M.Tech. in Electrical Devices & Power System Engineering is a 2-year postgraduate program in Electrical Engineering. The course involves the concepts and processes of the application of power integrated circuit technology and integrated passive technology towards development of advanced power management converters for battery powered, handheld, or laptop power management applications.
The course is about the employment of cutting-edge technology to Power System Investigation, Strength Assessment, Quality, and such. It covers subjects of study such as:
High voltage DC transmission
Industrial electronics and Controls
Power Electronics and Drives
Wind and Solar Energy Electric Conversion Systems
Advanced topics in Microprocessors and Micro Controllers, vital to today's power system engineering.
For applying to the course, aspiring candidates need to have completed graduation (B.E./B.Tech. or equivalent subject) with a minimum aggregate score of 50%.
Such postgraduates are hired in capacities such as Engineering Executive, Senior Management Staff, Regulatory Officer, Assistant Chemist, Sr. Application Engineer, Scientist, Trainee, Power Electronics Designer, Sales Engineer, etc.
The average tuition fee charged for the course in India ranges between INR 5000 and 2 Lacs for a span of 2 years, varying across government and private sectors. Public sector organizations such as VHEL, BSNL, ONGC, and such PSUs employ Electrical Power System engineers as Junior Telecom Officers/ Technical Engineers/ Survey and Maintenance Engineers, and such.
The initial average salary offered to such postgraduates ranges between INR 10,000 and 32,000 monthly, increasing with the candidate’s experience and skillset in the field.
Top Colleges for Master of Technology [M.Tech] (Electrical Power System)
M.Tech. in Electrical Power System: Course Highlights
Listed below are some of the major highlights of the course.
Semester system/ Annual system
B.E./ B.Tech. in a relevant discipline
Merit-based/ Counseling after qualification of a relevant entrance test
INR 5,000 to 2 Lacs
Average Starting Salary
INR 3 to 12 lacs per annum
Top Recruiting Areas
Polymer technology, textile technology, automobile, thermal engineering, production industries, research institutes, academic institutions, etc.
Engineering Executive, Senior Management Staff, Regulatory Officer, Assistant Chemist, Sr. Application Engineer, Scientist, Trainee, Power Electronics Designer, Sales Engineer, and the like.
M.Tech. in Electrical Power System: What is it About?
The course aims to produce skilled and trained personnel who can be gainfully employed in creating, building, operating, testing, and controlling electronic converters and drives in research facilities.
It has been designed to impart advanced learning to eligible candidates in configuration, display, reenactment, and combination of energy converter-based frameworks utilized for transformation of electricity.
Ideally, candidates applying for the course would have an imaginative, innovative approach, besides interest in, and aptitude for the Material Sciences.
Also, they would ideally be proficient in numerical skills, and possess attributes such as attention-to-detail, and scientific aptitude.
Top Institutes offering M.Tech. in Electrical Power System
Listed below are the vital details of some of the top institutes in India that offer the course.
Eligibility for M.Tech. in Electrical Power System
Candidates wishing to pursue the course are required to fulfill the below-mentioned minimum eligibility criteria.
Graduation (B.E./B.Tech. or equivalent qualification), completed from a recognized institute.
A minimum aggregate score of 50% at the level of graduation.
M.Tech. in Electrical Power System: Admission Process
Admission to the course is based on the candidate’s performance in a relevant institutional/ State/ national-level entrance exam, such as GATE, which is an all-India level examination held for admission to the country’s IITs. GATE scores are also accepted by most reputed engineering institutes of the country.
Students qualifying the exam with the set minimum eligible cut-off score are invited for the subsequent round of counseling, based on which, the final selection is made.
The counseling process consists of rounds of Group Discussion and Personal Interview, wherein the candidate’s general aptitude for the course is examined, and a merit list is made, allotting seats to the qualifying candidates.
Some institutes in India also provide admission to eligible candidates based on their obtained merit at the level of graduation. Some of the major entrance exams conducted in the country for admission to the course are listed below.
