M.Tech. Farm machinery and power engineering,Highlights, Entrance Exam, admission, Eligibility, Duration, Selection Criteria, How to Apply, Application Form, Application Process, fee, Syllabus,Salary and Jobs,career opportunities
M.Tech. in Farm Machinery and Power Engineering is a two-year postgraduate program that aims to equip students with advanced knowledge and skills in the field of farm machinery, power engineering, and related areas. The program focuses on designing and developing machinery and equipment that improve the efficiency and productivity of agriculture.
M.Tech. Farm machinery and power engineering Highlights:
Course Name:
M.Tech. Farm Machinery and Power Engineering
M.Tech. Farm machinery and power engineering Duration:
2 years
M.Tech. Farm machinery and power engineering Eligibility:
Bachelor’s degree in Agricultural Engineering or relevant field with a minimum of 50% marks
M.Tech. Farm machinery and power engineering Admission Process:
Entrance Exam (GATE) followed by counseling or direct admission based on merit
M.Tech. Farm machinery and power engineering Selection Criteria:
Entrance Exam score, academic record, and performance in the interview (if applicable)
M.Tech. Farm machinery and power engineering Course Fee:
Varies from college to college (ranges between Rs. 50,000 to 2 lakh per year)
M.Tech. Farm machinery and power engineering Syllabus:
The course curriculum covers topics such as Farm Machinery Design, Soil Dynamics, Tractor System Design, Power Plant Engineering, etc.
M.Tech. Farm machinery and power engineering Entrance Exam:
The Graduate Aptitude Test in Engineering (GATE) is a national-level entrance exam that is conducted once a year to assess the aptitude of students in various engineering disciplines, including Agricultural Engineering. Candidates who clear GATE are eligible for admission to various M.Tech. programs, including Farm Machinery and Power Engineering.
M.Tech. Farm machinery and power engineering Admission Process:
The admission process for M.Tech. Farm Machinery and Power Engineering typically involves the following steps:
M.Tech. Farm machinery and power engineering Application Form:
Interested candidates need to apply for the program through the official website of the respective college/university.
M.Tech. Farm machinery and power engineering Entrance Exam:
Candidates need to appear for the GATE exam and qualify for the minimum cutoff score set by the college/university.
M.Tech. Farm machinery and power engineering Counseling/Interview:
Shortlisted candidates are called for counseling/interview, where they are assessed based on their academic record, entrance exam score, and performance in the interview (if applicable).
M.Tech. Farm machinery and power engineering Seat Allotment:
Seats are allotted to candidates based on their overall performance in the admission process.
M.Tech. Farm machinery and power engineering Career Opportunities:
After completing M.Tech. in Farm Machinery and Power Engineering, graduates can find employment in various fields such as:
Agriculture machinery and equipment design and development
Research and development in agricultural engineering
Government agricultural departments and agencies
Private sector companies involved in agricultural machinery and equipment manufacturing
Academia and research institutes
M.Tech. Farm machinery and power engineering Salary:
The starting salary for M.Tech. Farm Machinery and Power Engineering graduates can vary from Rs. 3 to 7 lakhs per annum, depending on the organization and industry.
In conclusion, M.Tech. Farm Machinery and Power Engineering is a specialized program that equips students with advanced knowledge and skills in the field of agricultural engineering, farm machinery, and power engineering. Graduates of this program can find lucrative career opportunities in various fields and can contribute to the development of the agriculture sector in India.
M.Tech (Farm Machinery & Power)- Farm Machinery and Power Engineering, is a subfield of electrical designing that manages the age, transmission and appropriation of electric power just as the electrical gadgets associated with such frameworks including generators, engines and transformers. Albeit a great part of the field is worried about the issues of three-stage AC control - the standard for enormous scale control transmission and dispersion over the cutting edge world - a critical division of the field is worried about the transformation among AC and DC control just as the advancement of particular power frameworks, for example, those utilized in flying machine or for electric railroad systems.
Eligibility:
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