subjectId	Discipline Name	Subject Name	Coordinators	Type	Institute	Content
126104001	Agriculture	NOC:Basic Crop Production Practices (BCPP)	Dr. Sharwan Kumar Shukla	Video	IIT Kanpur	Select Black gram crop production Pigeon pea crop production Pearl millet crop production Paddy crop production Importance of vegetable and classification Importance of crops and classification Irrigation and irrigation needs Source of Irrigation Green gram crop production Maize crop production Sorghum crop production Crop rotation principle Introduction Cowpea crop production Groundnut crop production Sesame crop production Soybean crop production Sunflower crop production Mango crop production Guava crop production Banana crop production Papaya crop production Tomato crop production Brinjal crop production Chili crop production Okra crop production
126104002	Agriculture	NOC:GIS in Ag-Essentials and Applications (GIS)	Dr. R. Nagarajan	Video	IIT Kanpur	Select Introduction Our Agriculture Practices and Lessons Climate and Scale of Change Course Corrections Modified Agriculture - Precision Agriculture Modififed Agriculture Practice - Climate Smart Agriculture Maps and Information in Practice Geographical Information System (GIS) Types of input Analysis - Map overlay Buffering & Perspective View GIS Type & Available GIS Softwares Village Cadastral Map and Property Card Cadastral Maps and Contents Creation of Cadastral Information Base Land Information System Creation of Village Boundary Based Basin Analysis Village Information System Needs and Weather Forecast Cloud Types & Rain Bearing Clouds Weather Satellites and Cloud Pattern Reading Rainfall and Supplementary Irrigation Synergistic Use Surface Rainfall - Run off Assessment & Model Soil and Water Assessment Tools (SWAT) Model Groundwater Availability Groundwater Potential Mapping Water Storage & Water Availability and Release Growth of Crop Area in Command Area and Impact Climate Change Impact of Climate on Agriculture Crop Water Requirement & Distribution Loss Village Agriculture & Other Water Demand and Supply Source Water Security Assessment Land Degradation: Soil Salinity Water Logging Water Balance Under Different Rainfall Drought and Characteristics Drought Vulnerability and Risk Assessment Monitoring and Warning Drought Monitoring: a global perspective Drought Risk and Vulnerability Assessment: a global perspective GIS in Sustainable Agriculture Assessment of Existing Water Storage Structures & Rehabilitation Sustainable Development and Agriculture: a confluence of pressures Climate Change and Drought: a global perspective GIS and Drought Management: a global perspective
126104003	Agriculture	NOC:Integrated Pest Management (IPM)	Prof. Prabhuraj A(Instructor Incharge)	Video	IIT Kanpur	Select Introduction Insect, abundance and diversity Insect classification based on economic importance Pest, causes for outbreaks and categories Pest, causes for outbreaks and categories, contd... Pest surveillance and methods of sampling Principles of Pest Management and History IPM, Definition and Concepts Ecological Methods of Pest Management - Legal & Cultural Ecological Methods of Pest Management - Cultural (Contd.) Ecological Methods of Pest Management - Cultural (Contd..) Ecological Methods of Pest Management - Physical Ecological Methods of Pest Management - Mechanical Host Plant Resistance Host Plant Resistance (Cont.) Biological Control- Predators Biological Control - Parasitoids Biological Control - Microbes: Fungi, Bacteria and Viruses Biological Control - Microbes: Entomopathogenic Nematodes Pest management by modifying insect behaviour Use of sex pheromones in pest management