23AGO304 Farm Mechanization (Class A)

By Asokan Categories: Agri, SNSCT
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About Course

Unit 1: Scope of Mechanization in Indian Agriculture

Introduces the concept of farm mechanization, its importance in agricultural growth, and its role in the economy. Covers precision farming, history of mechanization in India, and power sources like tractors and power tillers.

Unit 2: Tillage and Problems in Mechanization

Explains tillage operations, their objectives and types. Also discusses challenges faced in adopting mechanization in India and practical solutions to overcome them.

Unit 3: Implements Used in Farming Operations

Covers different agricultural implements such as ploughs, seeders, and weeders. Includes classification (primary/secondary, mounted/trailed) and their uses in field operations.

Unit 4: Harvesting Equipment and Plant Protection Machinery

Focuses on harvesting machines and plant protection tools like sprayers and dusters, including their working principles and applications.

Unit 5: Ergonomics and Automation

Introduces ergonomic design of farm tools for operator comfort and safety. Covers automation in agriculture and the use of electronics in modern farming.

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What Will You Learn?

  • Understand the importance of farm mechanization in improving agricultural productivity.
  • Gain knowledge about precision farming and modern agricultural technologies.
  • Learn different power sources used in agriculture such as tractors and power tillers.
  • Identify the challenges in farm mechanization and methods to overcome them.
  • Understand the objectives, types, and applications of tillage operations.
  • Learn the functions and uses of primary and secondary tillage implements.
  • Gain practical knowledge about planting machinery and intercultural tools.
  • Understand the types and working principles of weeders and farming implements.
  • Learn about different harvesting machines and their agricultural applications.
  • Gain knowledge of sprayers and dusters used for plant protection.
  • Understand ergonomic principles for safe and efficient farm tool design.
  • Learn the basics of automation and electronics in modern agriculture.
  • Develop awareness of advanced technologies used in smart farming systems.

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