Dwarkadas. J. Sanghvi College of Engineering started the course in Electronics & Telecommunication Engineering (EXTC), in 1999 with the intake of 30. In the subsequent year, it was increased to 60. In the year 2010, it was increased to 120.Since then the intake at the undergraduate level is 120. Department is running M.Tech. Program in Electronics & telecommunication since 2011, with the intake of 18 students. Affiliated to the University of Mumbai, Ph.D. Research centre of the Department, started from Academic year 2015–16. This program is accredited by National Board of Accreditation with effect from the Academic Year 2012-13. Since Academic Year 2022-23 department intake has increased to 180.
| Duration 4 Years |
Year of establishment 2001 |
Intake 180 |
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| Degree B.Tech in Electronics and Telecommunication Engineering |
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| This program is accredited by National Board of Accreditation with effect from the Academic Year 2012-13 | ||||
Electronics and Telecommunications (EXTC) Engineering involves research, designing, developing, and testing of electronic equipment used in various communication systems. The EXTC Engineering a backbone of modern communication system that rules rocket science to telecommunication everything. Electronics and Communications engineers also conceptualize and oversee the manufacturing of communications and broadcast systems.
The branch deals with Basic Electronics, Solid state devices, Microprocessors/Microcontrollers, Analog/Digital communication, Analog Integrated circuits, Antenna and Wave Propagation, Microwave engineering, Satellite communication, Mobile communication and also includes advanced courses like 5G, IoT and Industrial automation. Looking into recent trends subjects and overall learning requisites the multidisciplinary environment, the EXTC curriculum is further strengthened by adding subjects like Data Structures and Algorithms, DBMS, Big Data Analytics.
Over the years, communication and electronics have crept in our lives like never before. This change in the technological field has ensured a bright path ahead for EXTC pursuers. With smartphones in hand and widespread opportunities to communicate, electronics and communication engineering is the next best thing to rule the global market.
| Semester III | Semester IV |
|---|---|
| Engineering Mathematics – III | Engineering Mathematics – IV |
| Engineering Mathematics – III Tutorial | Engineering Mathematics – IV Tutorial |
| Electronics Circuit Design | Integrated Circuits |
| Electronics Circuit Design Laboratory | Integrated CircuitsLaboratory |
| Digital System Design | Electromagnetic Wave Propagation |
| Digital System Design Laboratory | Electromagnetic Wave Propagation Laboratory |
| Signals & Systems | Microcontroller & Applications-I |
| Signals & Systems Laboratory | Microcontroller & Applications-I |
| Electrical Networks Analysis & Synthesis Laboratory | Data Analytics Laboratory |
| Python Programming Laboratory | Database Management System Laboratory |
| Universal Human Values | Constitution of India |
| Universal Human Values Tutorial | Innovative Product Development-II |
| Innovative Product Development-I |
| Semester V | Semester VI |
|---|---|
| Analog Communication | Digital Communication |
| Analog Communication Laboratory | Digital Communication Laboratory |
| Radio Frequency Circuit Design | Radiating Systems |
| Radio Frequency Circuit Design Laboratory | Radiating Systems Laboratory |
| Microcontroller & Applications-II | Computer Networks |
| Microcontroller & Applications-II Laboratory | Computer Networks Laboratory |
| Digital Signal Processing | Fundamentals of Digital Image Processing |
| Digital Signal Processing Laboratory | Fundamentals of Digital Image Processing Laboratory |
| Data Structures & Algorithms | Department Level Elective: |
| Data Structures & Algorithms Laboratory | Basic VLSI |
| Environmental Engineering | Basic VLSI Laboratory |
| Innovative Product Development-III | Control Systems |
| Control Systems Laboratory | |
| Neural Network & Fuzzy Logic | |
| Neural Network & Fuzzy Logic Laboratory | |
| Operating Systems | |
| Operating Systems Laboratory | |
| Big Data Analytics | |
| Big Data Analytics Laboratory | |
| Radar Engineering | |
| Radar Engineering Laboratory | |
| Linear Algebra | |
| Linear Algebra Laboratory | |
| Professional & Business Communication Laboratory | |
| Innovative Product Development-IV |
| Semester VII | Semester VIII |
|---|---|
| Microwave Engineering | Optical Communication |
| Microwave Engineering Laboratory | Optical Communication Laboratory |
| Mobile Communication System | Wireless Network |
| Mobile Communication System Laboratory | Wireless Network Laboratory |
| Internet of Things | Department Level Elective: |
| Internet of Things Laboratory | 5G Technology |
| Department Level Elective: | 5G Technology Laboratory |
| Artificial Intelligence & Machine Learning | Computer Vision |
| Artificial Intelligence & Machine LearningLaboratory | Computer Vision Laboratory |
| Robotics | Satellite Communication |
| Robotics Laboratory | Satellite Communication Laboratory |
| Power Electronics | Internet Engineering & Network Security |
| Power Electronics Laboratory | Internet Engineering & Network Security Laboratory |
| Data Compression & Encryption | Machine Learning for Signal Processing |
| Data Compression & Encryption Laboratory | Machine Learning for Signal Processing Laboratory |
| Speech Processing | Advanced Digital Signal Processing |
| Speech Processing Laboratory | Advanced Digital Signal Processing Laboratory |
| Embedded Systems | Microwave Amplifier & Oscillator Design |
| Embedded Systems Laboratory | Microwave Amplifier & Oscillator Design Laboratory |
| Advanced VLSI | Institute Professional Elective |
| Advanced VLSI Laboratory | Project Stage – II |
| Institute Professional Elective | |
| Industrial Automation Laboratory | |
| Project Stage – I |
