Programme Overview

The Diploma in Agricultural Engineering is a three-year technical program that integrates engineering principles with agricultural science to enhance farm productivity, sustainability, and mechanization. It aims to prepare students to meet the growing demand for skilled professionals in modern agriculture and allied sectors. The curriculum includes subjects such as farm machinery and power, soil and water conservation, irrigation engineering, post-harvest technology, renewable energy, and agricultural structures. Emphasis is placed on practical training, workshops, and field exposure, enabling students to operate, maintain, and manage various agricultural tools and machinery efficiently. Students are trained to design small-scale farm equipment, manage irrigation systems, and adopt modern technologies like precision farming and GIS in agriculture. The program also develops skills in managing agro-based industries and promoting rural mechanization. Overall, the Diploma in Agricultural Engineering offers a strong foundation for students to contribute to sustainable agriculture and rural development by combining engineering solutions with practical farming needs.

  • 3 Years

    Duration of programme

  • Diploma

    Level of Study

Key Highlights

Farm Machinery and Equipment
Soil and Water Engineering
Post-Harvest Technology
Renewable Energy in Agriculture
Agro-Processing and Food Engineering

How will you benefit

Designed to meet the practical needs of modern agriculture and rural development.
Enhances job opportunities in government, agro-industries, and irrigation sectors.
Builds technical skills in farm machinery, irrigation, and post-harvest technology.
Develops knowledge to manage soil, water, energy, and agricultural systems.

What will you study

A vital discipline that supports food production, rural development, and agricultural innovation.

Integrates engineering concepts with soil science, water management, and renewable energy for sustainable agriculture.

Focuses on design, development, and management of farm machinery, irrigation systems, and post-harvest technologies.

Applies engineering, agricultural science, and environmental principles to farming systems.

  • PO-1 – Engineering Knowledge: Apply knowledge of mathematics, agricultural sciences, and engineering fundamentals to solve problems in agricultural engineering.
  • PO-2 – Problem Analysis: Identify, analyze, and provide solutions to practical problems in farming, irrigation, soil conservation, and agricultural machinery using scientific principles.
  • PO-3 – Design and Development of Solutions: Design and develop agricultural tools, systems, and processes that meet the needs of farmers, ensuring sustainability, safety, and environmental responsibility.
  • PO-4 – Investigation of Problems: Conduct experiments and field investigations using appropriate research methodologies to analyze data and draw valid conclusions in agriculture-related issues.
  • PO-5 – Modern Tool Usage: Use appropriate modern engineering tools, software, and technologies to model, analyze, and improve agricultural systems and practices.
  • PO-6 – The Engineer and Society: Apply contextual knowledge to assess and address societal, legal, environmental, and health-related issues associated with agricultural practices.
  • PO-7 – Environment and Sustainability: Demonstrate an understanding of sustainable agriculture and design solutions that minimize environmental impact and conserve resources.
  • PO-8 – Ethics: Apply ethical principles and follow professional responsibilities and norms in agricultural engineering practices.
  • PO-9 – Individual and Team Work: Work effectively as an individual or as part of a team in agricultural field operations, projects, and interdisciplinary environments.
  • PO-10 – Communication: Communicate effectively in both oral and written form regarding agricultural engineering activities, reports, presentations, and instructions.
  • PO-11 – Project Management and Finance: Apply engineering and management principles to plan, manage, and evaluate agricultural projects efficiently, including resource allocation and financial planning.
  • PO-12 – Life-long Learning: Recognize the importance of continuous learning and stay updated with advancements in agricultural technologies and practices.

  • PSO-1–To prepare students with a strong foundation in agricultural sciences, engineering principles, and applied mathematics to solve real-world problems in farming, irrigation, machinery, and rural infrastructure.
  • PSO-2-To train students in the design, development, operation, and maintenance of agricultural equipment and systems, enabling them to deliver innovative and practical solutions for agricultural productivity and sustainability.
  • PSO-3–To instill professional ethics, effective communication, teamwork, and leadership skills along with a multidisciplinary approach to ensure academic excellence and success in agricultural engineering careers

  • PEO-1–To prepare students to excel in the agricultural engineering profession and contribute effectively to sustainable agricultural development.
  • PEO-2–To provide students with a solid foundation in mathematics, agricultural sciences, and engineering fundamentals to solve practical problems related to agriculture and rural infrastructure.
  • PEO-3–To train students with sound technical knowledge and skills to comprehend, analyze, design, and implement innovative solutions for real-life challenges in agriculture.
  • PEO-4–To inculcate a professional and ethical attitude, effective communication abilities, teamwork spirit, and a multidisciplinary approach among students.
  • PEO-5–To develop academic excellence, entrepreneurial mindset, and leadership qualities that prepare students for successful careers or further education in agricultural and allied sectors.

Curriculum

  • Mathematics-I
  • Applied Mechanics
  • Physics
  • Environment Engineering & safety
  • Communication Skills-I

  • Mathematics-II
  • Engineering Graphics
  • Chemistry
  • Fundamentals Computer & IT
  • Communication Skills-II

  • Agriculture Implements
  • Soil and Water Conservation Engineering & Practices
  • Surveying & Levelling
  • Science of Soil Mechanics
  • Workshop Technology

  • Agriculture Process Engineering-I
  • Farm Power
  • Solar and Wind Energy
  • Engineering Properties and Processing of Seeds
  • Estimating and Costing of Farm Buildings and Structures
  • Hydrology and Management of Watersheds

  • Agricultural Process Engineering – II
  • Tractor systems
  • Operation and Maintenance
  • Wells and Pumps Operation and Maintenance
  • Strength of Materials
  • Principles of Agricultural Economics and Business Management

  • Project Work
  • Irrigation Principles and Practices
  • Participatory Technology Training Program
  • Professional Elective- Environmental Education & Disaster Management /Crop production technology

CAREERS AND EMPLOYABILITY

Farm Machinery Technician
Irrigation Supervisor
Agricultural Field Assistant
Post-Harvest Technician

ELIGIBILITY CRITERIA

10th from any recognized board

Minimum 35% marks.

 

Quick Links

Important Links

Programmes

Registered Office

Dr. C.V. Raman University

Village:- Bafapur Banthu, Post: Bhagwanpur NH-22 Hajipur-Muzaffarpur Highway Vaishali, Bihar PinCode: 844114

7061331733 | 7352539653 | 8815077587

info@cvrubihar.ac.in

whatsapp
© 2025 CVRU Bihar. All Rights Reserved.
Terms $ Conditions
Apply Now Enquiry Now WhatApp Now