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The vision of Electrical Engineering Department of M.M. (Deemed to be University) is to lead in the creation and development of intellectual and human capital in electrical engineering and their applications in order to foster the technological, economic, and social enrichment of the nation and the world. M.Tech. Electrical Engineering Programme has been designed to contribute in solving engineering problems by research and innovation.
The Electrical Engineering department is committed to fulfil the following Program Learning Objectives in its Master of Technology in Electrical Engineering program:
Graduate Students in Electrical Engineering at Maharishi Markandeshwar(Deemed to be university) will be able to:
This course covers methods of network modelling by graph theory and algorithmic approach, representation of three phase network elements, Kron reduction technique, Schemes of ordering, short circuit studies using Z bus, load flow equations, Gauss-Seidel and Newton-Raphson methods, fast decoupled methods, AC-DC load flow problems, transient stability solution using modified Euler’s method, sparsity techniques and state estimate of an AC network.
This course deals with the Operating characteristics of power semiconductor devices such as Power Diode, Bipolar Junction Transistors, IGBTs, MOSFETs ,Thyristors, DIAC, TRIAC, GTO etc. SCR rating and Commutation and also fundamentals of power converter circuits as phase controlled rectifiers and AC Regulators.It also deals with the Practical issues in the design and operation of converters and fundamentals of power converter circuits as choppers.
This course describes different signal classes and identify the relevant spectral representation and also explain and apply properties of discrete time signal processing systems and Fourier series properties to compute the spectrum of a signal and the difference among various transforms like Fourier, Laplace, Z, Discrete Fourie, discrete time signal processing system and calculate associated transfer functions and also help to understand the concept of sampling and reconstruction processes and determine the relevant parameters in specific applications, also to deduce and determine how the discrete and fast Fourier transform can be applied for computation of signal spectra and in filtering operations
This course introduces the fundamental concepts of Control systems and mathematical modelling of the system and also time response and frequency response of the system. It also gives the knowledge of the basics of stability analysis of the system, of state variable analysis, conventional PID controller and some control components like synchros, dc-ac techogenerator, servomotor, magnetic amplifier, stepper motor
This course gives an idea about the Model decision making problems using major modelling formalisms of operations research, including propositional logic, constraints, linear programs and also able to evaluate the computational performance of search, satisfaction, optimization and learning algorithms.
Students will be able to study the equivalent circuit and mathematical representation of Transformer, speed control methods of D.C motors, equivalent circuit and mathematical representation of AC machines and also study of speed control methods of induction and synchronous machine.
This course deals with the study of the security systems in computer networks and various types of attacks in computers and networks and also idea about the various encryption and decryption techniques and speed various security systems in computer networks.
This deals with the basic knowledge of the electrical drive systems and also the knowledge about stability control circuits in rotating electrical machines and also to make the students familiar with the computer approaches for speed controls of electrical machines.
It gives the idea about the fundamentals of power converter circuits, inverters, cycloconverte AC voltage regulator and the Performance characteristics Practical issues in the design and operation of converters and Harmonic mitigation techniques.
It gives an overview of power system operations and control and principal analytical aspects of power system operations, optimization and optimal power flow, Economic Operation of Power System, Automatic Generation Control, Load Frequency Control, Economic Sharing of Loads between Different Plants Coordination between LFC and Economic Dispatch and Resource scheduling and unit commitment, load forecasting, Load modelling and role of reactive power in system operations and Reactive Compensation.
Emphasizes on off-the-shelf research to create new knowledge and explore future challenges. The researcher is expected to identify the research gaps, formulate objectives, and develop methodologies for finding solutions to real life problems.
Passed Bachelor’s Degree in Engineering & Technology or equivalent in the relevant field.
Obtained at least 50% marks (45% in case of candidates belonging to reserved category) in the qualifying Examination
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