Electronics and Communication Engineering
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Established in 2007, the Department of Electronics and Communication Engineering (ECE) at Bansal Institute of Research & Technology, Bhopal, is dedicated to academic excellence and the holistic development of future-ready engineers. The department fosters a focused and supportive learning environment that encourages personalized mentoring, close faculty–student interaction, and continuous professional growth.
The academic framework follows Outcome-Based Education (OBE) practices, supported by a structured Course Outcome (CO), Program Outcome (PO), and Program Specific Outcome (PSO) mapping mechanism to ensure effective attainment of learning outcomes. The curriculum integrates strong theoretical foundations with practical exposure in core and emerging areas such as Electronic Devices and Circuits, Antenna and Wave Propagation, Signal Processing, Embedded Systems, VLSI Design, Internet of Things (IoT), and Wireless Communication Technologies, and remains aligned with evolving industry requirements.
The department is supported by well-equipped laboratories for Analog and Digital Electronics, Antenna and Wave Propagation, Microprocessors and Microcontrollers, Embedded Systems, Signal Processing, and IoT applications. Teaching and learning are enhanced through ICT-enabled smart classrooms, digital resources, and a Wi-Fi-enabled campus. Highly qualified faculty members emphasize conceptual clarity, innovation, and application-oriented learning through hands-on laboratory work, mini and major projects, workshops, seminars, industrial visits, internships, and skill development activities.
Students are encouraged to participate in technical, co-curricular, and extracurricular activities, including state- and national-level sports. A strong alumni network across India and abroad provides valuable academic, professional, and industry connections, contributing to the overall growth of the department.
Welcome to the Department of Electronics and Communication Engineering Established in 2007.
Electronics and Communication Engineering is one of the most dynamic and rapidly evolving fields that drives modern technological advancements. Our department is committed to providing high-quality education, fostering innovation, and developing technically competent engineers who can contribute effectively to society and the global technological landscape.
We focus on building strong fundamentals in electronics, communication systems, signal processing, embedded systems, and emerging technologies while encouraging research, creativity, and problem-solving abilities among our students. Our dedicated faculty members strive to create an engaging learning environment through a combination of theoretical knowledge, practical exposure, and industry-oriented activities.
The department is equipped with well-established laboratories and modern facilities to support academic learning, research, and innovation. We also emphasize industry interaction, internships, workshops, and technical activities to prepare students for real-world challenges.
Our goal is not only to produce skilled engineers but also responsible professionals with strong ethical values, leadership qualities, and a commitment to lifelong learning.
I invite you to explore our department and join us in our journey of knowledge, innovation, and excellence.
Best wishes,
Dr. Deepak Kourav
Head of the Department
Department of Electronics and Communication Engineering
Vision
To produce competent Electronics and Communication Engineers by imparting quality teaching & strengthening research and development activities with world class infrastructure in the field of Electronics and Communication Engineering.
Mission
M-1 : To Provide in-depth theoretical & application oriented knowledge by quality teaching learning process.
M-2 : Nurture students on emerging technologies for serving industry needs through industry institute interface.
M-3 : To Inculcate leadership qualities among students for self and societal growth.
Program Specific Outcomes (PSOs)
PSO1 : Demonstrate, analyze & develop ability to apply concepts of science and engineering mathematics to undertake theoretical learning of Electronic Devices and Circuits, Control system , Analog & Digital Signals communication Systems ,application of EM theory in designing of antenna and microwave engineering , Electronics Measurement & Instrumentation , DSP , VLSI Design etc.
PSO2 : Demonstrate, application of acquired hands-on skills such as Circuit Simulation, MATLAB, P-spice Programming, Embedded Systems, and PCB Designing, etc..
PSO3 : Learn extra-curricular courses such as soft-skills, personality development and groom them as responsible citizen with professional ethics blended with human values, engineering economics and sustainability to handle real life problems
Program Educational Objectives (PEOs)
PEO 1 : Able to apply concepts of mathematics, science, hardware and software aspects of computing to Information Technology.
PEO 2 : Design and develop interdisciplinary and innovative hardware and software solutions.
PEO 3 : Inculcate effective communication skills, team work, ethics, and leadership in preparation for a successful career in government, academia, industry and R&D organizations.
| NAME | Photo | Desig- nation | Date of Joining | Edu- cation Quali-fication | Contact No. | Area Of Interest | |
| Dr. Deepak Kourav |  | Professor | 16/08/ 2022 | P.hd | 90748 07291 | deepkourav @gmail.com | Signal System, Digital Signal Processing, Digital Communi- cation |
| Dr. Dheeraj Kumar |  | Associate Professor | 9/9/ 2024 | P.hd | 89622 66497 | dheerajkumarsr @gmail.com | Electronics Measurement Instrumentation, Antenna & Wave Propagation, Control System, |
| Prof. Sumit Soni |  | Assistant Professor | 10/7/ 2021 | M.tech | 78982 76714 | sumitsoni.bist @gmail.com | Electronic Device & Circuit, Analog Communication |
Report on One Day Seminar
1. Title of the Program
One Day Seminar on Electrical Logic Control System
2. Organizing Department
Department of Electronics and Communication Engineering & Department of Electrical and Electronics Engineering
3. Date of the Program
13 October 2023
4. Resource Person
Shri H. S. Rathore
(Dy. Engineer, FDX BHEL Bhopal & SATI Vidisha College)
5. Duration
One Day
6. Number of Participants
75 Students
7. Objectives of the Program
The main objectives of the seminar program were:
- To control and automate electrical machines and processes using logical operations.
- To ensure safe and reliable operation of industrial equipment.
- To improve efficiency, accuracy, and productivity of systems.
- To implement logical decision-making using relays, contactors, PLCs, and sensors.
- To facilitate easy troubleshooting and maintenance.
- To support flexible and scalable automation solutions.
8. Brief Description of the Program
A One Day Seminar on Electrical Logic Control System was organized by the Department of Electronics and Communication Engineering and the Department of Electrical and Electronics Engineering on 13 October 2023.
The seminar focused on the design and operation of electrical logic control systems used in industrial automation. The resource person explained how electrical machines and industrial processes are controlled using predefined logical conditions.
The session covered various components such as relays, contactors, timers, sensors, and Programmable Logic Controllers (PLCs), which are used to perform logical functions like AND, OR, and NOT operations.
The seminar also highlighted the importance of automation in ensuring safe, sequential, and efficient operation of industrial equipment. The program provided students with practical knowledge about industrial control systems and enhanced their understanding of automation technologies used in modern industries.
9. Outcomes of the Program
After successful completion of the seminar program, the following outcomes were achieved:
- Reliable and automatic control of electrical machines and processes.
- Improved safety through interlocking and protection circuits.
- Reduction in human error and manual intervention.
- Higher efficiency and productivity in industrial operations.
- Accurate and sequential operation of control systems.
- Easy troubleshooting and maintenance of electrical systems.
- Better energy management and system reliability.
- Foundation for advanced automation and PLC-based systems.
10. Coordinator
The seminar was successfully coordinated by:
- Prof. Rashmi Saxena
Their dedicated efforts ensured the smooth planning and successful execution of the program.
