Training Program on Mechanized Direct Seeded Rice

Course Description

The Training Program on Mechanized Direct Seeded Rice (DSR) – Module on Operation, Repair and Maintenance of Agricultural Machinery is designed to strengthen technical and operational competencies required for efficient mechanized rice cultivation. The course focuses on building practical skills in the safe handling, calibration, troubleshooting, and maintenance of key agricultural machinery used in DSR systems. 

Participants will gain hands-on experience with equipment such as laser land levelers, step seeders, multi-crop planters, and mechanized weeding and spraying systems. The training emphasizes precision in field operations, adherence to safety protocols, and optimization of machine performance under real field conditions. 

Through a combination of classroom instruction, field demonstrations, and lab-based learning, the program equips participants to independently operate machinery, diagnose common faults, and implement preventive maintenance strategies. The course also highlights service management practices that reduce downtime, improve efficiency, and extend the operational life of agricultural equipment. 

Overall, the training aims to support the scaling of mechanized DSR by enhancing the technical capacity of farmers, service providers, and extension professionals, thereby contributing to improved productivity, resource-use efficiency, and sustainability in rice-based systems. 

Course Objectives

By the end of the training course, the participants should be able to: 

• Operate Laser Land Leveler, Step Seeder, Multi-Crop Planter, and mechanized weeding and spraying equipment safely and efficiently for DSR field operations. 
• Apply safety protocols, conduct pre-operation inspections, and ensure field readiness to minimize risks and enhance operational performance. 
• Calibrate machinery for precise application by adjusting depth, spacing, and input rates to achieve uniform crop establishment and optimal input use. 
• Diagnose and troubleshoot common mechanical and operational faults, and carry out minor repairs including replacement of wearable parts. 
• Implement preventive and corrective maintenance practices, maintain service records, and evaluate machine performance indicators such as field capacity, efficiency, and operational cost. 

Key Modules:

The program is structured as below: 

Module I: Operation, Repair and Maintenance of Agricultural Machinery 

Sub-Module 1.1: Safe Operation and Field Handling of Machinery 

• Safety protocols and risk mitigation during operation 
• Pre-operation inspection and field readiness checks 
• Efficient field operation of: 
  • Laser Land Leveler 
  • Step Seeder 
  • Multi-Crop Planter 
  • Mechanized weeding and spraying equipment using narrow wheels 

Sub-Module 1.2: Calibration and Performance Optimization 

• Calibration techniques for precision field application 
• Depth, spacing, and input rate adjustments 
• Ensuring uniformity and operational efficiency 
• Field performance monitoring and optimization 

Sub-Module 1.3: Troubleshooting and Minor Repairs 

• Identification of common mechanical and operational faults 
• Diagnostic techniques 
• On-site corrective measures 
• Replacement of wearable parts 

Sub-Module 1.4: Preventive Maintenance and Service Management 

• Scheduled maintenance planning 
• Lubrication, cleaning, and component inspection 
• Record keeping and service logs 
• Strategies to minimize downtime and extend machine life 

Learning Modality

The course will be delivered face-to-face through activities involving classroom lectures, hands-on training, and lab visits.   

Target Audience 

• Progressive farmers & CHC operators 
• Private service providers 
• Agri engineers & machine technicians 
• Extension & KVK professionals 
• FPOs & agri-startups