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B.Tech in Agricultural Engineering

4 Years UG ₹80k-₹3.5 LPA Avg. Salary: ₹4–6.5 LPA

About B.Tech in Agricultural Engineering

Agricultural engineering is a multidisciplinary branch of engineering that applies engineering principles to agriculture, farming, and food production. It combines mechanical engineering, civil engineering, electrical engineering, environmental science, and biological sciences to improve agricultural productivity, sustainability, and resource management. The field focuses on developing modern farming technologies, irrigation systems, agricultural machinery, post-harvest processing, renewable energy solutions, and precision agriculture. The four-year B.Tech in Agricultural Engineering program equips students with technical knowledge in farm machinery, soil and water conservation, irrigation engineering, agricultural structures, food processing, renewable energy, and smart farming technologies. Students gain practical experience through laboratory work, field training, industrial visits, internships, and live agricultural projects. With the increasing demand for sustainable agriculture, food security, precision farming, and agri-tech innovations, agricultural engineers are highly sought after by government departments, agribusiness companies, food processing industries, research organizations, irrigation projects, and multinational corporations. The program offers excellent career opportunities, competitive salary packages, and opportunities for entrepreneurship.

Eligibility Criteria

Must have passed Class 12 (10+2) from a recognized board.
Physics, chemistry, and mathematics (PCM) are mandatory subjects.
A minimum aggregate score of 50%–60%.
Admission is based on national, state, or university-level entrance examinations, such as JEE Main, JEE Advanced, and CUET.

Syllabus Overview

Engineering Mathematics
Engineering Physics
Engineering Chemistry
Engineering Mechanics
Engineering Graphics
C/Python
Soil Science
Fluid Mechanics
Farm Power and Machinery
Surveying and Levelling
Strength of Materials
Electrical Engineering
Engineering Thermodynamics
Irrigation and Drainage Engineering
Soil and Water Conservation Engineering
Agricultural Process Engineering
Farm Machinery Design
Post-Harvest Technology
Renewable Energy in Agriculture
Protected Cultivation
Precision Farming
Food Processing Engineering
Watershed Management
Agricultural Structures and Environmental Control
GIS and Remote Sensing in Agriculture
Smart Farming Technologies
Agricultural Waste Management