B.Tech Agricultural Engineering Syllabus and Subjects 2023

The B.Tech Agricultural Engineering syllabus encompasses core courses, electives, and practical sessions over eight semesters. The course delivery methods include lectures, lab work, practical on-field training, assignments, workshops, etc. After referring to the curriculum and syllabus of B.Tech Agricultural Engineering of various universities, we have listed below the generic syllabus, which will be covered during the course.

The main subjects that are included in the course of B.Tech Agricultural Engineering are:

Engineering Physics
Engineering Mathematics
Engineering Chemistry
Engineering Mechanics
Crop Production Technology
Tractor System and Control
Irrigation and Drainage System
Farm Machinery and Equipment
Dairy and Food Engineering
Watershed Hydrology
Environmental Studies
Environmental Engineering

Semester Wise B.Tech Agricultural Engineering Syllabus

The course structure subjects are allocated according to the current trends in the B.Tech Agricultural Engineering Jobs and the requirements posed by the recruiters. The table below shows the B.Tech Agricultural Engineering curriculum, which provides a basic understanding of engineering concepts and a deeper understanding of B.Tech Agricultural Engineering and its elements

B.Tech Agricultural Engineering 1st Year Syllabus
SEMESTER I	SEMESTER II
Engineering Mathematics	Engineering Mathematics II
Engineering Physics	Engineering Mechanics
Engineering Chemistry	Environmental Studies
Basic Electronics and Electrical Engineering	Introduction of Computer Programming
Technical English Communication	Elements of Mechanical and Civil Engineering
Physics and Chemistry Lab	Engineering Drawing
Basic Electrical and Electronics Lab	Computer Programming Lab
English Language Lab	Informational Technology
Basic Electrical and Electronics Lab	-

B.Tech Agricultural Engineering 2nd Year Syllabus
SEMESTER III	SEMESTER IV
Engineering Properties Of Biological Materials And Food Quality	Heat And Mass Transfer And Refrigeration And Air Condition
Soil And Fluid Mechanics	Soil And Water Conservation Structure
Engineering Mathematics III	Crop Processing And Drying And Structure
Farm Power And Renewable Energy Sources	Theory of Machines
Mechanics Lab	Crop Production Technology
Strength Of Material And Design Of Structures Lab	Heat And Mass Transfer And Refrigeration And Air Condition Lab
Farm Power And Renewable Energy Sources Lab	Soil And Water Conservation Structure Lab
-	Crop Processing And Drying And Structure Lab

B.Tech Agricultural Engineering 3rd Year Syllabus
SEMESTER V	SEMESTER VI
Machines Drawing And Machines Design	Irrigation And Drainage Engineering
Electrical Machines And Power Utilisation	Tractor Systems And Control
Farm Machinery And Equipment	Dairy And Food Engineering
Ground Water Wells And Pumps	Field Operation And Maintenance Of Tractor And Farm Machinery Lab
Watershed Hydrology	Irrigation And Drainage Engineering Lab
Machines Drawing And Machines Design Lab	Dairy And Food Engineering Lab
Farm Machinery And Equipment Lab	-

B.Tech Agricultural Engineering 4th Year Syllabus
SEMESTER VII	SEMESTER VIII
Agricultural Structures And Environment Control	Environmental Engineering
Agribusiness Management And Entrepreneurship Development	Design And Maintenance Of Greenhouse
Food Packaging Technology	Micro Irrigation System Design
Food Processing Plant Design And Layout	Farm Power And Renewable Energy Sources

B.Tech Agricultural Engineering Subjects

B.Tech Agricultural Engineering subjects are classified as core and elective. Students can choose elective subjects based on their interests, career scopes, or future education goals.

Core Subjects:

Professional Communication & Technical Writing
Moral & Value Education
Engineering Drawing
Basic Electrical Engineering
Principles of Agriculture
Basic Electronics
Elementary Mathematics
Engineering Physics
Computer and Languages

Elective Subjects:

Soil and Water Engineering
Farm Machinery and Power Engineering
Agricultural Process & Food

B.Tech Agricultural Engineering Course Structure

Through this course, the students will be able to understand and learn technical knowledge and skills to excel in agriculture. Combined with chemical, electrical engineering, plant biology, this course helps in applying science and technology to agricultural processes and production. The course delivery methods include lectures, lab work, practical on-field training, assignments, workshops, etc.

During this course, students are also encouraged to take a research project and internship/training. In the final assessment, the students are graded on theory paper, term work (assignments), lab work, and research projects. The course structure is:

VIII Semesters
Core and Elective subjects
Internship
Project Submission

B.Tech Agricultural Engineering Teaching Methodology and Techniques

Agricultural Engineering is a branch of engineering that deals with the study of agricultural processes and technological practices in food processing and efficient food production. Teaching methodology should combine well-trained faculties, adequate study materials, and teaching new technologies, tools, and techniques. The curriculum includes a significant project of a minimum of 8 credits in the final year.

An emphasis is given to industry-sponsored projects. Various components of evaluation suggested are Teachers Assessment (T.A.), Class Tests (C.T.) End Semester Examination (E.S.E.). Teachers' assessment is broken into various components like assignments, quizzes, attendance, group discussions, tutorials, etc. In short, the teaching methodology and techniques are:

Industry-sponsored projects
Practical Sessions
Group Discussion
Assignments
Quizzes
Tutorials
Workshop
Teachers Assessment
Class Tests
End Semester Examination

B.Tech Agricultural Engineering Projects

Agricultural Engineering projects can be taken up on different topics. The project motivates the students. They learn about the process and design of the equipment and machinery used in agriculture, energy, water and soil quality, conservation of material and energy, safety, and environmental quality. Team projects train students to work with team coordination and research paper surveys to learn something new that will enhance their creative ideas and innovations.Popular B.Tech Agricultural Engineering Projects are:

Automatic bottle washing machine
Automatic Moisture and Light Controlling System for Garden
Automatic Packing control Machine
Automatic Vegetable (or) Lemon Cutting machine
Automatic Water level Sensing Crane
Automatic Water Tap Controlling System
Chisel Plough
Coconut Tree Sprayer
D & F of Gas Converted Power Sprayer
Electricity and Water Pumping System using Wind Mill
Fabrication of Agricultural Motor Pump Running using Solar Power
Fabrication of Hydraulic 3 axis Modern Trailer

B.Tech Agricultural Engineering Reference Books

B.Tech Agricultural Engineering is the branch of engineering which deals with the construction, design, and improvement of farming equipment and machinery. Agricultural engineering integrates technology into farming.

Listed below are essential books which can be used for reference in the course B.Tech Agricultural Engineering are:

B.Tech Agricultural Engineering Books
Books	Authors
Soil Enzymology (Soil Biology)	Ajit Varma and Girish Shukla
Pulses and Vegetables (Underutilized Crop)	Jack Dongarra
Landscape Erosion and Evolution Modeling	Russell S. Harmon and William W. Doe III
Coastally Restricted Forests (Biological Resource Management Series)	Aimlee D. Laderman
High-Tech and Micropropagation V: 5 (Biotechnology in Agriculture and Forestry)	Y.P.S. Bajaj
Biotechnology and Its Applications in Agricultural Science	P.B. Bansal
Dangerous Properties of Industrial and Consumer Chemicals	Nicholas P. Cheremisinoff
Agricultural Water Management	Premjit Sharma
Biotech’s Dictionary of Agriculture Engineering	Dinesh Arora
Biofertilizers and Organic Farming	Himadri Panda