Electronics & Communication Engineering
The focus in this discipline is on understanding electronic networks and devices, electric magnetic fields, computer fundamentals, communication and control systems. Electronics and Communication Engineering uses the scientific knowledge of the behaviour and effects of electronics to develop components, devices, systems and equipment. Its deals with recent trends in communication technology via wire/ wireless networks, circuits designs & Micro controllers.
Eligibility
The Course for the Diploma in Electronics & Communication Engineering shall extend over a period of three academic years, consisting of 6 semesters and the first year is common to all engineering branches.
Electronics & Communication Engineering
- Qualified and Dedicated faculty team
- Extensive Career Guidance and Life Skills programme
- Extension activities beyond the curriculum
- Excellent placement records consecutively
- Value Added and Certification programme to boost the curriculum
- MOOC certification programmes
- Industry Institute Forum for industry exposure
Ms. ANURADHA M M.E
HODMs. SASIKALA A B.E
SENIOR LECTURERMr. N.S.SAKTHIPRAKASH M.E
SENIOR LECTURERMr. N.S.SAKTHIPRAKASH M.E
SENIOR LECTUREREmail : sakthiprakash.n.s@sankara.ac.in
Exp: 15 years
ProfileMr. MANOJKUMAR R B.E.,
SENIOR LECTURERMr. VIMAL RAJ S B.E.,
LECTURERMs. RAMYA SHRI M M.E.,
LECTURERMs. VIDHYADEVI M DECE
INSTRUCTORTo develop globally competent Electronics and communication diploma engineers, innovators and entrepreneurs, thereby contributing value to the economy and society
- 1. To inculculate the students about the basic concepts in electronics and communication engineering.
- 2. To enlighten the knowledge of the students about contemporary technologies in scientific disciplines, electronics.
- 3. To enhance the skills of students based on industry needs.
- 4. To impart ethical activities for being amity with society.
ECE LAB1
ECE lab1 comprises of Electronic Devices and Circuits and Industrial Electronics lab
- An electronic devices and circuits lab is a practical laboratory setting where students can experiment with electronic components and circuits to gain hands-on experience and apply theoretical knowledge.
- Electronic devices and circuits labs play a crucial role in the education and training of electronics enthusiasts, providing them with the practical skills and knowledge needed to work with electronic components and circuits in various applications.
- Industrial electronics lab provide students with practical experience in working with industrial electronic components and systems.
ECE LAB 2
ECE lab2 comprises of Microcontroller, Analog and Digital Electronics laboratory
- The objective of microcontroller practical is to equip individuals with the knowledge and skills necessary to work with microcontrollers effectively, whether for educational purposes, personal projects, or as part of their professional careers in fields such as electronics, embedded systems, or IoT.
- The objective of the Analog and Digtal Electronics practical is to provide students with practical experience in working with integrated circuits from basic understanding to hands-on design and trouble shooting.
ECE LAB 3
ECE lab3 comprises of Electrical Circuits and Instrumentation, Advanced Digital Communication Systems and Communication Engineering laboratory
- The objective of an Electrical Circuits and Instrumentation practical is to provide with practical skills, theoretical knowledge, hand-on experience in electrical circuits and instrumentation systems.
- Analog and digital communication labs focus on teaching the fundamental concepts, principles, and practical skills related to both analog and digital communication systems.
- These labs typically provide hands-on experience and experimentation with various communication technologies, equipment, and software tools.
- The communication engineering practical focuses on the design and development of communication systems and networks.
ECE COMPUTER LAB
- VLSI , Embedded Systems and Simulation Laboratory could be a facility where engineers and researchers work on designing and simulating integrated circuits and embedded systems.
- They would use simulation tools to model and test the functionality, power consumption, and other characteristics of their designs before moving on to the physical fabrication or deployment.
- In the context of VLSI and embedded systems, simulation labs can be used to test the functionality and performance of electronic circuits and embedded software in a controlled virtual environment.
- Various software tools and platforms are used for simulation, such as Multisim for circuit simulation, Xilinx or specialized IDEs for VLSI and keilC, Flash magic for embedded systems.