification based on the Instruments |
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Chaining;Instruments used for chaining |
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Chaining - Instruments used for chaining - Chain |
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Types of chain - Metric chain |
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Types of chain - Gunter’s chain & Engineer’s chain |
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Types of chain - Revenue chain & Steel band |
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Chaining - Instruments used for chaining - Tapes |
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Types of Tapes - Cloth Tape & Metallic tape |
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Types of Tapes - Steel Tape & Invar tape |
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Chaining - Instruments used for chaining - Ranging rods |
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Chaining - Instruments used for chaining - Pegs & plumb bob |
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Ranging of survey line |
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Ranging - Code of Signals for Ranging |
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Methods of ranging - Direct Ranging |
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Indirect ranging |
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Chaining - Chaining on uneven or sloping ground |
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Lining and marking |
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Methods of sloping ground - Direct Method |
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Methods of sloping ground - Indirect Method |
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Calculation of the horizontal distance of sloping ground |
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Chain surveying |
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Chain surveying - Instruments used for setting out right angles |
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Instruments used for setting out right angles - Open cross staff |
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Instruments used for setting out right angles - French cross staff |
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Instruments used for setting out right angles - Setting out right angle |
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Chain surveying - Conditions to be fulfilled by survey stations/survey lines |
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Chain surveying - Off-sets |
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Chain surveying - Off-sets - Surveying steps |
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Basic Problems in chaining - To erect a perpendicular to a chain line |
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Basic problems in chaining - To drop a perpendicular to chain line |
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Basic Problems in chaining - To run a parallel to chain |
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Chain surveying - Obstacle to chaining and ranging |
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Obstacle to chaining and ranging - Obstacle to ranging but not chaining |
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Obstacle to chaining and ranging - Obstacle to chaining but not ranging |
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Obstacle to chaining but not ranging 2 |
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Obstacle to chaining and ranging - Obstacle to both chaining and ranging |
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Compass surveying - Introduction |
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Compass surveying - Introduction - Traverse survey |
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Introduction - Bearing and angles |
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Compass surveying - Systems of angular measurement |
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Systems of angular measurement - Meridian |
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Meridian - True meridian |
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Meridian - Magnetic meridian |
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Meridian - Arbitrary meridian |
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Compass surveying - Whole circle bearing system and Reduced bearing system |
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The whole circle bearing system |
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The reduced bearing system |
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conversion of whole circle bearing system - Table1 |
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conversion of reduced bearing system - Table2 |
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Compass surveying - Fore bearing and Back bearing |
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Compass surveying - Calculation of angle from bearings |
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Compass surveying - Calculation of bearings from the angles |
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Compass surveying - Theory of magnetic compass |
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Compass surveying - The prismatic compass |
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Compass surveying - Adjustment of prismatic compass |
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Compass surveying - Problem-1 |
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Compass surveying - Problem-2 |
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Levelling - Definition |
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Levelling - Methods of levelling |
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Levelling - Levelling instruments: |
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Levelling - Terms and abbreviations |
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Levelling - Types of spirit levelling |
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Find out the elevation of points using different methods |
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Find out the elevation of points using different methods - Booking and Reducing Levels |
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Booking and Reducing Levels - Height of Instrument method |
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Booking and Reducing Levels - Rise and Fall method |
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Rise and Fall method - Problems |
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Levelling Staff - Classification |
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Levelling Staff - Self reading staff |
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Self reading staff - Folding staff |
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Self reading staff -Telescopic staff |
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Levelling Staff - Folding level staff in metric units |
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Adjustment of a level |
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Adjustment of a level - Elimination of parallax |
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Plane table surveying - Definition |
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Plane table surveying - Instruments |
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Plane table surveying - Instruments - I |
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Plane table surveying - Instruments - II |
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Plane table surveying - Working operations |
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Orientation - Methods |
