The B.Tech in Electronics Engineering offers a Flexible Timing Work Integrated Program (FTWIP) is a valuable option for professionals aiming for senior roles, increased responsibilities, and potential leadership positions within the field of electronics engineering. The FTWIP structure includes evening, weekend, or online classes, allowing students to manage their work and study commitments without needing a career break. These integrated work study programme are structured to provide flexible learning options along with online coursework and classes are held either on weekends or in the evening.
Choosing Lateral Entry B.Tech program in Electronics engineering is an online evening program that enables the students or professionals to acquire a degree certificate in a specified program that may enable them to enhance their skill set and make them more skilled and market-relevant in the industry. Flexible Timing Part Time B.Tech for Working Professionals not only acts as a trajectory in your career but also helps the professionals to retain their employability while earning a higher educational qualification.
This Online BTech evening program in electronics engineering offers flexible timing and blended learning options, allowing professionals to continue working while advancing their skills in electrical engineering. It integrates practical applications with academic coursework, enabling students to directly apply learned concepts to their jobs.
3rd SEMESTER | 4th SEMESTER | 5th SEMESTER | 6th SEMESTER | 7th SEMESTER | 8th SEMESTER | |
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Mathematics-III | Digital Electronics | Digital Communication | Microwave Engineering | Optical Fiber Communication | Advanced 3G and 4G Mobile Communication | |
Analog Devices and Circuits | Analog Communication | Linear Integrated Circuits | Automatic Control Systems | Microprocessors and Applications | Wireless Sensor Networks | |
Electronic Instrumentation | Signals and Systems | Communication Networks and Switching | Wireless Communication | Elective-III | Elective-VII | |
Network Theory | Electromagnetic Fields and Transmission Lines | Antennas and Wave Propagation | Elective-I | Elective-IV | Seminar | |
Computer Programming | Sensor and Instrumentation | Optoelectronic Devices and Circuits | Elective-II | Elective-V | Project | |
Computer Programming Lab | Digital Electronics Lab | Digital Communication Lab | Microwave Engineering Lab | Optical Fiber Communication Lab | ||
Analog Devices and Circuits Lab | Analog Communication Lab | Linear Integrated Circuits Lab | Automatic Control Systems Lab | Microprocessors and Applications Lab | ||
ELECTIVE -I ( ANY ONE ) | ELECTIVE -II ( ANY ONE ) | ELECTIVE -III ( ANY ONE ) | ELECTIVE -IV( ANY ONE ) | ELECTIVE -V( ANY ONE ) | ELECTIVE -VI( ANY ONE ) |
Live & Recorded Lectures with cutting-edge tutorials.
Interact and Collaborate with Peers and Faculty
Online Mentoring
Use of Multimedia and Open Educational Resources
Flipped' Classrooms
E-portfolio & Peer Assessment
Work Integrated Advantage
Experiential Learning
Academic & Industry Mentorship
Continuous Assessment
Dissertation/Project Work