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    Program Structure

    First Semester
    • BTEE101 –
    • Mathematics-I–
    • 4 Credits
    • BTEE102 –
    • Chemistry–
    • 4 Credits
    • BTEE103 –
    • English For Communication –
    • 4 Credits
    • BTEE104 –
    • Electrical Technology –
    • 4 Credits
    • BTEE105 –
    • Mechanics –
    • 4 Credits
    • BTEE106 –
    • Introduction to Manufacturing Process–
    • 4 Credits
    • BTEE107P –
    • Chemistry Practical –
    • 4 Credits
    • BTEE108P –
    • Electrical Technology Practical –
    • 4 Credits

    TOTAL CUMULATIVE CREDITS – 32 Credits

    Second Semester
    • BTEE201 –
    • Mathematics-II–
    • 4 Credits
    • BTEE202 –
    • Applied Physics –
    • 4 Credits
    • BTEE203 –
    • Fundamental of Computers –
    • 4 Credits
    • BTEE204 –
    • Basic Electronics –
    • 4 Credits
    • BTEE205 –
    • Engineering Drawing and Graphics –
    • 4 Credits
    • BTEE206P –
    • Applied Physics Practical –
    • 4 Credits
    • BTEE207P –
    • Basic Electronics Practical –
    • 4 Credits

    TOTAL CUMULATIVE CREDITS – 28 Credits

    Third Semester
    • BTEE301 –
    • Mathematics-III –
    • 4 Credits
    • BTEE302 –
    • Thermodynamics –
    • 4 Credits
    • BTEE303 –
    • Signals & Networks –
    • 4 Credits
    • BTEE304 –
    • Digital Electronics –
    • 4 Credits
    • BTEE305 –
    • Electrical Machine –
    • 4 Credits
    • BTEE303P –
    • Signals & Networks Practical –
    • 4 Credits
    • BTEE305P –
    • Electrical Machine Practical–
    • 4 Credits

    TOTAL CUMULATIVE CREDITS – 28 Credits

    Fourth Semester
    • BTEE401 –
    • Society, Environment & Engineering –
    • 4 Credits
    • BTEE402 –
    • Electronic Devices & Circuit –
    • 4 Credits
    • BTEE403 –
    • Electromagnetic Theory & Application –
    • 4 Credits
    • BTEE404 –
    • Electrical Measurement – I –
    • 4 Credits
    • BTEE405 –
    • Analog Electronic Circuit –
    • 4 Credits
    • BTEE406P –
    • Electrical Measurement-I Practical –
    • 4 Credits
    • BTEE407P –
    • Analog Electronics Practical –
    • 4 Credits

    TOTAL CUMULATIVE CREDITS – 28 Credits

    Fifth Semester
    • BTEE501 –
    • Computer Organization –
    • 4 Credits
    • BTEE502 –
    • Power Systems –
    • 4 Credits
    • BTEE503 –
    • Control System –
    • 4 Credits
    • BTEE504 –
    • Electrical Measurement – II –
    • 4 Credits
    • BTEE505 –
    • Advanced Electrical Machines –
    • 4 Credits
    • BTEE506P –
    • Signals and Networks Practical–
    • 4 Credits
    • BTEE507P –
    • Advanced Electrical Machines Practical –
    • 4 Credits

    TOTAL CUMULATIVE CREDITS – 28 Credits

    Sixth Semester
    • BTEE601 –
    • Power Electronics & Devices–
    • 4 Credits
    • BTEE602 –
    • Digital Signal Processing –
    • 4 Credits
    • BTEE603 –
    • Micro – Processor –
    • 4 Credits
    • BTEE604 –
    • Advance Power System and Design –
    • 4 Credits
    • BTEE605 –
    • Industrial Economics and Management –
    • 4 Credits
    • BTEE606P –
    • Power Electronics & Devices Practical –
    • 4 Credits
    • BTEE607P –
    • Micro – Processor Practical –
    • 4 Credits

    TOTAL CUMULATIVE CREDITS – 28 Credits

    Seventh Semester
    • BTEE701 –
    • Switchgear & Protection –
    • 4 Credits
    • BTEE702 –
    • Communication Engineering –
    • 4 Credits
    • BTEE703 –
    • Utilization of Electrical Power –
    • 4 Credits
    • BTEE704 –
    • Electronics Instrumentation –
    • 4 Credits
    • –
    • ELECTIVE – ANY 1 –
    • 4 Credits
    • BTEE705A –
    • I) EHY Transmission
    • BTEE705B –
    • II) Electrical Power System Reliability
    • BTEE706P –
    • Switchgear & Protection Practical –
    • 4 Credits
    • BTEE7067P –
    • Electronics Instrumentation Practical –
    • 4 Credits

    TOTAL CUMULATIVE CREDITS – 28 Credits

    Eighth Semester
    • BTEE801 –
    • Machine Drives –
    • 4 Credits
    • BTEE802 –
    • Design & Estimation of Electrical System –
    • 4 Credits
    • BTEE803 –
    • Electrical Machine Design –
    • 4 Credits
    • BTEE804P –
    • Machine Drives Practical –
    • 4 Credits
    • BTEE805P –
    • Project –
    • 4 Credits

    TOTAL CUMULATIVE CREDITS – 20 Credits

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    Program Overview

    B. Tech Electrical engineering or Bachelor of Technology in Electrical Engineering is a regimen of engineering regulation that predominantly distributes with the learning and approach of electronics, electricity, and electromagnetism. This is the first area to become the distinguishable job in the following half of the 19th century after the materialistic of the telephone, electric telegraph and the electric power disposition and use. Eventually, transmitting and recording media built the electronics part of our daily life. The innovation of the transistor, and later the non-segregated circuit, brought down the evaluation of electronics to the point they can be used in almost any household object.
    Electrical engineers are working in an immense range of industries and the efficiency required is correspondingly unchangeable. These ranges from the basic circuit theory to the management skills are required of a project manager. The tools and apparatus that an individual engineer may need are comparably variable.

    Key Role of B. Tech Electrical Engineering
    • Research and Development (R&D) : Research and development is about designing, improving and creating products and services. Some public sectors provide good earning opportunity. This is the most prestigious sector for Electrical Engineers.
    • Manufacturing : Electrical Engineering plays a significant role in the manufacture, design and building of something which is indigenously concludes to be not possible.
    • Design : Design engineering is grounded on CAD tool. This is the most encouraging sector for Electrical Engineers currently.
    • Installation : This is also fundamental plant job for Electrical Engineers. Under the observation of Electrical Engineers the part of machines are installed.
    • Maintenance : Maintenance job is related with preservation of machines using divergent tools of Electrical Engineering.
    • Analysis and testing : This is also a new trending job along with design. In this job you have to experiment with the products. Quality assurance is also the part of it.
    Industries where can work
    • Power plants
    • Cement Industries
    • Automobiles Industries
    • Chemical industries
    • Steel Industries
    • Nuclear Industries
    • Aerospace Industries
    • Paper Industries
    • Communication Companies
    • Thermal Power Industries
    • Power generation industries and many more.