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Plane table surveying - Methods of plane tabling |
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Methods of plane tabling - Radiation |
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Methods of plane tabling - Intersection |
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Contour surveying - Definition |
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Contour surveying - Contour interval |
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Contour surveying - Characteristics of contour |
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Contour surveying - Methods of locating contours |
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Methods of locating contours - Direct method |
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Methods of locating contours - Indirect method |
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Contour surveying - Interpolation of contour |
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Contour surveying - Uses of contour |
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25 February - 3 March |
Expected Learning Outcome |
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Fish Farm-Definition |
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Fish Farm - Objectives |
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Fish Farm - Types |
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Fish Farm - Types |
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Selection of site for Aquafarm - Site selection criteria |
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Selection of site for Aquafarm - Site selection |
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Selection of site for Aquafarm - Reconnaissance survey |
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Selection of site for Aquafarm - Accessibility |
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Selection of site for Aquafarm - Physical features |
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Selection of site for Aquafarm - Soil characteristics |
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Selection of site for Aquafarm - Water Source |
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Detailed survey |
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Detailed survey - Main factors |
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Detailed survey - Main factors - Topography |
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Detailed survey - Main factors - Soil Characteristics |
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Detailed survey - Main factors - Water Properties |
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Detailed survey - Other factors - Environmental condition |
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Detailed survey - Other factors - Socio-Economic condition |
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Detailed survey - Other factors - Pollution |
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Detailed survey - Other factors - Availablematerial |
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Detailed survey - Other factors - Technical guidance |
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Ponds - Definition |
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Ponds - Classification based on construction |
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Ponds - Classification based on source of water - sunken ponds |
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Ponds - Classification based on source of water - Barrage ponds |
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Ponds - Classification based on source of water - Diversion ponds |
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Ponds - Classification based on source of water - Rosary system |
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Ponds - Classification based on source of water - Parallel system |
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4 March - 10 March |
Expected Learning Outcome |
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Soil and its properties - Definition |
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Soil and its properties - Classification |
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Soil and its properties - Particle size classification |
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Soil and its properties - Textural classification |
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Soil and its properties - Highway research board classification |
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Soil and its properties - Unified soil classification |
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Soil and its properties - Classification - Gravels and Sands |
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Soil Sampling - Definition |
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Soil sampling - types |
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Soil sampling - types - Disturbed sample |
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Soil sampling - types - Undisturbed sample |
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Soil sampling - Three phase system of soil |
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Soil properties - Definitions |
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Soil properties - Permeability of soil |
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Soil properties - Necessity of studying permeability |
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11 March - 17 March |
Expected Learning Outcome |
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Lay out planning of aquafarm - Classification |
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Lay out planning of aquafarm - classification - Lay out planning |
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Lay out planning of aquafarm - classification - Man power planning |
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Lay out planning of aquafarm - classification - Materials planning |
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Layout planning of fish ponds - Classification based on culture |
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Lay out planning of aquafarm - Classification - Nursing ponds |
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Lay out planning of aquafarm - Classification - Rearing ponds |
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Lay out planning of aquafarm - Classification - Stocking ponds |
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Lay out planning of aquafarm - Important points |
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Lay out planning of aquafarm - Different types of allocations |
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Lay out planning of aquafarm - Square and rectangular ponds |
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Lay out planning of aquafarm - Large and small ponds |
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Design of ponds - Pond Geometry |
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Design of ponds - Depth of pond |
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Design of ponds - Top Width |
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Design of ponds - Side slope |
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Design of ponds - Bottom slope of pond |
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Dykes - Definition |
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Dykes - Height of the dyke |
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Dykes - Depth of water |
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Dykes - Free board |
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Dykes - Wave allowance |
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Dykes - Settlement allowance |
