Course Duration
2 YearsTuition Fees
10 K1 Year Fees
20 KTotal Fees
40 KYears | year 1 | year 2 | ||
---|---|---|---|---|
Total Year Wise fees | ₹20,000 | ₹20,000 | ||
Semester | 1 | 2 | 3 | 4 |
Total Fees | ₹10000 | ₹10000 | ₹10000 | ₹10000 |
Tuition fees | ₹10000 | ₹10000 | ₹10000 | ₹10000 |
M.Tech. in Power Electronics and Drives is a 2-year postgraduate course, divided across 4 semesters, which can be pursued both part-time and full-time in the country, much like any other M.Tech. course. The course involves an advanced study of the technology behind switching power supplies, power converters, power inverters, motor drives, and motor soft starters.
The minimum criterion of eligibility for admission to the course is a B.Tech./B.E. degree attained in a relevant discipline, from a recognized university. The course is offered in the country at an average annual fee ranging between INR 2 and 7 Lacs, varying across institutes. Admission to the course is based on the candidate’s performance in a relevant entrance test and subsequent round of counselling.
M.Tech. in Power Electronics in Tamil Nadu | M.Tech. in Power Electronics in Andhra Pradesh | M.Tech. in Power Electronics in Telangana | M.Tech. in Power Electronics in Uttar Pradesh |
Successful postgraduates of the course are lucratively recruited in popular organizations such as L&T, Philips Electronics, Wipro Consumer Care & Lighting, Honeywell, DRDO, Reliance Infrastructure, HBL Power System, Greenwich Hexen Energy Solution, Synco Lite India, Tata Elxsi, AMU Energy Solution, etc.
Such postgraduates in India are offered an average initial monthly salary ranging between INR 20K and 1 Lakh, depending upon the candidate’s expertise and skillset.
Tabulated below are some of the major highlights of the course.
Course Level | Postgraduate |
Duration | 2 Years |
Eligibility | B.Tech./B. E. degree in a relevant discipline. |
Admission Process | Based on the round of counseling after qualification of entrance test |
Examination Type | Semester System |
Total Course Fee | INR 2 to 7 Lacs |
Average Starting Salary | INR 3 to 10 Lacs |
Top Recruiting Fields/Areas | Power Industries, Indian Railways, Defense, Telecommunication Sectors, Automobile Companies, Aviation Industry, Home Appliance and VLSI Design Industry, etc. |
Power Electronics and Drives is an emerging discipline of engineering, which essentially involves concepts and processes of the conversion of power for efficient utilization. Students enrolled to the course are taught on an advanced level about the technology used in energy conversion, switching electrical machines, drives, industrial equipment, power systems, and applications of fast-developing electronics such as electrical machines and power systems.
The course’s curriculum has been designed to impart to eligible students both practical and theoretical knowledge in the various techniques at work in easy-to-use tools for electrical, electromagnetic, electromechanical, thermal, circuit, control, and system design. The program also involves advanced lessons in design, modelling, simulation, and synthesis of power convertor-based systems used for the conversion of electric energy.
Ideal candidates for the course would possess:
Tabulated below are the location and fee-related details of some of the top institutes in India offering the course.
As a minimum criterion of eligibility, aspiring candidates need to meet the following minimum eligibility criteria:
M.Tech. in Power Electronics in Karnataka | M.Tech. in Power Electronics in Madhya Pradesh | M.Tech. in Power Electronics in Haryana | M.Tech. in Power Electronics in Orissa |
Admission to the course in India is made on the basis of the candidate’s performance in a relevant State, national, or institute-level written test and/or subsequent rounds of Group Discussion and Personal Interview and/or performance in a relevant qualifying examination.
Through such stages, candidates’ general aptitude for the course is examined and a merit list is announced based upon it. Students still in the final year of graduation are eligible to appear for the entrance exam, but admission to such candidates is made on provisional basis, and is confirmed only once the graduation results are out.
Candidates are shortlisted based on both academic record and performance in a relevant nation-wide screening test, such as:
A semester-wise breakup of the course’s syllabus is tabulated below.
Semester I |
Semester II |
Optimization Techniques | Switched Mode Power Conversions |
Power Convertors | Power Electronic Drives |
Industrial Control Electronics | Microcontroller Applications in Power Convertors |
System Theory | Power Modules Laboratory |
Power Convertors Laboratory | Elective 3 |
Elective 1 | Elective 4 |
Elective 2 | Elective 5 |
Semester III |
Semester IV |
Project work | Project Work |
Elective I | Elective II |
Advanced Power System Analysis | Flexible AC Transmission Systems |
Analysis and Design of Artificial Neural Networks | Computer Networking |
Digital Signal Processing and Application | Fuzzy Systems |
Digital System Design | Digital Controllers in Power Electronics Application |
Elective III | Elective IV |
Design of Intelligent Controllers | Transient Over Voltages in Power Systems |
VLSI Architecture and Design Methodologies | Electrical Distribution Systems |
Power System operations and Control | Stochastic Models and Applications |
High Voltage Data Transmission | Renewable Power Generation Sources |
Elective V | |
Power System Planning and Reliability | - |
Advanced Power System Protection | - |
Modeling and Analysis of Electrical Machines | - |
Digital Simulation of Power Electronic Systems | - |
PWM Convertors and Applications | - |
Owing to the Power and Electronics industry’s growing needs in power electronics applications, and in the field of research, employment opportunities for such postgraduates are on the up-and-up with a range of global private sector manufacturers.
