Agricultural Engineering is dedicated to the research, development and demonstration of technologies that advance the mechanisation of production and post-production activities in agriculture. It has a wide scope, including work in research, production, and management. It combines knowledge of engineering, biology, and technology to enhance farming productivity, sustainability, and the management of natural resources.
Agricultural engineering acknowledges using engineering principles to improve farming practices, crop production, and sustainability. Agricultural engineers design and manage irrigation systems, drainage systems, and machinery. They also work to ensure food safety and reduce the environmental impact of farming.
Goals of agricultural engineering: Improve crop yields, Minimize waste, Conserve resources, Promote sustainable agriculture, and Ensure food security for a growing global population.
As the global population grows and agricultural practices evolve, the demand for agricultural engineers continues to rise. They work in production, sales, management, research and development, or applied science.
Some career opportunities for graduates of agricultural engineering are Food Production Specialist, Freight Coordinator, Soil Technician, Agriculture Specialist, Irrigation technician, Research Associate, Agricultural Equipment Technician, Process Engineer, and so on.
A significant portion of agricultural engineers work in academia or for government agencies. Few are employed by private engineering firms, while others work in industry for manufacturers of agricultural machinery, equipment, processing technology, and structures for housing livestock and storing crops.
With the evolution of technology, this program is becoming more vital to tackle challenges in the global food market. The future of agricultural engineering is to blend technology with biology and the social aspects of agriculture to create a sustainable, persistent, and versatile panorama.
The future of agricultural engineering lies in automation (robots and drones), precision farming (using data analytics and AI), and sustainability (renewable energy integration and climate-adaptive technologies). Innovations in urban farming and vertical farming will also expand career opportunities.
As the world seeks economic transformation, the need for well-trained agricultural professionals is more urgent than ever before. There is no doubt that agriculture will continue to be the backbone of every country's economic development.
Agricultural engineering, or agricultural and biosystems engineering, focuses on applying engineering principles to agriculture. It combines mechanical, civil, electrical, food science, environmental, software, and chemical engineering to enhance farm efficiency and ensure the sustainability of natural resources.
Suresh Gyan Vihar University (SGVU) is a leading institution for higher education that offers a diverse selection of programs across various fields. The university is renowned for its allegiance to academic excellence and holistic development. SGVU is considered to be quite prominent as a B. Tech Agricultural Engineering College. The Agricultural Engineering department is equipped with cutting-edge technology, experienced faculty, and strong industry connections, enabling students to address real-world challenges.
SGVU provides a comprehensive curriculum aimed at nurturing technical expertise, critical thinking, and professional ethics. The university offers a wide range of agricultural engineering programs designed to prepare students for successful careers in the field.
Bachelor of Technology (B.Tech) in Agricultural Engineering- A 4-year undergraduate program combining disciplines like Geology, Environmental Science, and Core Engineering, along with modern agricultural technology. This program comprises eight semesters, covering core subjects such as soil mechanics, machine design, thermodynamics, irrigation systems, and renewable energy. In the final year, students are equipped with practical experience through internships, industrial attachments, and rural entrepreneurship training. This program furnishes key skills, including problem-solving, agricultural machinery proficiency, soil and water management, renewable energy systems, and programming.
The annual tuition fee is approximately INR 90,000 for Indian students.
The B.Tech in Agricultural Engineering at SGVU is a comprehensive four-year program designed to provide students with both theoretical knowledge and practical experience. This program is structured across four years-
In the first year, students establish a strong foundation in mathematics, physics, and chemistry. Emphasis is placed on practical skills in surveying, drawing, and soil science, as well as an introduction to fluid mechanics and environmental science.
The second year delves deeper into specialised engineering topics. Students study soil mechanics, structural design, and machine design while also expanding their knowledge in thermodynamics and electrical machines. Practical applications are explored through courses in building construction, AutoCAD, and applied electronics, alongside insights into agricultural engineering, including irrigation systems and renewable energy.