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Dykes - Frost action |
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Dykes - Problem |
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18 March - 24 March |
Expected Learning Outcome |
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Construction of ponds - Introduction |
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Construction of ponds - Survey of site |
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Construction of ponds - Land clearing |
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Construction of ponds - Land Marking |
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Construction of ponds - Excavation of soil |
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Construction of ponds - Construction of drainage systems |
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Construction of ponds - Construction of dykes |
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Construction of ponds - Construction of dykes-Water inlet structures |
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Construction of ponds - Lining of ponds and dyke |
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Maintenance of ponds - Pond drainage system |
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Maintenance of ponds - Seepage and its control |
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Seepage and its control - Clay puddling |
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Seepage and its control - Brick lining |
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Seepage and its control - Plastic lining |
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Maintenance of ponds - Evaporation |
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Maintenance of ponds - Erosion of soil in dykes and its control |
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Maintenance of ponds - Problem |
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25 March - 31 March |
Expected Learning Outcome |
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Calculation of area - The area of the trapezium |
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Calculation of area - The area of the triangle |
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Calculation of area - The area of a square |
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Calculation of area - The area of a circle |
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Calculation of area - Problem 1 |
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Calculation of area - Problem 2 |
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Calculation of area - Problem 3 |
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Calculation of area - Problem 4 |
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Irregular Rectilinear Figures - Problem 1 |
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Irregular Rectilinear Figures - Problem 2 |
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Irregular Rectilinear Figures - Problem 3 |
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Irregular Rectilinear Figures - Problem 4 |
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Irregular Rectilinear Figures - Problem 5 |
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Calculation of area of irregular plane surfaces - Trapezoidal rule |
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Calculation of area of irregular plane surfaces - Simpson’s I |
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Calculation of area of irregular plane surfaces - Simpson’s II |
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Calculation of area of irregular plane surfaces - Problem 1 |
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Calculation of area of irregular plane surfaces - Problem 2 |
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Calculation of area of irregular plane surfaces - Problem 3 |
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Calculation of area of irregular plane surfaces - Problem 4 |
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Calculation of volume - Calculation of volume of regular surfaces |
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Calculation of volume - Volume of a triangular prism |
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Calculation of volume - Volume of a cube |
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Calculation of volume - Volume of a cylinder |
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Calculation of volume - Problem 1 |
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Calculation of volume - Problem 2 |
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Calculation of volume - Problem 3 |
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Calculation of volume - Calculation of volume of irregular surfaces |
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Calculation of volume of irregular surfaces - Simpson’s I |
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Calculation of volume of irregular surfaces - Simpson’s II |
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Calculation of volume of earth work as applied to stacks and heaps - Problem 1 |
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Calculation of volume of regular shape as applied to volume of pond |
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Calculation of volume of regular shape as applied to volume of pond - Problem 1 |
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Calculation of volume of regular shape as applied to volume of pond - Problem 2 |
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Calculation of volume of regular shape as applied to volume of pond - Problem 3 |
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1 April - 7 April |
Expected Learning Outcome |
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Methods used to calculate volume of earthwork - Excavation and Embankment |
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Longitudinal slope and cross slope |
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Methods of computing the volume of earth work - Mid sectional area method |
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Methods of computing the volume of earth work - Mean sectional area method |
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Methods of computing the volume of earth work - Trapezoidal formula method |
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Methods of computing the volume of earth work - Prismoidal formula method |
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Calculation of volume of earth work as applied to roads and channels - Problem 1 |
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Calculation of volume of earth work as applied to roads and channels - Problem 2 |
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Calculation of volume of earth work as applied to roads and channels - Problem 3 |
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8 April - 14 April |
Expected Learning Outcome |
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Brackish water fish farms - Definition |
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Brackish water fish farms - Classification of ponds |
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Classification of ponds - Tide fed farms |
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Classification of ponds - Pump fed farms |
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Classification of ponds - Tide-cum pump fed farms |
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Site selection for Brackish water fish farms |
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Site selection for Brackish water fish farms - Topography and Tidal amplitude |
