B. Tech in Agricultural Information Technology is a combination of Agricultural Studies and IT. The course is offered at some prominent agriculture universities in the country.
Top Institutes offering this course are:
The duration of the course is 4 years including 8 semesters. The candidate is required to have passed the class the XII examination with Physics, Chemistry, and Mathematics as the main subjects. Admission to the course is done through State level entrance tests and is based on performance therein. The course fee is different for every college and the average fee per year is INR 2 Lacs.
Some of the important subjects covered in the course are Introduction to Computers, Introduction to Agriculture, Communication Skills, Physics, Programming in C Language, Introduction to World Wide Web and Botany.
Successful graduates of B. Tech in Agricultural Information Technology get employed as Land- Use Planners, Landscape Ecologists, IT managers, eCommerce System Designers, Agricultural ERP Specialists, Biological Database Designers, eLearning Specialists, Commodity Traders, Farm/Plantation Managers, Supply Chain Managers, Crop Insurance Managers etc.
Some of the top companies hiring successful graduates of the discipline are FCI, IIT Kharagpur, IARI, NSC etc. Average starting salary ranges between INR 2.5- 4.5 Lacs per year.
|Examination Type||Semester System|
|Eligibility||10+2 with science subjects|
|Admission Process||UPTU-SEE, MP PET etc|
|Course Fee||INR 2 Lacs p.a.|
|Average Starting salary||INR 2.5 to 4.5 Lacs|
|Top recruiting companies||FCI, IIT Kharagpur, IARI, NSC etc.|
The course is a combination of Agricultural Studies, Engineering, and Information Technology. IT is a relatively new entrant in the field of technology. Despite being new, IT has gone on to influence many other branches of Engineering.
Dependence on IT today has increased so much that no industries and businesses can run without it. All the major sectors such as Healthcare sector, education sector, Airlines sector, Core Industries etc. depend upon it.
Productivity and effectiveness in the field of agriculture can also be raised by using the many applications of IT. Agricultural Information Technology is therefore designed to train students in the fields of both agricultural sciences and IT.
70% of India’s population is dependent on Agriculture for its livelihood. Considering this, the use of ICT in Agriculture is of strategic importance here. ICT has tremendous utility in timely collection of data and its distribution to potential users across developing countries as well.
|Name of Institute||City||Fees per Annum|
|Tamil Nadu Agricultural University (TNAU)||Coimbatore||INR 3.3 Lacs|
|Anand Agricultural University||Gujarat||INR 4 Lacs|
|Shobhit University||Meerut||INR 2.26 Lacs|
|Integral University||Lucknow||INR 1.5 Lacs|
|Rai University||Ahmedabad||INR 3 Lacs|
Eligibility for B.Tech in Agricultural Information Technology
Interested candidates who qualified the 10+2 exam in the science stream from a recognized educational Board of India and had both Mathematics and Biology as 2 of the main subjects are eligible to apply for this course. Minimum aggregate scores required vary across institutes, but usually are close to 45-50%.
Admission Process for B.Tech in Agricultural Information Technology
Aspiring eligible candidates are also needed to appear for State level entrance examinations to secure admission to the course. For IITs, it is mandatory to qualify the Joint Entrance Examinations JEE Main.
A Semester- Wise Breakup Of The Course Is Given Below:
Fundamentals Of Computers
Data Structure Through C
OOP Using C++
Programming In C
Relational Database Management System
Introduction To .Net Framework And ASP.NET
Introduction To Web Scripting
Introduction To Multimedia
System Analysis And Design
Introduction To Agriculture
Computer Organization And Architecture
Website Development Using PHP
Management Information Systems
Environmental Science, Ecology And Forestry
Introduction To Biotechnology
Field Crops (Kharif & Rabi)
Principles Of Agricultural Economics
Fundamentals Of Physics
Soil, Plant Nutrient And Water Management
Fundamental Of Agricultural Extension
English For Speaking And Writing Skills
Solid State Physics And Basic Electronics
Agricultural Statistics–II Using SAS
Ncc /Nss / Physical Education
Ncc /Nss / Physical Education
Ncc /Nss / Physical Education
Ncc /Nss / Physical Education
Project – I
E-Content Development Using Multimedia
Operating System With Unix/Linux
Experiential Learning – I
Application Development In Mobile Technology
Experiential Learning – II
Data Analysis With Matlab
Experiential Learning – III
Gis And Remote Sensing Techniques
Elective – IV
Extension Methodologies For Transfer Of Agril. Technology
Elective - V
Elective – II
Elective – VI
Elective – III
The course trains students in both IT and Agriculture, and makes them suitable to be employed in IT- oriented jobs in the agricultural sector. State Agriculture Departments recruit successful graduates of the discipline to handle Database Management, Website Designing, Maintenance and Management, Software Development etc. They may also work at agriculture institutes and universities to manage their IT operations, or venture into mainstream IT industries. Jobs can also be found at banks, private agriculture consultancy firms, agricultural products marketing firms etc.
Other prospective areas for agricultural engineers are Equipment Manufacturing, Food Manufacturing, Food Processing, Water Management, Effluent Treatment. Also on offer are jobs involving construction work related to agriculture like dams, reservoirs, canals, cold storages and warehouses. There are government jobs available in agricultural departments, irrigation departments, dairy boards and in research labs.
Successful graduates can also choose to further their education in this field and become agricultural scientists, by opting for higher education courses like M. Tech and Ph.D. They can specialize in agricultural engineering, farm machinery, crop production, renewable energy and rural technology. There is also scope for entrepreneurship in the field. Teaching jobs in agricultural universities is also a good option for agricultural engineers.
Some of the central government sectors where successful graduates of B. Tech in Agricultural Information Technology graduates can be hired are:
Employment opportunities for agricultural engineers is projected to grow by 4 percent by 2024, slower than the average rate of growth in all other occupations. The growing need to increase the efficiency of agricultural production systems and to reduce environmental damage should maintain a steady demand for personnel in this sector.
The range of projects worked upon by agricultural engineers keeps ever- expanding. Some of these new project areas that are most likely to drive demand for this occupation are alternative energies and biofuels; precision and automated farming technologies for irrigation, spraying, and harvesting; and, even more cutting edge, research related to growing food in space to support future exploration.
New, more efficient designs for traditional agricultural engineering projects such as irrigation, storage, and worker safety systems shall also hike the demand for these workers. Growing populations and stronger global competition shall continue to encourage farmers to find more efficient means of production, and towards this end, they will need agricultural engineers. Some of such job positions are listed below.
Tabulated below are some of the job opportunities on offer for successful graduates of B.Tech in Agricultural Information Technology. Also mentioned are the corresponding potential salaries on offer.
|Job Profile||Average Pay Scale Per Annum|
|Agricultural and Food Science Technicians||INR 2.4 Lacs|
|Agricultural and Food Scientists||INR 5 Lacs|
|Conservation Scientists and Foresters||INR 4 Lacs|
|Crop Insurance Manager||IINR 8 Lacs|
|e-Commerce Portal Manager||INR 5 Lacs|
|BPO services Manager||INR 3 Lacs|
|Supply Chain Manager||INR 6 Lacs|
|Financial Analyst||INR 4 Lacs|
Agricultural engineering is a lucrative field and the average monthly remuneration in government sectors for agricultural engineers is INR 15,000 - 25,000 depending upon the position. Graduates working in the private sector can earn around INR 25,000 - 35,000 every month on an average. Salary on offer in the private sector would be more than is offered in the government sector. Those working with NGOs can earn good salaries, while those who opt to open their own farm can earn good returns depending upon the scale of farm produce.
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