Use of attractants and repellants in pest management Pest management through radiation technology - Principles Sterile Insect Technique - case studies Pest management through botanicals Pest management through botanicals (contd) Chemical Control - History and classification Mode of Action of different insecticide groups Chemical Control - Considerations for Chemicals Integration Insecticide Resistance and Management Insecticide as component of IPM Biotechnological Approaches in IPM Agro-ecosystem Analysis IPM in Paddy IPM in Paddy (Contd.) IPM in Pigeon pea IPM in Pigeon pea (Contd.) IPM in Groundnut IPM in Mustard & Soyabean IPM in Cotton IPM in Cotton (Contd.) IPM in Sugarcane IPM in Sugarcane (Contd.) IPM in Tomato IPM in Cabbage IPM in Mango IPM in Grapes
126104004	Agriculture	NOC:Nutrition, Therapeutics and Health (NM)	Dr. V. Vijaya Lakshmi (Instructor Incharge)	Video	IIT Kanpur	Select Introduction Relationship between Food, Nutrition and Health 1 Relationship between Food, Nutrition and Health 2 Digestion, absorption and utilization of Nutrients 1 Digestion, absorption and utilization of Nutrients 2 Recommended dietary allowances Carbohydrate Fiber Protein Protein - health significance Fat Energy 1 Energy 2 Energy 3 Fat Soluble Vitamins 1 Fat Soluble Vitamins 2 Fat Soluble Vitamins 3 Water Soluble Vitamins 1 Water Soluble Vitamins 2 Water soluble Vitamins 3 Water soluble Vitamins 4 Major minerals 1 Major minerals 2 Trace minerals 1 Trace minerals 2 Water Nutritional Disorders Balanced diet and food groups Food guide for selecting adequate diet, practical aspects of food selection Meal planning Other aspects affecting food selection Food sanitation & hygiene Water Purification Therapeutic adaptation of normal diet Principles of therapeutic diet Diet during fevers Diet in lung disease Diet in GI disorders – constipation Diet during diarrhoea Diet in disorders of liver Diseases of gall bladder Diet in Diabetes Diseases of Heart & blood vessels Diet for myocardial infarction Diet in kidney disorders Diet in renal failure Diet in cancer Diet in metabolic disorders Diet in stress, burns & surgery
126104005	Agriculture	NOC:Weather Forecast in Agriculture and Agro-advisory (WF)	Dr.T.N.Balasubramanian (Rtd.), Instructor Incharge	Video	IIT Kanpur	Select Introduction Basic aspects of Atmosphere, Climate, Weather Basic aspects of Rainfall and their application in crop production Basic aspects of Temperature and their application in crop production Basic aspects of Relative humidity, Cloud cover and their application in crop production Basic aspects of wind, wind direction and their application in crop production Three weather codes and crop production Crop production risks and their management Weather sensitive crops, stages and farm operations Crop-weather interactions and definition Crop-Weather Interactions: Wheat, Rice and Maize Crop-Weather Interactions: Sorghum , Groundnut and Pigeon pea Crop-Weather Interactions: Cotton and Sugarcane Crop-Weather Interactions: Sugarbeet and Chickpea Crop-Weather Interactions: Sunflower and Mustard Genesis of weather forecast in India and Abroad Types of weather forecast and details Types of weather forecast and details-contd. Simple methods of verification of weather forecast with real event Traditional knowledges on weather forecast and their validity Weather thumb rules and their validity Development and component of agro advisory for weather forecast Development and component of agro advisory for weather forecast- contd. Model agro advisories for selected five days weather forecast Mass communication mode of agro advisories and their effectiveness Discussion on