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Site selection for Brackish water fish farms - Availability of active tidal creek resources |
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Site selection for Brackish water fish farms - Existence and density of mangrove vegetation |
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Site selection for Brackish water fish farms - High flood levels |
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Site selection for Brackish water fish farms - Range of tidal variations |
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Site selection for Brackish water fish farms - Type of soil and its quality |
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Site selection for Brackish water fish farms - Water sources |
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Water sources - Freshwater Resources |
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Water sources - Brackishwater Resources |
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Marine water fish farms - Definition |
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Marine water fish farms - Site selection |
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Marine water fish farms - Pond dyke |
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Pond dyke - Main or peripheral dike |
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Pond dyke - Partition dyke or secondary dyke |
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Marine water fish farms - Problem 1 |
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Marine water fish farms - Problem 2 |
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Marine water fish farms - Creeks and estuarine |
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Creeks and estuarine - Types of estuaries |
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Marine water fish farms - Marine water source utilization |
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15 April - 21 April |
Expected Learning Outcome |
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Fresh water prawn hatchery |
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Fresh water prawn hatchery - Site selection |
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Fresh water prawn hatchery - Infrastructural facilities |
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Infrastructural facilities - Brood stock ponds |
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Infrastructural facilities - Water supply system |
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Infrastructural facilities - Main hatchery complex |
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Infrastructural facilities - Brood stock unit |
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Infrastructural facilities - Berried female holding tanks |
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Infrastructural facilities - Hatching tanks |
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Infrastructural facilities - Larval rearing unit |
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Infrastructural facilities - Atermia hatching unit |
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Design of Hatcheries |
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Design of Hatcheries - Design of brood stock ponds |
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Design of Hatcheries - Brood stock raising units |
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Design of Hatcheries - Larval rearing unit |
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Design of Hatcheries - Atermia hatching tanks |
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Design of Hatcheries - Sheds |
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Water requirements and storage tanks - Brackish water |
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Water requirements and storage tanks - Sea Water |
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Water requirements and storage tanks - Fresh water |
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Water requirements and storage tanks - Over head tanks |
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Water requirements and storage tanks - Other facilities |
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22 April - 28 April |
Expected Learning Outcome |
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Race way system - Definition |
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Race way system - Advantages and disadvantages of this system |
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Race way system - Site selection and Layout plan of raceway culture |
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Race way system - Construction materials |
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Race way system - Water supply system |
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Types of raceway culture system - With treatment and without treatment |
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Types of raceway culture system - Parallel system |
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Types of raceway culture system - Series system |
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Types of raceway culture system - Combination of Series and parallel raceway units with water re-circulation |
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29 April - 5 May |
Expected Learning Outcome |
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Water supply systems - canals |
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Water control structures or Gates |
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Computation of discharge through sluices |
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Water supply systems - Types of canals |
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Canals - Formula to calculate the cross-sectional area |
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Water supply systems - Canals - Pipeline |
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Water supply systems - Canals - Types of pipe |
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Water supply systems - Canals - Water budget for pond |
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Design of Canals - Feeder channel |
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Design of Canals - Terminology |
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Design of Canals - Design of side slope and bottom slope of the channel |
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Design of Canals - Channel of most economical cross section |
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Design of Canals - Design of feeder channel |
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Design of Canals - Determination of non- erodible and erodible channel section dimensions |
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Design of Canals - Determination of erodible channel section dimensions |
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Water control structures or Gates - Definition |
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Water control structures or Gates - Main gate |
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Water control structures or Gates - Main gate 2 |
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Water control structures or Gates - Secondary gates |
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Water control structures or Gates - Pond inlet gates |
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Water control structures or Gates - Pond inlet gates 2 |
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Water control structures or Gates - Open type pond inlet structure |
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Water control structures or Gates - Computation of discharge through sluices |
