Electronics & Communication Engineering

NBA Accredited

Department of Electronics and Communication started functioning from the academic year 1995 along with the inception of this flagship Institute. The Department has been accredited by the National Board of Accreditation and offers a 4-year UG Course in Electronics and Communication and a two-year PG Course in Digital Communication discipline. The Department follows a comprehensive curriculum as per the mandate of the affiliating University and gives a lot of emphasis on practical learning through its state-of-the-arthigh-end hardware and software labs. The Department has unmatched computing facilities with two fully equipped computer labs with 10 mbps internet connectivity preloaded with the latest Electronic Design and Automations tools for computer based electronic designs.

Experienced and highly qualified departmental faculty members endeavour to provide the very best of technical education through high end ICT supported classroom teaching and practical learning through Lab sessions, Trainings and workshops on emerging technologies. To make the students Industry ready, the Department also facilitates constant interactions with the industry through regular Industrial visits and Expert Lectures. The Department has a separate Departmental Library, an advanced fully equipped project design Lab, a spacious fully equipped audio-visual seminar hall, membership of professional societies IEEE, ISTE, IE and Virtual Labs Centre.

  Courses

B.Tech

Electronics & Communication is a combinative study of Hardware Equipments& Controlling Software, which are easily seen in day-to-day life. This UG course gives the scholar deep knowledge of hardware & software which can enable them to design & implement electronic circuit boards in real life to make the life of the people easy. Fabricating of any piece of hardware requires three steps, namely: Designing, Simulation in Virtual Environment & Testing. In the course offered by Oriental College of Technology, Bhopal, scholars not only cover the relevant syllabus introduced by the university but also gains hands on practice of various competitive technologies being used in the industry so as to impart the knowledge gained in the advent of new technologies.

M.Tech

M. Tech. in Digital Communication focuses on both theoretical and practical exposure to the students in the field of communication and networking areas. There are many job opportunities in manufacturing industries and service organizations such as broadcasting, consulting, data communication, entertainment, research and development and system support.

This program aims at producing trained professionals who can successfully meet the demands of fast-growing telecom industry. The course is designed to train the students with good scientific and engineering breadth, including proficiency in software language and use of latest software tools so as to comprehend, analyze, design and create novel products and solutions for the real-life problems in the field of satellite, mobile, radio waves, networking, optical and wired data communication systems.

Laboratories Facilities

• Digital circuits & system
• Electronic Devices & Circuits
• Signals and Systems
• Wireless Communication
• Analog Communication Lab
• Digital Communication
• Microprocessors & Microcontrollers
• Communication Network and Transmission Lines

• Digital Signal Processing
• Antenna & Wave Propagation
• VLSI Circuits & Systems VLSI Design
• Microwave Engg.
• Minor Project & Seminar + Major Project
• IOT Lab
• Optical Communication
• Workshop Lab

Software Facilities

• Xilinx ISE 9.2i
• Model Sim SE,
• Matlab R 2018
• Micro wind

• Keil
• EMU 8086
• TMS C6713 DSP Processor
• Ansys High-Frequency Structure Simulator (HFSS)

Other Facilities

• Seminar Hall: Fully equipped separate seminar hall with Computer, Projector, 100 Student Desk, White Board, Fan, Cushion chair, Microphone, Speakers
• Departmental Library: Having collection of Text Books, CD’s, Reference, Books and Project / seminar report
• Virtual Labs: Virtual Labs prepared for EDC, Digital system, Communication Systems and DSP
• Video Lectures prepared by Faculty members and From Online platforms like NPTEL, MOOC
• Centre of Excellence: Access to State of the Art EDA tools like Mentor, High configuration development boards like Basys3 Zynq Boards
• Internet Facility: Ethernet/Wi-Fi
• 3D printer: IDEA Lab.
• PCB Milling Machine: Project Lab
• Well-furnished classrooms; tutorial rooms.

Number of placed Students

Students Activity Club

Electro-fusion Club

The objectives of an "Electrofusion Club" could include:

• Encourage students to design, develop, and execute projects related to electrofusion, such as creating prototypes, conducting experiments, or simulating electrofusion processes.
• Organize workshops and hands-on sessions focused on various aspects of electrofusion technologies, such as Microcontroller and embedded systems.
• Provide students with the opportunity to network with industry professionals, as well as access internships, research opportunities, and job placements in fields related to electronics.
• Promote innovation and research in electro- fusion technology and advancements in this field.

IOT Innovators Club

The objectives of an IoT (Internet of Things) club typically include:

• Promote the development of new IoT solutions and research in areas like smart homes, automation, healthcare, agriculture, and more.
• Equip members with valuable skills, such as programming, data analysis, hardware interfacing, and networking, which are critical in the IoT domain.
• Provide a community where students can network with peers, mentors, and industry professionals to exchange ideas, and seek guidance.
• Organize events, hackathons, seminars, and workshops that focus on hands-on training, innovation, and industry insights.

List of Activities

Centres of Excellence (COE)

Centres of Excellence (CoE) under MODROBS Scheme

Centres of Excellence (CoE) established under the MODROBS (Modernization and Removal of Obsolescence) scheme aim to upgrade laboratories in technical institutions to enhance learning, research, and innovation. These CoEs provide students and faculty with access to modern tools and industry-relevant training.

Key components include:

• Antenna Design Lab (using CST Studio): This lab enables advanced simulation and analysis of antenna systems for wireless and RF applications, supporting hands-on training in electromagnetic design.
• Virtual Lab: Facilitates remote access to experiments and simulations, allowing students to learn and experiment beyond classroom boundaries, especially in electronics, communication, and computing.
• Digilent Lab: Equipped with Digilent boards and tools, this lab focuses on embedded systems, FPGA development, and digital electronics prototyping.
• Cisco Networking Lab: Provides industry-certified training in computer networking, cybersecurity, and communication protocols through Cisco’s networking equipment and curriculum.
• VLSI Design Lab: Focused on Very-Large-Scale Integration (VLSI) circuits, this lab supports chip design, simulation, and verification using tools like Xilinx and Cadence.