Successful postgraduates of the course interested in pursuing higher studies in the discipline may go for advanced courses such as Ph.D., M. Phil., or higher research in the subject.
Tabulated below are some of the popular professional avenues open to such postgraduates in private and public sectors, along with the corresponding salaries and basic job duties.
JOB PROFILE | JOB DESCRIPTION | AVERAGE ANNUAL SALARY |
Power Electronics Design Engineer | To support the design, fabrication, and testing of existing and new designs, demonstrate hands-on development and improvement of prototypes and products, and to lead or participate in cross-functional teams to ensure a continuous, consistent improvement of methods, processes, productivity and quality, while reducing costs. | INR 3 to 7 Lacs |
Researcher | To work with team members to identify project goals, research methods, variables, and other test parameters, and to choose how to collect data and offer recommendations on evaluating a given project. | INR 2.5 to 8 Lacs |
Engineering Executive | To interact with the management, marketing, and production staff for discussing the specifications and procedures of the ongoing project. The Executive Engineer is the first point of contact for all the other Engineers and Assistant Engineers. | INR 4 to 7.5 Lacs |
Lecturer | To teach at undergraduate and graduate levels in areas allocated and reviewed from time to time by the Head of Department, and to supervise or assist with supervision of, undergraduate, taught graduate (Master’s) or research graduate (M.Phil./Ph.D.) students. | INR 2 to 6 Lacs |
Scientist | Responsible for designing, examining, and analyzing information collected from controlled laboratory-based investigations, experiments, and trials. | INR 2.5 to 10 Lacs |
Assistant Engineer | To determine engineering requirements by conducting inspections and analytical tests, analyze and synthesize data, maintain control charts, determine root causes, and prepare bid specifications. | INR 2 to 6 Lacs |
Power Electronics Engineer | To develop and validate power electronics for high power battery charges, create test procedures to verify hardware designs, develop and test power electronic circuits, digital logic, microcomputer, and analog circuits, and to ensure that products satisfy UL, CSA, IEC, IEEE, EU, and EN requirements. | INR 3.5 to 8 Lacs |
Senior Management Staff | To supervise junior-level staff, including Executive Assistants and Secretaries, coordinate the efforts of these parties in effectively running the executive office, train staffers on internal processes and systems, and to ensure that all necessary functions are appropriately covered and executed. | INR 4 to 10 Lacs |
Aspirants seeking admission to 2-year Full-time M.Tech Program must have done Graduation in Engineering from a recognized College/University. Admission based on GATE.
Getting a B.Tech degree certificate from Kerala University, might take around 3 months. But if it is urgent, you could submit the application form along with a request stating your urgency.
Firstly you need to apply for a provisional certificate. Once you get that, you can apply for the original degree certificate along with the copies of the provisional certificate, mark sheets, and challan (original) to the concerned section or COE.
After verification, you will get the degree certificate within 3-6 months. It will be delivered via registered post.
This could sometimes vary as it depends on the person handling your college. If he wishes he could speed up the process.
There is no option for mercy pass at Kerala University. But you can get a mercy chance to qualify in their passed subjects.
This is the last chance given by the university to those who were unable to pass for the 3rd time.
The exam will be a regular one, tough enough as the usual standard of exams in Kerala University. The valuation is also strict, but here the cutoff mark is reduced to 30, instead of 40.
You can apply for Kerala University transcripts by following these easy steps.
If you wanted sealed transcripts, you need to provide the envelopes and specify your requirements. You should receive your transcripts after 30-35 days.
University of Kerala doesn’t conduct the examinations on time. Publication of results is often delayed as well. This creates problems if you are planning on applying for competitive examinations or higher studies. Curriculum followed by the university is theory-oriented, even for engineering branches. Kerala University needs to maintain the academic calendar in a timely manner.
Kerala University is comparably better than MG. It is better recognized in the industry. Other than this there are no such major differences between the two universities. The university offers decent academic sand placements. According to the recent highlights of Kerala University placements, students receive a median CTC of around INR 2.1 LPA.
As one of my friends was a student at University of Kerala, let me mention some of the facts you should keep in mind during your first year.
It is recommended that you get your degree from any private university. Though it will cost much, you will get enough exposure to mold your career in shape.
To get a percentage certificate from Kerala University, you will need to pay Rs. 500 at the cash counter. Also, buy a General Purpose form from counter 4 and fill it. Take a pass from the equity section. Go to your degree section and submit the challan and filled-out form. It will take around 7 days to get the percentage certificate.
You must apply in the prescribed format, including the Syllabus, Degree Certificate, and other required documents.
You must apply online to the University of Calicut.
Learn about the courses that have already been recognized as Equivalent.
Order granting Equivalence to all regular degree programs offered by state and central universities.
Read the instructions for submitting a proposal for an equivalency grant.
Complete the Application Form completely.
Complete the Online Equivalency Application.
These are the few simple steps that you need to follow.
Both Kerala University and Bharathiar University are reputed and offer decent academics. So, choose among these universities based on your course preference. These two universities offer similar career prospects. The highlights of recent Kerala University placements show the median CTC to be around INR 2.1 LPA. Bharathiar University placements 2021 had witnessed a median CTC of around INR 2.40 LPA.