Bachelor of Technology (B.Tech.) in Agricultural Engineering
A UGC-approved 4-year engineering degree in agricultural engineering, open after 12th (PCM) or via lateral entry from a diploma or B.Sc.
The Bachelor of Technology (B.Tech) degree in Agricultural Engineering at Vikrant University, Gwalior is a 4-year course that has been recognized by UGC. Students who have passed 10+2 in Physics, Chemistry and Mathematics (PCM) can apply for this program besides providing lateral entry in the second year for diploma holders in any engineering stream or for B.Sc. graduates who studied Mathematics in 10+2.
Key Takeaways
Program Overview
Introduction & Objectives: This is a four-year program in technology engineering, which relates to agricultural engineering and deals with the design of farming equipment, irrigation, processing of crops, precision agriculture, and the technology used post-harvest. The aim is to prepare engineers who design and improve modern agricultural machinery, systems, and technology.
Industry Relevance: As agriculture develops through mechanization and precision farming, there is increasing need for engineers who know both agricultural systems and engineering.
Key Highlights: A four-year course approved by UGC - Direct admission after 12th grade with a specialization in physics, chemistry, and mathematics or later admission for diploma holders or B.S. graduates - It offers full coverage of the fields of farm machinery, irrigation systems, processing and precision agriculture - It provides the base for working in different positions like agricultural engineer or farm machinery engineer or irrigation engineer in different organizations - The distinctive agricultural engineering profession combines basic engineering knowledge with agricultural applications in farming.
Why Choose This Program
Unique Value Propositions This engineering field is focused on applying engineering principles to agriculture. The admission process allows students to enter the program after completing the 12th grade or laterally, depending on their qualifications.
Industry-Aligned Curriculum The wide range of courses covers subjects such as irrigation and agricultural processing, ranging from farm machinery and systems of irrigation to precision farming and post-harvest processing
Project-Based Learning Experience through Projects Education in the field combines theoretical knowledge with practical experience, allowing students to work on problem-solving project in areas such as farm machinery design, planning of irrigation systems, and working in a real-life industry setting.
Curriculum & Specializations
Core Subjects (Year-wise). Syllabus Download: Download the full year-wise syllabus PDF from the
Graduate programmesYear 1
Engineering Mathematics, Principles of Agricultural Engineering, Engineering Physics/Chemistry, Basic Electricity and Mechanical Engineering, Engineering Drawing
Year 2
Soil Physics and Mechanics, Farm Power and Equipment I, Basic Surveying, Fluid Mechanics courses, Discrete Math courses
Year 3
Farm Power and Equipment II, Irrigation Engineering, Agricultural Process Engineering, Soil and Water Conservation Engineering, Software Engineering in Agriculture
Year 4
Precision Agriculture, Post-Harvest Technology, Agricultural Construction and Environmental Control, Elective based courses, Capstone Project and Industrial Training
Facilities & Infrastructure
Labs & Equipment
Students benefit from Vikrant University's practical learning environment, which includes agricultural science laboratories, experimental farm facilities, and field-based learning opportunities. These resources support the understanding of agricultural practices, crop production, and the application of scientific and engineering principles to agriculture.
Software & Tools
The program is supported by the university's emphasis on technology-integrated education, digital learning resources, and practical engineering applications. Students can build an understanding of how engineering principles and modern technologies contribute to agricultural productivity and resource management.
Library & Research Centers
Students have access to the university's library and academic learning resources, supporting reference work, independent study, and research in agricultural science and engineering. Experimental farm facilities also provide opportunities for field-based learning and agricultural experimentation.
Faculty & Mentorship
Faculty with Experience: B.Tech in Agricultural Engineering students have the advantage of a perfect learning environment at Vikrant University at the School of Engineering and Technology which works thanks to their faculty as well as extensive research. Apart from engineering, the university tends to promote further academic studies into agriculture by offering agricultural science programs.
Industry Orientation: Vikrant University focuses on practical training, project-oriented education, and workshops which helps students to apply their academic knowledge in practice. Agricultural resources at experimental farms help students to deal with real applications of agricultural techniques in their activities.
Research Education: The university essentially promotes education that is based on research and projects. It gives students a chance to acquire knowledge about the prospects of using engineering principles in agriculture.
Career Opportunities
Agricultural Engineer
3.8 – 7.0 LPA
Farm Machinery Engineer
4.0 – 7.5 LPA
Irrigation Engineer
4.0 – 7.5 LPA
Post-Harvest Technology Engineer
3.8 – 7.0 LPA
Agricultural Processing Engineer
3.8 – 7.0 LPA
Precision Farming Specialist
4.2 – 8.0 LPA
Soil & Water Conservation Engineer
3.8 – 7.0 LPA
Farm Equipment Design Engineer
4.0 – 7.5 LPA
Industry Sectors Hiring
Agricultural equipment manufacturing companies, water systems and irrigation companies, food production companies, agricultural departments, agricultural research centers, companies working in AgriTech, agricultural machinery companies, organizations working for rural development.