weather forecast and agro advisory from different website Role of climate manager on farm management decision based on weather forecast at village level and assignment Development of selected weather window for issuing agro advisory - case study from Tamil Nadu Model of agro advisory for 54 selected weather window of Tamil Nadu for rice Response farming- a type of farm planning being practiced in Australia considering seasonal climate forecast Case study in India on the adoption of weather based crop production - Crop management Case study in India on the adoption of weather based crop production - Pest and disease management Case study in India on the adoption of weather based animal production Cost benefit analysis for the case study done on crop management Cost benefit analysis for the case study done on animal management Summary
126104006	Agriculture	NOC:ICT Basics	Prof. T.V. Prabhakar	Video	IIT Kanpur	Select Introduction Highlights Week 0 and 1 What is ICT? Architecture of a Computer Architecture of a Phone What is the Internet? What is WWW? Highlights Week 2 Phones, Smart Phones, Phablets, Tablets Introduction to Android Network Architectures - Part-1 (Introduction to Computer Networks) Network Architectures - Part-2 (Overview of Network Architecture) Network Architectures - Part-3 (Architecture of Internet) Mobile Wireless Communications - Introduction (Module-1) Mobile Wireless Communication (Module-2) Highlights Week 3 Adaptive and Responsive Websites Data management Knowledge Representation Knowledge Representation Techniques Expert Systems Highlights Week - 4 Speech Recognition Speech Synthesis Identity Management - Part 1 Identity Management - Part 2 Location Recognition - Part 1 Location Recognition - Part 2 Parameter Sensing Highlights Week-5 Social Networking-Part-1 Social Networking-Part-2 Blogs Facebook Twitter 3G WCDMA (Module- 3) 4G Mobile Wireless WiMAX (Module-4) Advanced Wireless Technologies (Module-5) LTE, WLAN, Bluetooth and Future Highlights Week-6 Introduction to Cloud Computing Introduction to Cloud Services Cloud Service Providers GIS Application in Agriculture - Part-1 GIS Application in Agriculture - Part-2
126104007	Agriculture	NOC:MobiMOOC (Audio Course in Hindi)	Prof. J. R. Yadav	Web	IIT Kanpur	Select Lecture 01 Lecture 02 Lecture 03 Lecture 04 Lecture 05 Lecture 06 Lecture 07 Lecture 08 Lecture 09 Lecture 10 Lecture 11 Lecture 12 Lecture 13 Lecture 14 Lecture 15 Lecture 16 Lecture 17 Lecture 18 Lecture 19 Lecture 20 Lecture 21 Lecture 22 Lecture 23 Lecture 24 Lecture 25 Lecture 26 Lecture 27 Lecture 28 Lecture 29 Lecture 30 Lecture 31 Lecture 32 Lecture 33 Lecture 34 Lecture 35 Lecture 36 Lecture 37 Lecture 38 Lecture 39 Lecture 40 Lecture 41 Lecture 42 Lecture 43 Lecture 44 Lecture 45 Lecture 46 Lecture 47 Lecture 48 Lecture 49 Lecture 50 Lecture 51 Lecture 52 Lecture 53 Lecture 54 Lecture 55 Lecture 56 Lecture 57 Lecture 58 Lecture 59 Lecture 60 Lecture 61 Lecture 62 Lecture 63 Lecture 64 Lecture 65 Lecture 66 Lecture 67 Lecture 68 Lecture 69 Lecture 70 Lecture 71 Lecture 72 Lecture 73 Lecture 74 Lecture 75 Lecture 76 Lecture 77 Lecture 78 Lecture 79 Lecture 80 Lecture 81 Lecture 82 Lecture 83 Lecture 84 Lecture 85 Lecture 86 Lecture 87 Lecture 88 Lecture 89 Lecture 90 Lecture 91 Lecture 92 Lecture 93 Lecture 94 Lecture 95 Lecture 96 Lecture 97 Lecture 98 Lecture 99 Lecture 100 Lecture 101 Lecture 102 Lecture 103 Lecture 104 Lecture 105 Lecture 106 Lecture 107 Lecture 108 Lecture 109 Lecture 110 Lecture 111 Lecture 112 Lecture 113 Lecture 114 Lecture 115 Lecture 116 Lecture 117 Lecture 118 Lecture 119 Lecture 120 Lecture 121 Lecture 122 Lecture 123 Lecture 124 Lecture 