M.Tech. in Electrical Devices & Power System Engineering is a postgraduate program that aims to equip students with advanced knowledge and skills in the field of electrical devices and power systems. This program covers a wide range of topics, including electrical machines, power system analysis, power electronics, control systems, and renewable energy systems.
Stream | Engineering |
Course | M.Tech.in Electrical Devices And Power System Engineering |
Full Name | Master Of Technology In Electrical Devices And Power System Engineering |
Eligibility | Graduation |
Duration | 2 Years |
Fees | 10000 |
Type | Degree |
Mode | Year |
The program usually takes two years to complete.
Candidates must have a Bachelor's degree in Electrical Engineering or a related field with a minimum of 60% marks. Candidates who have a valid GATE score may be given preference.
Should have qualified B.E./B.Tech. or have an equivalent qualification in Science specialization or in a relevant specialization
Should have secured at least 50% marks in graduation
Should have passed graduation from renowned university/ college
Should not have any backlog in any of the Subjects at B.E/B.Tech level
Reserved category candidates are required to show category certificate at the time of admission
Many colleges and universities require candidates to take an entrance exam. Some of the popular entrance exams for this program include GATE, TANCET, and AP PGECET.
Admission to the program is usually based on the candidate's performance in the entrance exam, academic record, and interview.
M.Tech.In electrical devices & power system engineering
The selection criteria may vary from one college to another. However, most colleges and universities consider the candidate's performance in the entrance exam, academic record, and interview.
Most of the Universities/ Colleges in India offer admission in M.Tech program on the basis of GATE (Graduate Aptitude Test in Engineering) entrance examination.
Few of the private colleges/ institutes (like BITS HD, KIITEE) conduct their own entrance test for enrolling admission into M.Tech courses. For this, students have to fill an application form for appearing in such exams.
It is compulsory that students have qualified GATE exam or entrance exam of the college to seek admission into the MTech Systems Engineering course
Entrance Exam consists of Written Test and Personal Rounds of Interview
After the written test and personal rounds of interview, a list of shortlisted candidates is prepared and they are invited for counselling cum admission process by the respective university or college.
Candidates can apply for the program through the official website of the college or university. They need to fill out the application form and submit it along with the required documents and application fee.
Before proceeding the preparation for the entrance test an individual must check the syllabus and exam pattern of the M.Tech entrance examinations. It helps you to know what subjects and topics would be asked in the test so that you can prepare for the competition exam accordingly.
You have to make a proper timetable or schedule for studies. You must make a timetable by allocating a total number of:-Hours for each subject/ topic, Hours for tough topics/ chapters, Hours for studies throughout a day. It allows you to follow a certain schedule and keeps you on track regarding your studies.
Practice more and more of previous year question papers or mock tests. It enables you what types of questions would be asked in the entrance examination of M.Tech.
Prepare Short Notes or Flashcards of formulas or concepts you are studying for the first time. It helps you to make a quick revision before a few days of the entrance examination.
Don’t take any stress for the exam. Try to eat healthy food and keep yourself hydrated. Try to include yoga and meditation in your daily routine. These kinds of activities help to enhance concentration level and keep you healthy.
The application fee for the program may vary from one college to another. However, it usually ranges from INR 500 to INR 2000.
The syllabus for the program may vary from one college to another. However, some of the common topics covered in the program include electrical machines, power system analysis, power electronics, control systems, and renewable energy systems.
Semester 1
Power System Analysis and Operation
Electric Power Quality
Elective I
Elective II
Elective III
Power System Lab - I
Energy Systems Lab
Seminar - I
Semester 2
Power System Dynamics & Control
Power System Protection
HVDC And Flexible Ac Transmission Systems
Elective IV
Elective V
Power System Lab - II
Seminar - II
Semester 3
Subjects
Thesis Part I
Research Review Paper I
Graduates of the program can work in various industries, including power generation, transmission, and distribution, renewable energy, and manufacturing. The average salary for M.Tech. in Electrical Devices & Power System Engineering graduates is around INR 6-8 lakhs per annum.
Some of the job roles available for M.Tech. in Electrical Devices & Power System Engineering graduates include Electrical Engineer, Power Systems Engineer, Renewable Energy Engineer, Control Systems Engineer, and Research and Development Engineer. Graduates can also pursue a career in academia and research.
Overall, M.Tech. in Electrical Devices & Power System Engineering is an excellent program for students who want to specialize in the field of electrical devices and power systems. With the growing demand for electricity and renewable energy, graduates of the program can expect to have a promising career in the field.
M.Tech. Electrical Devices and Power System Engineering or Master of Technology in Electrical Devices and Power System Engineering is a postgraduate Electrical Engineering program. The course centers around how to utilize power incorporated circuit innovation and coordinated passives innovation to create propelled control the executives converters for battery-controlled, handheld, or workstation control the executives applications. This course manages the best in class strategies in Power System investigation, dependability assessment arranging, unwavering quality and anticipating. The course Also covers subjects on high voltage DC transmission, Industrial hardware and controls, Power gadgets and drives, wind and sunlight based vitality electric transformation frameworks and propelled points in chip and microcontrollers which are especially required for the present power framework engineer.