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Computation of discharge through sluices - Under free flow condition |
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Computation of discharge through sluices - Under free flow condition |
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Computation of discharge through sluices - Under free flow condition - Cd values |
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Computation of discharge through sluices - Submerged flow condition |
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Computation of discharge through sluices - Under partially submerged flow condition |
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6 May - 12 May |
Expected Learning Outcome |
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Aerators - Definition |
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Aerators - Purpose of aeration |
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Aerators - Principle of aeration |
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Aerators - Types of aerators |
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Aerators - Types of aerators - Gravity aerators |
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Types of aerators - Gravity aerators - Perforated tray model |
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Types of aerators - Gravity aerators - Gravity driven paddle wheel model |
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Types of aerators - Gravity aerators - Plastic rings or wheel model |
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Types of aerators - Surface Aerators |
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Types of aerators - Surface Aerators - Nozzles |
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Types of aerators - Surface Aerators - Spray aerators |
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Types of aerators - Surface Aerators - Floating paddle wheel aerators |
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Types of aerators - Turbine Aerators |
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Types of aerators - Cascades or Falls |
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Aerators - Placement of the aerators |
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Pumps - Definition |
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Pumps - Purpose of pumping |
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Pumps - Choice of pump |
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Pumps - Classification of Pumps |
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Pumps - Points to be considered for design of pumping station |
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Pumps - Points to be considered for design of pumping station_2 |
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Pumps - Computation of Horse power requirement of the motor driving the pump |
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Pumps - Computation of water requirement |
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Pumps - Computation of water requirement - Problem 1 |
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Filtration - Definition |
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Filtration - Classification according to form of materials |
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Filtration - Classification - Mechanical Filters |
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Mechanical filters - Stationary screens |
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Mechanical filters - Rotary screens |
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Rotary screens - Axial flow rotary screens |
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Rotary screens - Radial flow rotary screens |
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Rotary screens - Chain type rotary screen |
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Rotary screens - Vibratory screens |
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Filtration - Classification - Sand Filters |
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Sand filters - Types |
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Filtration - Classification - Gravitational separation |
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Filtration - Classification - Biological filters |
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20 May - 26 May |
Experiment No 1 - Folding and unfolding of chain |
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Experiment No 2 - Line marking |
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Experiment No 3 - Ranging |
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Experiment No 4 - To erect a perpendicular to chain line |
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Experiment No 5 - To run a parallel to chain line through a given point |
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27 May - 2 June |
Experiment No 1 - Obstacle to chaining and ranging |
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Experiment No 2 - Obstacle to chaining but not ranging |
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Experiment No 3 - Obstacle to both chaining and ranging |
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3 June - 9 June |
Experiment No 1 - Determination of area of a plot |
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10 June - 16 June |
Experiment No 1 - Determination of distance between two points |
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17 June - 23 June |
Experiment No 1 - Determination of elevation of different points |
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24 June - 30 June |
Experiment No 1 - Determination of elevation between water source and pond site |
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1 July - 7 July |
Experiment No 1 - Plotting of the position of objects by radiation and intersection method |
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Experiment No 2 - Plotting of the position of objects by intersection method |
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8 July - 14 July |
Experiment No 1 - Drawing of contour lines by direct method |
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15 July - 21 July |
Experiment No 1 - Drawing of contour lines by indirect method |
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22 July - 28 July |
Experiment No 1 - Earth work calculation for dyke preparation |
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29 July - 4 August |
Experiment No 1 - Earth work calculation for channel making |
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5 August - 11 August |
Experiment No 1 - Distribution of grain size in coarse grained soil |
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12 August - 18 August |
Experiment No 1 - Lay out plan of Fish Farms |
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19 August - 25 August |
Experiment No 1 - Layout drawing for water supply Systems to the fish Ponds |
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26 August - 1 September |
Experiment No 1 - Design of dykes and calculation of time required for emptying the pond |
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2 September - 8 September |
Experiment No 1 - Computation of horse power requirement of the motor driving the pump |
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9 September - 15 September |
Experiment No 1 - Computation of water requirement for a Aquaculture pond |
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16 September - 22 September |
Experiment No 1 - Lay out plan of hatcheries |
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Experiment No 1 - Lay out plan of hatcheries |
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23 September - 29 September |
References: |
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