This domain begins with the student’s survey on the farmer’s field to understand the mechanization-related problems they face.Based on their feedback, they will find the solution through smart technology. In order to get this, students will be taught concepts of farm machinery design and applications of sensors and actuators to make the machine smart. Making of 3D models of implements/machines and their simulation using Dassault software like CATIA and SOLIDWORKS will be practiced. Machine learning tools i.e. PYTHON and MATLAB will be taught. In addition, the students will beskilled in piloting the drone. Prominently, students will go through the training/internship program in domain-specific organizations i.e. tractor and farm machinery testing and training centers to understand the depth of the domain. After learning all these, students will take the project to develop a prototype of smart agricultural machinery and test it under actual field conditions.