In the third year, the focus shifts to specialised agricultural engineering topics such as tractor systems, farm machinery, and agricultural structures. Students gain practical knowledge in post-harvest engineering and watershed management, as well as renewable energy sources. They also enhance their programming skills and receive hands-on training in agricultural technologies.
In the final year, students continue to cultivate practical and entrepreneurial skills through internships and skill development training. A critical 10-week industrial attachment provides real-world experience, while the final semester emphasises rural entrepreneurship development and project planning, effectively preparing students for their future careers in agricultural engineering.
Throughout the program, students engage in lab work and internships, providing practical exposure to industry-relevant skills.
Diploma in Agricultural Engineering, which is a 3-year program that provides foundational knowledge and practical skills, preparing students for entry-level roles and quick career entry.
M.Tech in Agricultural Engineering, which is a 2-year postgraduate program focused on advanced topics.
The curriculum of these programs consists of Workshops, seminars, educational trips, industrial training, co-curricular events, incubation projects, community projects, etc.
For Development- Various sessions of soft skills, communications, and interview preparations are conducted regularly to enhance the personality and employability of students.
Here is a glance at SGVU’s fee structure of programs in Agricultural Engineering-
| Program Name | Duration | Annual Fee (INR) | Qualification* | Eligibility |
| B.Tech - Agricultural Engineering | 4 years | 90,000 | Passed 10+2 examination with Agriculture stream or Physics & Chemistry, along with any one subject from Maths/ Biology/ Biotechnology/ Agriculture with minimum 50% marks in aggregate. | SGVUEEE/ JEE/ CUET-UG |
SGVU offers scholarships to meritorious students based on their academic performance, entrance exams and extra-curricular activities. It also assists with financial assistance and allows instalment payment of the fees. They offer many more facilities than most of the B. Tech Agricultural Engineering colleges in Jaipur.
SGVU offers a comprehensive curriculum in Agricultural Engineering that effectively combines theoretical knowledge with practical experiences. Through strong industry connections, students benefit from internships, site visits, and workshops that enhance their understanding and application of what they learn. This approach not only develops technical skills but also fosters important qualities such as leadership, communication, and problem-solving.
Accredited by NAAC with an A+ grade, SGVU maintains high educational standards. The faculty consists of experienced professionals who provide a mix of academic knowledge and industry insights, enriching the learning experience. The institution is equipped with modern infrastructure, including state-of-the-art laboratories, well-stocked libraries, and advanced research centers that support a thorough educational journey.
For graduates in Agricultural Engineering, SGVU has notable recruiters, including HOLYDROPS, DHANUKA, BIOSTADT, and LIMAGRAIN.
The diploma program in Agricultural Engineering equips students with essential skills for foundational practices in the field. In contrast, a bachelor's degree offers a more comprehensive understanding and a master's degree delves into advanced topics and leadership development.
SGVU stands out by focusing on practical learning and fostering industry connections, ensuring that students gain valuable real-world experience in agricultural engineering. With a commitment to high academic standards and robust placement support, SGVU is recognize as one of the best B. Tech engineering colleges in Jaipur, preparing students for successful careers.
The Suresh Gyan Vihar University, Jaipur is a renowned University, established by an Act of State Legislature in the State of Rajasthan by the Suresh Gyan Vihar University, Jaipur Act, 2008 (Act No. 16 of 2008). The University is ranked by NIRF-2024 in the Rank-Band of 101-150 with the School of Pharmacy at 49th rank, and also university appeared in the overall rank band for the first time in the rank band 151-200. It is due to the consistent effort of ensuring quality and ethics in our delivery that the SGVU has been granted an "A+" grade accreditation by NAAC, achieving a score of 3.32 out of 4. Furthermore, the university's agriculture program and college have received accreditation from ICAR for five years. Based in Jaipur, it is also one of the only few research-driven Universities in Rajasthan with DSIR-SIRO recognition. Other major program approvals includes PCI, UGC-DEB, RCI, BCI, NCTE and AICTE.
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