Electronic Communication Engineering
About Department
Electronics & Communication Engineering deals with the electronic devices, circuits, communication equipment like transmitter, receiver, integrated circuits (IC). It also deals with basic electronics, analog and digital transmission & reception of data, voice and video, microprocessors, satellite communication, microwave engineering, antenna and wave propagation. It aims to deepen the knowledge and skills of the students on the basic concepts and theories that will equip them in their professional work involving analysis, systems implementation, operation, production, and maintenance of the various applications in the field of Electronics and Communications Engineering.
HOD Profile
Dr. Neelam Sharma
Dr. Neelam Sharma has completed her diploma in Electronics and Telecommunication in 2001 from Ujjain polytechnic, Ujjain and B.E. in Electronics and communication engineering in 2004 from Government Engineering College Ujjain. She has also completed her M.E. in Digital Communication in 2010 from IET DAVV, Indore and Ph.D. in Electronics Engineering from Medicaps University, Indore in 2023.She has teaching experience of 18 years and associated with the institute since past 12 years. She has publication in various SCI and Scopus journals and IEEE conferences. She has received Academic excellence award in 2022.She has guided many PG students for research work. She was also the joint organizing secretory of the International Conference on Material, Mechanics and Technology 2022.She is also the life member of ISTE. Her area of interest are Electromagnetic theory, Analog and Digital communication, microwave engineering, and Digital electronics.
Vision & Mission
Our Vision
Empowering emerging engineers to meet the needs of current technological requirements by providing congenital environment for creative thinking and innovative breakthrough in the field of Electronics & Communication.
Our Mission
M-1. To impart in-depth knowledge of fundamental principles and their applications in the design and development of engineering systems.
M-2. To inculcate creative thinking through innovative ideas and team based learning to develop competence, entrepreneur skills, and ethical values among budding professionals.
M-3. To provide young graduates a platform for interaction with industrial and research organizations.
Key Strengths
| Cutting edge technology offered | IOT lab,SCILAB,Xilinx, Python Programming and Embedded system and Robotics lab |
| Student Clubs | IOT club |
| MoU’s (Industry / Institutions / Organizations) | Robotronix Engineering Tech Private limited |
| Industry Supported Laboratory | E-yantra lab supported by IIT Bombay |
| Professional Society Chapters | ISTE, The Institution of engineers |
| Faculty areas of expertise | Mobile and wireless communication, Microwave engineering, Signal Processing, IoT Communication Systems, VHDL – VLSI and System Modeling and Antenna and wave propagation |
| Departmental Magazine/Newsletter | Abhivayakti |
Program Offered
- Tech in Electronics and Communication Engineering
- Tech in Digital communication
Program Outcomes
Students will be able to learn:
- Engineering knowledge:
- Problem analysis:
- Design/development of solutions:
- Conduct investigations of complex problems:
- Modern tool usage:
- The engineer and society:
- Environment and sustainability:
- Ethics:
- Individual and team work:
- Communication:
- Project management and finance:
- Life-long learning:
Programme Educational Objectives
PEO 1 : To prepare engineering graduates with, in-depth understanding ofbasic concepts and applications of Electronics and Communication Engineering.
PEO 2: To make engineers capable off to apply, analyze, design and develop electronic systems as per industrial & social needs.
PEO 3: To enhance the skills of graduates with training and internships on latest technologies, to enable them to solve real world problems.
PEO 4 : To develop engineers with leadership qualities, management skills, team spirit and lifelong learning ability.
Program Specific Outcomes
PSO 1 : To demonstrate, design and develop systems in the areas of, IoT, Embedded Systems, Advanced Signal and Image Processing, latest Semiconductor technologies & RF systems.
PSO 2 : To demonstrate the ability to solve complex problems using latest hardware and software tools.
PSO 3 : Demonstrate and implement variety of automation system by controlling keeping, processing different signals.
