Bachelors of Technology in Agriculture Engineering

Programme Overview

Agricultural Engineering is a combine of all engineering branches that focuses on applying the principles of engineering to the design, development of farm machinery, the planning of farm structure, water management, soil management and agriculture systems. The division's duties include planning, directing, and overseeing research and development projects as well as acting as a clearing house for agricultural engineering data. It involves the development and demonstration of technologies for the farm mechanization, irrigation, drainage, post-harvest and value-adding of agricultural products and byproducts. The field of agricultural engineering is vast range of activities aimed to improve the efficiency of farms as well as to increase the agriculture productivity, sustainable farming.

4 Years

Duration of programme

UG

Level of Study

Key Highlights

Demonstration of technologies

Design of agriculture equipments

Water and Soil conservation

Processing of food

Enhancement of skill and Knowledge

How will you benefit

The programme is designed to meet the needs of the agriculture industry and society.

Having a degree in agricultural engineering opens up a wide range of opportunities to get a job in different fields.

To boost agricultural productivity, it utilises scientific and technological knowledge for the development of agricultural machinery, buildings, and equipment.

It supports food production systems, animal facilities, and crop production, all of which require teamwork and collective effort in the agricultural sector.

What will you study

Agricultural engineering applies various areas where engineering concepts and designs are studied and applied for agricultural objectives, integrating the fields of mechanical, civil, electrical, food science, environmental, software, and chemical.

It deals with updating agricultural technologies.

Incorporating technology, automation, and precision agriculture methods for improved efficiency.

The future of agricultural engineering is to integrate technology with biology and the social aspects of agriculture to create sustainable, resilient, and adaptable landscapes.

PO-1-An ability to Apply mathematical and scientific principles to solve engineering problems in agriculture sector
PO-2-An ability to design, analyze and solve complex problems related to agricultural systems and processes.
PO-3-An ability to develop and apply suitable methods, resources in modern technologies to increase agriculture productivity.
PO-4-An ability to design farm machineries, processing machineries, irrigation and drainage systems for fields.
PO-5-An Ability to engage in research activities that contribute to the advancement of agricultural engineering knowledge
PO-6-An ability to understand the practical problems faced by agriculture society and to find a proper solution for it.

PSO-1-Examine, consider, plan, and create agricultural systems in order to advance high-yield, resource-efficient farming that is sustainable.
PSO-2-Create engineering models and prototypes and imagine large-scale farming in a variety of challenging locations to increase crop yields.
PSO-3-To improve entire farm efficiency, exhibit excellence in the design, use, and maintenance of agricultural machinery and equipment.
PSO-4-Apply mechatronic principles to the design and development of smart agricultural systems, incorporating automation, sensors, and control systems
PSO-5-Create sustainable plans for managing the soil and water in order to increase crop yields while preserving natural resources.

PEO-1-To provide students a strong foundation in agricultural sciences and engineering principles
PEO-2-To prepare students to applies their knowledge in the agriculture engineering profession.
PEO-3-To explore their skill in providing solution in agriculture engineering sectors for development of farm mechanization, water management etc.
PEO-4-To develop leadership qualities, critical thinking and problem-solving skills to address complex challenges in agricultural systems.
PEO-5-To educate students with enhance qualitative skills so as to design, develop innovative products to useful in agriculture sectors.

Curriculum