125 Lecture 126 Lecture 127 Lecture 128 Lecture 129 Lecture 130 Lecture 131 Lecture 132 Lecture 133 Lecture 134 Lecture 135 Lecture 136 Lecture 137 Lecture 138 Lecture 139 Lecture 140 Lecture 141 Lecture 142 Lecture 143 Lecture 144 Lecture 145 Lecture 146 Lecture 147 Lecture 148 Lecture 149 Lecture 150 Lecture 151 Lecture 152 Lecture 153 Lecture 154 Lecture 155 Lecture 156 Lecture 157 Lecture 158 Lecture 159 Lecture 160 Lecture 161 Lecture 162 Lecture 163 Lecture 164 Lecture 165 Lecture 166 Lecture 167 Lecture 168 Lecture 169 Lecture 170 Lecture 171 Lecture 172 Lecture 173 Lecture 174 Lecture 175 Lecture 176 Lecture 177 Lecture 178 Lecture 179 Lecture 180 Lecture 181 Lecture 182 Lecture 183 Lecture 184 Lecture 185 Lecture 186 Lecture 187 Lecture 188 Lecture 189 Lecture 190 Lecture 191 Lecture 192 Lecture 193 Lecture 194 Lecture 195 Lecture 196 Lecture 197 Lecture 198 Lecture 199 Lecture 200 Lecture 201 Lecture 202 Lecture 203 Lecture 204 Lecture 205 Lecture 206 Lecture 207 Lecture 208 Lecture 209 Lecture 210 Lecture 211 Lecture 212 Lecture 213
126105008	Agriculture	NOC:Momentum transfer in process engineering	Prof. Tridib Kumar Goswami	Video	IIT Kharagpur	Select Lecture 46 : Generalized coefficient of Reynolds number Lecture 47: Flow through packed beds Lecture 48 : Ergun’s equation- derivation (Part-1) Lecture 49 : Ergun’s equation- derivation (Part-2) Lecture 50 : Solving problems on Ergun’s equation Lecture 57: Problem and solution Lecture 58: Problem and solution Lecture 59: Problem and solution Lecture 60: Problem and solution with comprehension of course Lecture 54: Problem of Fluidized bed condition – Part-1 Lecture 55: Problem of Fluidized bed condition – Part-2 Lecture 56: Problem and solution Lecture 52: Fluidization Lecture 53: Fluidized bed flow Lecture 51: Solving problems on Ergun’s equation Lecture 45 : Flow of Non Newtonian fluid through slit Lecture 44 : Problems and solution of Non Newtonian fluid - Part-2 Lecture 43 : Problems and solution of Non Newtonian fluid - Part-1 Lecture 42 : Average velocity for Non Newtonian fluid Lecture 41 : Velocity profile for Non Newtonian fluid Lecture 40 : Non Newtonian fluid flow- Part-2 Lecture 39 : Non Newtonian fluid flow- Part-1 Lecture 38 : Problem on Pneumatic conveying- Part-2 Lecture 37 : Problem on Pneumatic conveying- Part-1 Lecture 36 : Pneumatic conveying Lecture 35 : Variable fluid flow- problems and solutions (Contd.) Lecture 34 : Variable fluid flow- problems and solutions Lecture 33 : Variable fluid flow Lecture 32 : Sonic velocity - Mach number Lecture 31 : Sonic velocity Lecture 30 : Nozzle flow- problems and solutions Lecture 29 : Flow through nozzle- problems and solutions Lecture 28 : Flow through nozzle - II Lecture 27 : Flow through nozzle – I Lecture 26 : Compressible fluid flow Lecture 25 : Problems and solution for flow through flat plates or slits Lecture 24 : Flow through flat plates or slits Lecture 23 : Stoke’s law Lecture 22 : Flow through annulus (Part 2) Lecture 21 : Flow through annulus (Part 1) Lecture 20 : Problems and solution of falling film Lecture 19 : Flow of film or film flow Lecture 18 : Flow through flat and parallel plates Lecture 17 : Laminar and turbulent flow in a pipe Lecture 16: Moody’s chart Lecture 15 : Fanning friction factor Lecture 14 : Hagen-poiseuille equation from Navier stokes equation Lecture 13 : Flow through pipes Lecture 12 : Application of Navier Stoke’s equation for finding out viscosity (Part 3) Lecture 11: Application of Navier Stoke’s equation for finding out viscosity (Part 2) Lecture 10: Lecture 9: Lecture 8: Lecture 7: Lecture 6: Lecture 5 Lecture 4 Lecture 3: Lecture 2: Lecture 1: