Diploma in Agriculture Engineering

“Unless we use modern technologies, our farmers output will remain low
and we will remain dependent on other to feed us”

AGRICULTURE:

Investments in agriculture are the best weapons against hunger and poverty and they have made life better for billions of people.

TECHNOLOGY:

The use of technology in agriculture with the aim of improving yield, efficiency and profitability.

AGRICULTURAL TECHNOLOGY:

We refers to the use of technology in farming and agricultural practices to increase efficiency, productivity and sustainability in food production.

It includes several different types of technologies such as,

  • Precision agriculture
  • Smart irrigation
  • Bio technology
  • Automation

STAFF DETAILS

S.NO NAME QUALIFICATION DESIGNATION
1 ESWARAKKANNAN P B.E [MECH] HEAD OF DEPARTMENT
2 SOWMIYA A B.E [AGRI] LECTURER
3 RAJESH V B.E [MECH] LECTURER
4 DHIVYA P B.E [CIVIL] LECTURER

A Diploma in Agriculture Engineering is a program that focuses on the application of engineering principles to agricultural practices. The course typically spans a duration of three years and is designed to provide students with a solid foundation in the technical aspects of agricultural machinery, irrigation systems, soil conservation, and other relevant areas. The curriculum may include both theoretical and practical components to ensure a comprehensive understanding of the subject.

Core Subjects

Agricultural Machinery

Study of farm equipment, their design, maintenance, and operation.

Soil and Water conservation

Techniques for preserving soil fertility and efficient water usage.

Crop Production Technology

Design and management of irrigation systems for agricultural fields.

Irrigation Engineering

Understanding crop cultivation methods, including modern practices and technologies.

Farm Power and Electricity

Application of power sources and electrical systems in agriculture.

Agricultural Processing and Food Engineerin

Processing techniques for agricultural products and food engineering principles.

Agricultural Structures and Environmental Engineering

Planning and design of structures for agriculture and managing environmental factors.

Agricultural Bioenergy

Exploration of bioenergy sources in the context of agriculture.

Practical Training

Hands-on training is a crucial aspect of the diploma program. Students may engage in field visits, workshops, and internships to gain practical experience in applying engineering principles to real-world agricultural scenarios.

Career Opportunities

Agricultural Engineer

Design, develop, and maintain agricultural machinery and equipment.

Farm Manager

Oversee day-to-day operations on a farm, ensuring efficiency and productivity.

Agricultural Engineer

Design, develop, and maintain agricultural machinery and equipment.

Irrigation Engineer

Specialize in designing and managing irrigation systems for agricultural fields.

Soil Conservationist

Work on projects to prevent soil erosion and maintain soil fertility.

Research and Development

Contribute to research projects focused on improving agricultural practices and technology.

Agribusiness Consultant

Provide expertise to farmers and agricultural businesses for efficient and sustainable practices.

Food Processing Engineer

Work in the food industry, ensuring efficient processing and preservation of agricultural products.

Government Agricultural Officer

Work for government agencies to implement and monitor agricultural policies.

Agricultural Machinery Sales and Service

Engage in the sales and service of agricultural machinery and equipment.

Entrepreneurship

Start your agricultural business, such as a farm or agricultural consultancy service.