Engage with experts using interactive, technology-enabled virtual classrooms
Gain from recorded lectures, programme handouts, and recorded lab content
Co-Developed Co-Designed Co-Delivered by Industry Experts
It allows learners to apply concepts learnt in classroom in real work situations
M. Tech in Electrical Engineering is a postgraduate program that offers specialized knowledge and advanced skills in the field of electrical engineering. This program is designed for individuals who have a strong foundation in electrical engineering and wish to further enhance their expertise in specific areas of the discipline.
The M. Tech Electrical Engineering program encompasses a wide range of subjects, including power systems, control systems, electrical machines, signal processing, communication systems, and renewable energy. Students gain in-depth knowledge through a combination of coursework, practical laboratory sessions, and research projects.
A comprehensive curriculum, extensive emphasis on experiential learning using remote labs and cloud labs and a flexible education methodology that enables working professionals to acquire a prestigious post graduate engineering degree while pursuing their careers, the M.Tech Electrical Engineering is just the right programme for career growth in the relative feilds.
Four Semesters spread over Two Years
Batch-Size of 20 learners per branch
Skills and techniques to overcome problems related to new technologies across Globe
Prepares Learners to be suitable for various senior roles of Industrial Sector
Degree Awarded from UGC recognised Universities
Virtual Labs
Bachelor’s Degree in relevant branch of Engineering with having minimum 45% marks or its equivalent
Minimum one year of work experience.
Specialization: -Power System, Energy Mgmt, Power Electronics & Drives
ADVANCED CONTROL SYSTEM |
POWER SYSTEM OPERATION & CONTROL |
DEPARTMENTAL ELECTIVE-I |
DEPARTMENTAL ELECTIVE-II |
RESEARCH PROCESS & METHODOLOGY |
ADVANCED CONTROL SYSTEM LAB |
ADVANCED POWER SYSTEM LAB |
MICROCONTROLLER & ITS APPLICATIONS |
ADVANCED INSTRUMENTATION CONTROL |
DEPARTMENTAL ELECTIVE-III |
DEPARTMENTAL ELECTIVE-IV |
DEPARTMENTAL ELECTIVE-V |
ADVANCED MICROCONTROLLER LAB |
MINI PROJECT |
ELECTRIC AND HYBRID VEHICLES |
ENERGY MANAGEMENT AND AUDITING |
SEMINAR ON PROJECT |
SEMINAR & DISSERTATION |
ELECTIVES I | ELECTIVES II | ELECTIVES III | ELECTIVES IV | ELECTIVES V |
HIGH VOLTAGE ENGINEERING | FACTS | POWER SYSTEM PLANNING | NEURAL NETWORKS & FUZZY SYSTEM | SMART GRID |
DIGITAL SIGNAL PROCESSING | POWER ELECTRONIC DRIVES | DIGITAL CONTROL SYSTEM | MODELLING & SIMULATION OF POWER ELECTRONIC CIRCUITS | POWER QUALITY |
NON CONVENTIONAL ENERGY SOURCES & ENERGY CONVERTERS | ENERGY SYSTEM MANAGEMENT | ROBOTICS | POWER SYSTEM OPTIMIZATION | OPTIMIZATION TECHNIQUES |
Live & Recorded Lectures
Cutting Edge Tutorials.
Continuos Assessment
Multimedia Resources
Lectures through LMS
E-Examinations
Peer Assessment
Insights from industry experts
Counseling through Experts
Resume Buidling
Networking with larger community of professionals
eDIGILEARN does not grant credit; credits are granted, accepted or transferred at the sole discretion of the relevant educational institution offering the diploma or degree. We advise you to enquire further regarding the suitability of this program for your academic and professional requirements before enrolling. eDIGILEARN does not make any representations regarding the recognition or equivalence of the credits or credentials awarded, unless otherwise expressly stated.