B.Tech IN Electronic Engineering
Importantly, Electronic Engineering is known as a sub-part of electrical engineering. These are the reasons, which make this domain wide and best for modern electronic industrial innovations. The curriculum is designed to equip students for various roles. After the end of this program, students will get in-depth knowledge and hands-on experience in circuit designing, signal processing, and semiconductor technology. This will enhance the technical and problem-solving proficiency of the electronic engineering students. Students who complete their studies in this specific program can get the expertise of a wide range of skills. Moreover, this program will allow students to gain expertise in technical proficiency.
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Program Features:
1. This Electronic Engineering in B-tech has government assent. It is a lateral Entry for working experts.
2. The program has a duration of 6 semesters. The lectures will be delivered by experienced faculty or professionals who have expertise in computer science engineering and related aspects.
3. The exams will be conducted through online mode. The exam process will be smooth and with complete security.
4. The officials will follow a continuous evaluation system for monitoring students day to day learning and learning status. Through this system, students will get regular feedback.
5. In the final or last semester students work on dissertations. This process will aid students to learn and apply all useful and applicable concepts and techniques learned during the online classes.
6. After the successful completion of this B-tech degree students will be honored with the degree of B-tech Electronic Engineering.
Program Structure:
3rd Semester
4th Semester
5th Semester
6th Semester
7th Semester
8th Semester
Study the system of electronic Instrumentation
Signal & Systems of Electronic Engineering
Concepts of Antennas & Wave Propagation
What is wireless communication
Microprocessors and Applicants
3G & 4G mobile communication - Advance Level
Mathematics III
Evaluate the Theory of Network
What is Digital Communication
Microwave Engineering
Practical of Microprocessors and applicants
Seminar or webinar
Analog Devices and Circuits
Analog Communication
Practical Of Digital Communication
Microwave Engineering & its practical
Communication of Optical Fiber
Project work
Analog Devices and Circuits Practical
Practical of Analog Communication
Study of Instrumentation & Sensor
Automatic Control Systems
Communication with Optical Fiber Practical
Programming of Computer
Digital Electronics
Integrated Linear Circuits
Study of Network Communication & Switching
Concept of Wireless Sensor Network
Programming Of Computer Practical
Digital Electronics Labs
Practical of Integrated Linear Circuits
Learning of transmission lines and field of electromagnetic
Study of Devices of Optoelectronics & its Circuits
- Should be working professionally with the Diploma in Engineering
- having minimum 45% marks or equal
- Must have one year of work experience
Active Learning with Flipped Classroom
Recorded & Live Lectures with cutting-edge tutorials
Work integrated Benefits
Educational & Industry Mentorship
Interact, Communicate & Collaborate with peers & Professors or Faculty
E-portfolio & Peer Assessment & Online Monitoring
Practice Multimedia as well as open educational resources
Project Work/ Dissertation & Illustrative Learning
- Application Fees - 1 time fee
- Semester Fees - per semester
- Examination Fees - Per semester
