Lecture 1 - Moldboard plow Lecture 2 - Forces acting on moldboard plow Lecture 3 - Draft of moldboard plow Lecture 4 - Disk plow Lecture 5 - Disk Harrow Lecture 6 - Design of Disk Harrow Lecture 7 - Numericals related to design of tractor drawn disk harrow Lecture 8 - Design of a Tractor drawn Disk Harrow Lecture 9 - Design of spike tooth harrow Lecture 10 - Cultivator Lecture 11 - Forces and moments acting on the shank and frame of a cultivator Lecture 12 - Design of tractor drawn cultivator Lecture 13 - Rotavator Lecture 14 - Soil resistance and specific work of the rotavator Lecture 15 - Design of components of a rotavator Lecture 16 - Design of a tractor drawn rotavator Lecture 17 - Design of a tractor drawn rotavator (reversed mode) Lecture 18 - Combination tillage implements Lecture 19 - Draft and power requirement of combination tillage implements Lecture 20 - Design of a passive-passive combination tillage implement Lecture 21 - Design of an active-passive combination tillage implement Lecture 22 - Computation on design of active-passive tillage implement Lecture 23 - Performance parameters Lecture 24 - Performance parameters (Continued...) Lecture 25 - Tillage performance index Lecture 26 - Seed drill/planter Lecture 27 - Components of seed drill and its calibration Lecture 28 - Performance evaluation of metering unit and design of hopper Lecture 29 - Designs of fluted roller metering unit and ground wheel Lecture 30 - Design of single seed metering unit Lecture 31 - Designs of feed roll shaft, furrow openers and frame Lecture 32 - Design calculations for fluted roller metering unit and hopper Lecture 33 - Seed tube and furrow closer Lecture 34 - Seed flow sensing in a seed drill Lecture 35 - Design of drum seeder Lecture 36 - Design of multi-crop drum seeder Lecture 37 - Deciding the dimensions of a multi-crop dryland drum seeder Lecture 38 - Design of a remote controlled drum seeder for wetland Lecture 39 - Granular chemical applicators Lecture 40 - Liquid chemical applicators Lecture 41 - Low pressure liquid chemical applicators Lecture 42 - Selection of pumps for liquid chemical applicators Lecture 43 - Atomizers Lecture 44 - Performance evaluation of sprayers Lecture 45 - Droplet size determination Lecture 46 - Factors affecting droplet size Lecture 47 - Solar Energy operated unmanned sprayer Lecture 48 - Working principle of harvesters Lecture 49 - Components of harvesting equipment with shear cutting Lecture 50 - Geometry of knife section and model for estimating load causing failure of stem Lecture 51 - Design of a self-propelled vertical conveyor reaper Lecture 52 - Numericals related to cutting by impact and shear Lecture 53 - Design of an electric-vertical conveyor reaper (E-VCR) Lecture 54 - Power requirement and field performance of an electric vertical conveyor reaper Lecture 55 - Onion topper cum digger Lecture 56 - Classification, working principle and factors influencing performance of threshing equipment Lecture 57 - Power requirement of threshing equipment and design informations Lecture 58 - Performance parameter for evaluation of threshers Lecture 59 - Design of a spike tooth thresher Lecture 60 - Solar energy operated thresher

Lecture 1 - Moldboard plow Lecture 2 - Forces acting on moldboard plow Lecture 3 - Draft of moldboard plow Lecture 4 - Disk plow Lecture 5 - Disk Harrow Lecture 6 - Design of Disk Harrow Lecture 7 - Numericals related to design of tractor drawn disk harrow Lecture 8 - Design of a Tractor drawn Disk Harrow Lecture 9 - Design of spike tooth harrow Lecture 10 - Cultivator Lecture 11 - Forces and moments acting on the shank and frame of a cultivator Lecture 12 - Design of tractor drawn cultivator Lecture 13 - Rotavator Lecture 14 - Soil resistance and specific work of the rotavator Lecture 15 - Design of components of a rotavator Lecture 16 - Design of a tractor drawn rotavator Lecture 17 - Design of a tractor drawn rotavator (reversed mode) Lecture 18 - Combination tillage implements Lecture 19 - Draft and power requirement of combination tillage implements Lecture 20 - Design of a passive-passive combination tillage implement Lecture 21 - Design of an active-passive combination tillage implement Lecture 22 - Computation on design of active-passive tillage implement Lecture 23 - Performance parameters Lecture 24 - Performance parameters (Continued...) Lecture 25 - Tillage performance index Lecture 26 - Seed drill/planter Lecture 27 - Components of seed drill and its calibration Lecture 28 - Performance evaluation of metering unit and design of hopper Lecture 29 - Designs of fluted roller metering unit and ground wheel Lecture 30 - Design of single seed metering unit Lecture 31 - Designs of feed roll shaft, furrow openers and frame Lecture 32 - Design calculations for fluted roller metering unit and hopper Lecture 33 - Seed tube and furrow closer Lecture 34 - Seed flow sensing in a seed drill Lecture 35 - Design of drum seeder Lecture 36 - Design of multi-crop drum seeder Lecture 37 - Deciding the dimensions of a multi-crop dryland drum seeder Lecture 38 - Design of a remote controlled drum seeder for wetland Lecture 39 - Granular chemical applicators Lecture 40 - Liquid chemical applicators Lecture 41 - Low pressure liquid chemical applicators Lecture 42 - Selection of pumps for liquid chemical applicators Lecture 43 - Atomizers Lecture 44 - Performance evaluation of sprayers Lecture 45 - Droplet size determination Lecture 46 - Factors affecting droplet size Lecture 47 - Solar Energy operated unmanned sprayer Lecture 48 - Working principle of harvesters Lecture 49 - Components of harvesting equipment with shear cutting Lecture 50 - Geometry of knife section and model for estimating load causing failure of stem Lecture 51 - Design of a self-propelled vertical conveyor reaper Lecture 52 - Numericals related to cutting by impact and shear Lecture 53 - Design of an electric-vertical conveyor reaper (E-VCR) Lecture 54 - Power requirement and field performance of an electric vertical conveyor reaper Lecture 55 - Onion topper cum digger Lecture 56 - Classification, working principle and factors influencing performance of threshing equipment Lecture 57 - Power requirement of threshing equipment and design informations Lecture 58 - Performance parameter for evaluation of threshers Lecture 59 - Design of a spike tooth thresher Lecture 60 - Solar energy operated thresher