AP PGECET (Andhra Pradesh Post-Graduate Engineering Common Entrance Test)
TS PGECET (Telangana Post-Graduate Engineering Common Entrance Test)
Karnataka PGCET (Karnataka Post Graduate Common Entrance Test)
VITMEE (VIT University Master’s Entrance Examination)
GAT (GITAM Admission Test).
Latest Master of Technology [M.Tech] (Electrical Power System) Admission Alert
M.Tech. in Electrical Power System: Syllabus and Course Description
A semester-wise breakup of the course’s syllabus is tabulated here.
Electric Drive System
Modelling and Analysis of Electrical Machines
Digital Signal Processing
CAD of Electrical Apparatus
Power Electronic Devices and Circuits
Control of Electric Drives
Numerical Methods and Optimization Techniques
Analysis of Power Electronic Controllers
Advanced Electrical Machines
Communication Skills for Engineers (Supplementary Course)
Major Project Part I (Full Time)
Major Project Part II (Full Time)
List of Electives
Electrical Machines (Not open to EE)
Modern Control Theory (Not open to IC)
High Voltage DC Transmission (HVDC)
Multi-Level Inverters for High-Power Induction Motor Drives.
M.Tech. in Electrical Power System: Career Prospects
Government organizations, enterprises, and departments such as the Indian Railways, BHEL, Indian Armed Forces, BSNL, HAL, State Electricity Boards, Hydroelectric Power Plants, DRDO, Thermal Power Plants etc. are the prime employers of postgraduates of the discipline.
Such postgraduates are hired as Assistant Engineers, Site Engineers, and in other officer-level positions upon qualifying the relevant entrance exams (if applicable).
As for the private sector, Electrical Power System Engineers are hired in areas such as:
Electrical goods manufacturing sector
Industries involved in production and manufacturing
Solar and Wind Energy sectors.
They may even choose to professionally pursue lectureship, or pursue further studies by enrolling to Ph.D. or doctoral research in the subject.
Some of the popular professional avenues open to successful postgraduates of the course are tabulated below, along with the corresponding salaries and basic job duties.
Average Annual Pay Scale in INR
Executive Engineers are responsible for maintaining interface with the organization, showcasing, and devising strategies for the venture. They are the main point of contact for the organization’s/department’s Design Engineers and other engineers.
Regulatory Officers typically address a government’s need to ensure general wellbeing by controlling the security and viability of items falling under the category of pharmaceuticals, veterinary drugs, therapeutic gadgets, pesticides, agrochemicals, beauty care products, and other drugs and medicines.
Application Engineers are in charge of effectively driving, and dealing with the innovation assessment phase of a business operation.
Research Scientists are in charge of outlining, studying, and examining data from controlled lab-based examinations, tests, and trials.
Sales Engineers are commonly responsible for preparing and holding specialized promotions of the organization’s products/services for existing and potential clients.
Master of Technology [M.Tech] (Electrical Power System) : 7 Answered QuestionsView All
• Top Answer By Simran Nigam on 19-Aug-2020
Ans. The Department of Energy Science and Engineering at IIT Bombay focuses on research and education for the development of sustainable energy systems for the future. The department offers M.Tech in Energy System Engineering with a duration of 2 years. The institute takes admission to the M.Tech Energy System Engineering program based on the performance of the candidate in GATE. For 2019 the GATE cutoff for Energy System Engineering was 750 (General). The first-year course fee for the program is INR 32,000.
According to the placement statistics of 2019, a total of 402 students from M.Tech courses got placements. The average CTC offered was around INR 14.11 LPA.
IIT Bhubaneswar offers MTech in Power System Engineering. The M.Tech program in Power System Engineering focuses on power systems, power electronics, renewable and distributed energy systems, control and optimization, etc. The intake of the students into the program is done through GATE and the expected GATE cutoff in 2020 for Power System Engineering is 495-505 (general category). The 1st year course fee is 2.34 lakhs.
In 2019, 70% of the PG students got placements in many top MNCs with average CTC 11.4 LPA. MNCs like Deloitte, TCS, Capgemini, Goldman Sachs, etc. have participated in the placement drive.
