Advances in Agricultural Engineering in Indian Institute of Technology, Kharagpur
Advances in Agricultural Engineering free videos and free material uploaded by Indian Institute of Technology, Kharagpur (IIT Kharagpur). This session contains about Advances in Agricultural Engineering Updated syllabus , Lecture notes , videos , MCQ , Privious Question papers and Toppers Training Provided Training of this course. If Material not uploaded check another subject
The course (Advances in Agricultural Engineering) has five sections.
Module No. | Content | Duration | Remark | |
Section-1: SOIL INFORMATION AND AGRICULTURAL PLANNING | ||||
1 | Soil Property Monitoring | 1 h 30 min | AV | |
| Importance of soil properties data in agricultural planning and their measurement |
|
| |
| Advanced sensor applications in soil management |
|
| |
2 | Integrated Nutrient Management | 1 hr | AV | |
| Importance of INM for sustainable soil management |
|
| |
| Strategies of INM for Indian agriculture |
|
| |
3 | Digital Soil Mapping | 1 h 30 min | AV | |
| Geostatistics and its applications in soil science |
|
| |
| Overview of DSM |
|
| |
4 | Case Studies on Sensor Based Precision Soil Properties Management | 4h | Self-study | |
| Selected Cases from Eastern India |
|
| |
| Selected cases from developed countries |
|
| |
Section- 2: SUSTAINABLE AGRICULTURAL MECHANIZATION | ||||
1 | Mechanized agricultural system | 1 h 30 min | AV | |
| Current issues in agricultural mechanization in India and in the Asia-Pacific region |
|
| |
| The ‘Systems’ approach |
|
| |
2 | Performance evaluation of the agri-systems | 1 h 30 min | AV | |
| Water-Food-Energy nexus for sustainability |
|
| |
| Stages of systems evaluation |
|
| |
3 | Mechanization and farm productivity | 1 h 30 min | AV | |
| Opm energy inputs in modern agriculture |
|
| |
| Modern agriculture and environment |
|
| |
| Performance indicators |
|
| |
4 | Case studies on GHG emissions and Energy use | 4 h | Self-study | |
| Selected cases from middle Indo-Gangetic Plains of India |
|
| |
| Selected cases from the Asia-Pacific region |
|
| |
Section – 3: LAND & WATER RESOURCES MONITORING AND MANAGEMENT | ||||
1 | On-farm water management |
|
| |
| On-farm Water Balance | 30 min | AV | |
| Water Application Methods and Irrigation Efficiencies | 30 min | AV | |
| Agricultural Land Drainage | 1 h | Self-study | |
2 | Soil and Water Conservation |
|
| |
| Soil erosion & Erosion control measures | 1 h | AV | |
| Sedimentation in rivers and streams | 30 min | Self-study | |
| Water harvesting techniques | 30 min | Self-study | |
3 | Geographic Information System (GIS) & Remote Sensing (RS) |
|
| |
| Concepts on GIS & RS | 1 h | Self-study | |
| Application overview of GIS & RS | 1 h | AV | |
4 | Case Studies on GIS & RS Application in Water Resources |
|
| |
| Advancements in Remote Sensing Satellites products and satellite data derived Indices | 1 h | Self-study | |
| Monitoring of Key Eco-hydrological Variables and applications of RS and GIS in resources management | 1 h | AV | |
Section- 4: SUSTAINABLE FOOD AND NUTRITION SECURITY | ||||
1 | Upsurges in food processing: A clean energy approach Renewable energy: a fount for food processing Exploring solar energy for food processing preservation | 1 h | AV | |
2 | Performance and computational modeling of food dehydration systems Energy and exergy analysis of food dryers Multiphysics modeling of drying process | 1 h | AV | |
3 | Progressive advancements in food preservation technologies Contemporary technologies for thermal processing of foods Technological advancements in food freezing | 1 h | AV | |
4 | Perpetuating the nutritional aspects of food with Nonthermal technologies Non-Thermal Technologies: A brief overview and its status around the globe Recent invents in Non-Thermal food processing | 1 h | AV | |
5 | Case studies on- Alterations in quality characteristics of dehydrated food commodities Commercial thermal processing of foods: a focus in Indian scenario Effect of Non-Thermal processing on various quality traits of food | 4 h | Self-study | |
Section- 5: BIOTECHNOLOGICAL INTERVENTIONS IN AGRICULTURE | ||||
1 | Conventional Plant Breeding and Marker-Assisted Selection |
|
| |
| Introduction, Pureline theory, Backcross method, Molecular marker, Application of marker-assisted selection | 1 h | AV | |
| Advantages and disadvantages of molecular markers | 1 h | Self-study | |
2 | Molecular intervention in plants for stress mitigation |
|
| |
| Abiotic stress, Biotic stress, Stress sensing in plants, Phenotypic changes in plants upon exposure to stress, Strategies for stress mitigation | 1h 30 min | AV | |
| Application of microbes in stress mitigation | 1 h | Self-study | |
3 | Improvement of nutritional status in crop plants by biotechnological intervention | 1 h 30 min | AV | |
| Plant genetic transformation - an outline | 1 h | Self-study | |
| Gene transfer in plastids: principles and applications | 1 h | Self-study |
Agriculture is the backbone of Indian economy and therefore timely update on Agricultural knowledge though university teachers is vital to sustainable development in the 21st century. Keeping this in view, this course is developed by an experienced team of Agricultural Scientists and Engineers at the IIT Kharagpur for the purpose- Annual Refresher Program in Teaching (ARPIT) supported by MHRD, GoI
Write a public review