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| Name |
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Position |
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Area of work |
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Associate Professor |
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• Soft-Computing Techniques such as GA, PSO, DE, Fuzzy, ANN and its application in Power System
• Power system dynamics & stability.
• FACTS Devices
• Smart Grid and Micro Grid
• Economic Load Dispatch and Optimal Power Flow
• Renewable Energy
• Power system state estimation
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PROFESSOR |
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Electromagnetic Levitation,Active Magnetic Bearing, Switch-mode converters and Inverters, controller design,soft-computing techniques,Intelligent control, Power Electronics & Machine Drives, Renewable energy, Mechatronics. |
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Assistant Professor |
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Electrical Engineering |
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Assistant Professor |
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Electrical Engineering |
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Assistant Professor |
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Electrical Engineering |
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Assistant Professor |
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Electrical Engineering |
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Assistant Professor |
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Electrical Engineering |
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PROFESSOR |
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APPLICATION OF SOFT COMPUTING TOOLS AND EVOLUTIONARY OPTIMIZATION IN VARIOUS FIELDS OF POWER SYSTEMS INCLUDING FACTS DEVICES, RENEWABLE ENERGY, DISTRIBUTED GENERATION, DISTRIBUTION NETWORKS, POWER QUALITY MONITOR PLACEMENT; OPTIMIZATION in ANTENNA, DIGITAL FILTERS, SYSTEM IDENTIFICATION AND VLSI DESIGN. |
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Associate Professor |
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Signal Processing, Pattern Recognition, Soft Computing, Process Control, High Voltage Engineering and Instrumentation |
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Associate Professor |
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Electrical Machines and Drives, Renewable Energy Systems |
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Professor & HOD |
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HIGH VOLTAGE ENGINEERING, MAGNETIC FIELDS IN POWER LINES, ICT ENABLED HIGH VOLTAGE LABORATORIES,RURAL e-GOVERNANCE, POWER QUALITY & ENERGY AUDIT, DIGITAL e-LEARNING |
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Assistant Professpr |
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Machine Drives,Power Electronics, Non Conventional Energy Sources |
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Assistant Professor |
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Electrical Engineering |
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Professor |
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Electrical Engineering |
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