Energy science from IIT Bombay and Power System Engineering from IIT Bhubaneswar are two entirely different branches which makes it difficult to decide which program is best. You should choose according to the branch you are interested in.
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Ans. M.Tech Electrical Engineering program in IIT BHU is quite good, the faculty members are well experienced and the department has well-furnished labs equipped with state-of-the-art instruments. At present, there are 8 lab facilities available in the Electrical Engineering department. There are a total of 5 specializations in electrical engineering in IIT BHU: Electrical Machines and Drives, Power Systems, Control Systems Engineering, Power Electronics, and Systems Engineering (interdisciplinary).
The placement record of IIT BHU is very good especially for branches like Electrical, Electronic, computer science, mathematics, and computing. If we talk about Electrical engineering, it gives you tremendous flexibility in pursuing your interests in Coding, Electronics, Core Electrical Engineering. There are many companies that provide offers for the core as well as non-core jobs for M.Tech students. Offers are given by companies like Cisco, Accenture, IBM, Mentor graphics, Qualcomm, Intel, Nvidia, Wipro, Tata, many others. If you have programming skills, you can easily get placement into MNCs.
Now coming to the next part if it is better or not to join the M.Tech program in IIT BHU. It depends on the branch and other options you have. If we consider the Electrical branch then placements are good about 70% M.Tech gets placed There is a placement cell for this which facilitates the process of placement for students. The teachers here are good. So the conclusion is if you want to have good placement and job then you can join IIT BHU for M.Tech.Read more
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Ans. M.Tech in Electrical Engineering programs offered by IIT BHU and IIT Bhubaneswar are not similar, so the choice must be based on what you are looking for in the program. The EE department of IIT BHU offers M.Tech programs in Electrical Machines and Drives, Power Systems, Control Systems, Power Electronics, and Interdisciplinary Systems Engineering. Whereas Electrical science department of IIT Bhubaneswar offers an M.Tech program in Power system engineering, and Electronics & Communication Engineering.
IIT BHU has one of the largest and well-connected alumni foundation in India. The placement scenario of EE is very good at IIT BHU. According to 2019 placement statistics, a total of 52 companies visited the campus for recruitment. 88 students got placed from the Electrical Engineering department with an average package of 8.19 LPA. On the other hand, about 68% of the M.Tech batch have been placed successfully in the year 2019 from IIT Bhubaneswar. A total of 89 companies visited the campus. The highest number of jobs has been received from core industries. The average placement package offered at this IIT was 11.44 LPA.
Apart from placements both colleges provide a large platform for research and development. There are 7 core laboratories such as Control system, Electrical machines & drives, High voltage, Network, Power Electronics, Power system, and System simulation in IIT BHU. Whereas there are 4 core laboratories such as Electrical Machines and Power Electronics, Power energy system, and Measurement & Electronic instrumentation present in IIT Bhubaneswar for research and practicals.
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Ans. Among the different types of specialization in electrical engineering, MTech in power systems is a leading specialization from IIT Bhubaneswar. There are 40% of the seats for the electrical engineering department among the total seats. In each year there are 10 elective subjects you can choose from.
Now let's have a look at the most important thing which is placement. You will get the privilege of sitting for major companies like Google, Apple, Microsoft, TCS, Intel, Cognizant, etc. Apart from these, there are also lecturer jobs from the coaching institutions and universities. In 2019 there was 69% placement from M.Tech courses. One thing to be kept in mind regarding the placements is that you can apply up to a maximum of 60 companies.
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Ans. The curriculum for electrical engineering includes fundamentals and principles of Maths, Physics and sub-disciplines include power electronics, signal processing, etc.
The main topics for the written test in M.Tech (Electrical Engineering) counseling at IIT Bhubaneswar include the following:
Potential hurdles in electricity generation
Power control in factories
Distribution of electrical engineering
Electric motors and its controls, transformers.
Depending on the specialization you choose for the written test in M.Tech for electrical engineering, you should always prepare the basics and follow through with the definitions. If your rank is between 400-600, it helps a lot to get into IIT Bhubaneswar. Moreover if you follow further blogs on electrical interview questions, it will be immensely helpful for your career to crack the written tests.Read more
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