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B.E. in Electrical and Electronics Engineering (EEE) is a four-year undergraduate program that focuses on the study of electrical systems, electronics, and their applications in power generation, automation, and communication. The course covers key subjects such as circuit analysis, power systems, control systems, microprocessors, embedded systems, and renewable energy technologies. Students gain hands-on experience with tools like MATLAB, PSCAD, and embedded programming, preparing them for real-world engineering challenges.
Graduates of this program can pursue careers in power generation, electrical design, automation, robotics, and electronics manufacturing. They can work in industries such as energy, telecommunications, automotive, aerospace, and industrial automation. With expertise in power electronics, IoT, and smart grid technologies, EEE professionals contribute to the development of efficient and sustainable electrical systems.
With the increasing adoption of AI in various domains, B.Tech in AIDS offers excellent career prospects and high-paying job opportunities. Companies in FinTech, self-driving cars, bioinformatics, and entertainment are actively hiring AI professionals. This course is ideal for those passionate about AI-driven innovation and data analytics, providing a strong foundation for future advancements in artificial intelligence.
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Regulation and Syllabus
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B.E– Electrical and Electronics Engineering – Regulation
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B.E– Electrical and Electronics Engineering– Syllabus
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Instrumentation & Control AC & DC Bridges (Wheatstone Bridge, Maxwell Bridge, Kelvins Bridge, Schering Bridge), LVDT, Pressure transducer, Instrumentation Amplifier, A/D & D/A Converters, Energy Meter Calibration, 3phase Power and Power Factor Meter Measurement, Electric Heater, Thermometer, RTD, Strain gauge kit with hanging lever beam, Optical Sensor for speed measurement, Flow measurement trainer kit, P, PI, PID Controller, AC, DC Position Control System, Synchro-Transmitter-Receiver, DC Generator transfer function, DC Motor transfer function, multimeters, and Matlab software are all available in the lab. Three sets of sockets for precise instrument readings are included in the wooden work benches.
To provide quality education to make the students to become a good entrepreneur and employee.
To collaborate with industries for exposure and innovation.
IGBT-based single phase PWM inverter module, IGBT-based three phase PWM inverter module, SCR & TRIAC-based one phase AC controller with lamp, MOSFET-based step up and step down choppers, and device characteristics for SCR, MOSFET, TRIAC, and IGBT kits are all available in the Power Electronics lab. multimeter, isolation transformer, one phase auto transformer, cathode ray oscilloscope, dual regulated DC power supply,different ranges of rheostats, analog voltage and ammeters, This sort of work bench is made with an elevated platform that can be adjusted for conducting experiments and projects. It also has the ability to accommodate more equipment on a single table for conducting experiments or projects.
To provide quality education to make the students to become a good entrepreneur and employee.
To collaborate with industries for exposure and innovation.
DC Shunt motors with shunt generators, DC Shunt motors with compound generators, DC Shunt motors with loading arrangements, DC series motors with loading arrangements, DC compound motors with loading arrangements, DC Shunt motors with three phase alternators, single phase transformers, three phase transformers, single phase induction motors, and three phase squirrel cage induction motors with loading arrangements are among the facilities available in the Electrical Machines Laboratory. unit for rectifiers, Auto transformers in single and three phases An induction motor with a three-phase slip ring and a loading arrangement Staters (two, three, and four points, DOL, Star-Delta, rotor resistance starter, and auto transformer starter), three-phase synchronous motor with loading arrangement, Loads of single and three-phase rheostats, Inductive loading in three phases, Analog and digital tachometers To provide quality education to make the students to become a good entrepreneur and employee. To collaborate with industries for exposure and innovation.
To collaborate with industries for exposure and innovation.