Higher Studies Options
Completing a Masters in Technology in Agricultural Engineering or its specialization (like Irrigation, Agricultural Machinery, or Post-Harvest Technology), doing an MS abroad, doing an MBA with qualifying exams like GATE for postgraduate courses
Placements & Industry Tie-ups
Placement Statistics
Vikrant University assists students in their career preparation process by providing them with job guidance, placement support, and opportunities for skill development and internships. View Placement Statistics
Top Recruiters
Graduates can pursue careers in agricultural machinery manufacturing, irrigation and water resource management, farm equipment, food processing, post-harvest technology, agricultural infrastructure, and agri-tech. Some possible occupations include Agricultural Engineering, Farm Machinery, Irrigation, Equipment Repair, and Agricultural Product Processing View our recruiters
Internships
Vikrant University intends to offer its students practical training, internships, workshops, and other types of experience that can help them with acquiring necessary skills in their fields. For Agricultural Engineering students, the relevant type of training can include training in agricultural equipment, agricultural technology, soil and water conservation, and post-harvest processing.
Admission Process
Eligibility Criteria — Year 1 – Direct Entry The candidate should have qualified 10+2 level of examination of any recognized board with any of the following subjects: Physics, Chemistry and Mathematics (PCM) for admission in First year. The candidate must also achieve minimum marks as mandated by Vikrant University and regulatory authorities.
Lateral Entry (Year 2): All candidates who have successfully completed the requisite diploma in Engineering and Technology can apply for the lateral entry by verifying that they comply with the necessary eligibility requirements and regulations.
Entrance Exams — Admission to the B.Tech program at Vikrant University follows the admission guidelines set by the university and other statutory bodies. The candidates can be considered based on their merits obtained at the qualifying examinations or from relevant entrance examinations.
How to Apply
- Log in to Vikrant University’s official website and continue to the admission section.
- B. Tech. Agricultural Engineering Apply online
- Submit academic mark sheets, testimonials, IDs etc.
- Follow the document verification and counseling process.
- Pay the applicable fees and complete the admission formalities.
- Obtain an admission confirmation and wait for the academic year to start.
Student Achievements
Projects & Hackathons: Students are motivated to implement the agricultural problems by means of engineering practices through practical tasks and project based learning techniques. Some examples of project areas include farm machinery design, agricultural equipment, irrigation planning, soil and water conservation, precision agriculture, and post-harvest systems. These activities support in developing practical skills in solving technical problems.
Awards & Competitions: Students are motivated to participate in various competitions and activities which lend themselves for agricultural innovations, project exposition, workshops, and entrepreneurial initiatives.
FAQs
What are the requirements for B.Tech agricultural engineering?
To be accepted into the course directly, the student must have completed secondary school with physics, chemistry, and math with at least 45% (40% for reserved category students). However, students can also enter the second year after obtaining their diploma in any field of engineering or obtaining their B.Sc with math as the subject.
Is it possible to do B. Tech agriculture engineering after 12th with PCM?
Yes. A student who has completed their secondary education with physics, chemistry, and math with the required percentage can enroll for the first year of this B.Tech. program at Vikrant University.
Is it possible to get lateral entry in B.Tech agricultural engineering with only diploma?
Yes . A minimum score of 45% (40% for reserved category candidates) is required with a 3-year diploma.
Is it possible to get admission in B.Tech agricultural engineering with B.Sc. degree?
Yes, if the B.Sc. degree is from a UGC recognized university and a minimum of 45% is required to be secured in the qualifying examination. The applicant must have studied Mathematics as one of the subjects in Class 12. Students opting for this entry channel are also permitted for lateral entry in the second year of the program.
Is this B.Tech agricultural engineering course supported by the UGC?
Yes, its approval stands by UGC.
What are the job opportunities after doing B.Tech agricultural engineering?
Graduates can become Agricultural Engineers, Farm Machinery Engineers, Irrigation Engineers, and specialists in Post-Harvest Technology Engineering in industries related to Agricultural machinery, Irrigation, and Food Processing.
In India, what would be the job salary after B.Tech. in Agricultural Engineering?
One can start earning from ₹3.8 Lakhs to ₹8 Lakhs P.A depending on the role and the company.
How long is the B.Tech. in Agricultural Engineering duration?
With direct entry students, it is a four years duration whereas for the lateral entry students (like through diploma or B.Sc.) it becomes a three years course duration.
What is the difference between B.Tech. in Agricultural Engineering and B.Sc. in Agriculture?
B.Tech. in Agricultural Engineering deals with the engineering aspect of agriculture such as machinery used in agriculture and irrigation systems while B.Sc. in Agriculture deals with concepts relating to agronomy, crops and farm management.
After doing this B.Tech in Agricultural Engineering can I do M.Tech?
Yes, there are a number of students who pursue M.Tech after graduating with B.Tech. in Agricultural Engineering.