Electronics and Telecommunication Engineering

Electronics and Telecommunication branch is the application of Science and mathematics to real-world communication challenges. In the year 2008, the Department of Electronics and Telecommunication Engineering at LCIT, Bilaspur, was founded. The department provides a bachelor's degree in engineering. A total of 60 students are admitted each year to the department. The department, which includes devoted and experienced staff members who are specialists in their fields, aims to educate students and keep them up to date on the newest trends in electronics and telecommunications.

The Department of Electronics and Telecommunications has all of the necessary laboratory facilities, including a Microprocessor and Advanced Microprocessor lab, a Digital Electronics lab, an Analog and Digital Communication lab, and a Simulation lab with advanced tools such as Xilinx, Matlab, and T-SPICE, among others. TCS Ion, COLLABERA, JARO EDUCATION, BYJU'S, TECHMENT, QUEST GLOBAL, JUST DIAL, MY CAPTAIN, INTELLIPAAT and many more firms come every year for campus placement for Electronics and Telecommunication students.

We hold monthly seminars, workshops, and conferences to help students strengthen their technological and ethical skills. All students are encouraged to obtain credit by completing various online courses such as NPTEL and the EDX International Learning Platform.

LABS

The Electronics and Telecommunication department at LCIT boasts state-of-the-art labs, including Microprocessor, Digital Electronics, and Simulation labs equipped with advanced tools like Matlab and T-SPICE. These facilities ensure hands-on learning and innovation for students.

Digital Electronics LAB
Analog Electronic Circuit LAB
Microcontroller LAB
Microwave LAB
Industrial Transducer LAB
Basic Electronics LAB
Project LAB
Communication LAB
Microprocessor LAB
Optical Communication LAB

TEACHING PEDAGOGY

Integrative Learning Environment

The teaching pedagogy in Electronics and Telecommunication Engineering (ENTC) integrates foundational theories with practical hands-on experiences, research-driven learning, and industry exposure, fostering an adaptable learning environment for students.

Lecture-Based Learning

Conceptual topics like digital electronics, communication systems, signal processing, and embedded systems are taught through interactive lectures enhanced with multimedia tools and problem-solving discussions.

Laboratory and Practical Learning

Students engage in experiments in advanced labs equipped for circuit design, microcontrollers, VLSI, and networking. Tools like MATLAB and Multisim enable simulation-based learning.

Project and Problem-Based Learning

Real-world challenges are addressed through projects and case studies in areas like wireless communication, IoT, and artificial intelligence, promoting innovative problem-solving skills.

Computer-Aided Design and Simulation

Advanced tools such as Python, MATLAB, HFSS, and LabVIEW are utilized for system modeling, automation, and integrating AI, ML, and IoT in electronics and communication learning.

Research-Oriented Innovation

Students are encouraged to publish papers, develop innovative solutions, and participate in hackathons, advancing research in AI and 5G-based technologies.

Blended Learning and Flipped Classrooms

Online tutorials and pre-recorded lectures enable self-paced learning, complemented by in-class interactive discussions and activities.

Ethics, Sustainability, and Entrepreneurship

Emphasis is placed on ethical practices, sustainability, and green technologies, alongside nurturing entrepreneurial skills and startup culture through incubation centers.

Faculty Name	Qualification	Designation	Experience (Years)
DR. RAHUL GEDAM	BE, M.Tech, PhD	HOD Asst. Professor	19
MR. KAMESH CHANDRAKAR	BE, M.Tech	Asst. Professor	9
MS. KOMAL TIWARI	BE, M.Tech	Asst. Professor	2
MS. NISHA SAHA	BE, M.Tech	Asst. Professor	10
MR. TAMRADHVAJ VAISHNAV	BE	Asst. Professor	4

Intake

Course	Eligibility	Seats	Duration	Department
Electronic and Telecommunication	12th marks: For Gen - 45% (PCM), For category - 40% (PCM), PET/JEE	30	4 years	Electronic and Telecommunication Engineering

Our Vision and Mission

DEPARTMENT VISION

To be a center of excellence in Electronics and Telecommunication Engineering by fostering innovation, research, and industry collaboration, empowering graduates to contribute to technological advancements and societal progress.

DEPARTMENT MISSION

1: Quality Education: To provide high-quality technical education in electronics and telecommunication engineering.
2: Research and Innovation: To promote innovation, research, and problem-solving skills in emerging areas of communication and electronics.
3: Industry Collaboration: To establish strong industry-academia partnerships for skill development and technological advancements.
4: Sustainability and Ethics: To instill ethical values, environmental consciousness, and leadership qualities among students.
5: Entrepreneurial Mindset: To encourage entrepreneurship and startup culture in the field of electronics and telecommunication.

PROGRAM OUTCOMES (POs)

Core Competence: Graduates will have a strong foundation in electronics, communication systems, signal processing, and embedded technologies.
Professional and Technical Skills: Graduates will demonstrate analytical and problem-solving abilities to design and develop electronic and telecommunication systems.
Innovation and Research: Graduates will engage in research, innovation, and the development of emerging technologies such as IoT, 5G, and AI in communication.
Lifelong Learning and Higher Studies: Graduates will pursue continuous learning through higher education, certifications, and self-development.
Leadership and Ethics: Graduates will exhibit professional ethics, leadership skills, and responsibility towards sustainable and inclusive technology development.

PROGRAM SPECIFIC OUTCOMES (PSOs)

1: Electronics System Design and Automation: Apply the principles of electronics, VLSI, and embedded systems to design efficient and automated solutions.
2: Communication and Networking Technologies: Develop and implement solutions for wireless communication, networking, and IoT-based smart systems.
3: Signal Processing and AI Integration: Utilize AI, machine learning, and digital signal processing techniques for real-time applications in multimedia, biomedical, and robotics fields.

Elec and Telecomm Engineering Achievements

Ayush Pandey Student of BTECH. 3rd sem ET&T. selected in National Basket ball team by CSVTU, Bhilai

Students of Electronics & Telecommunication were the winner of Basketball competition.

On the Occasion of “National Pollution control day” drawing and poster making competition was organized by Electronics & Telecommunication Department

Students of Electronics & Telecommunication Participated in the competition Organized by NAVBHARAT PRESS in CMD COLLEGE GROUND from 15th to 18th Decem

Dependra Kesharwani Station Manager centre Railway

VIDYA SAGAR KASHYAP Senior Engineer Signal and Transmission RAIL VIKAS NIGAM LIMITED

M Divya Sirisha System Engineer at TCS Hyderabad

Tisha Sarkhel HCL Technologies Software Analyst

Supriya Singh IBM Senior Software Developer

A. Shrinivas Deloitte Supportt services India Pvt. Ltd. Lead Talant Aquisition

Tulika agrawal K12 Techno Service Banglore Assistant Manager Banglore

Electronics Department Gallary

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Research Paper Publication

Paper Title	Author Name	Year	Department
FEEDING TECHNIQUES FOR RECTANGULAR MICROSTRIP PATCH ANTENNA SP-IEEE-RIPR-21049-635.	Mr. Nilesh Tamboli	2020	Electronics and Telecommunication Engineering
A GUI model of water marked image removal of gaussian noise using	Ms. Komal Tiwari	2019	Electronics and Telecommunication Engineering
Novel GIS tool for the analysis and extraction of geographic information from noisy satellite image	Dr. Rahul Gedam	2019	Electronics and Telecommunication Engineering
A Review paper on analysis and Extraction of Geographic Information From Satellite Image	Dr. Rahul Gedam	2019	Electronics and Telecommunication Engineering
Wide-Band Microstrip Slot antenna using SIW structure For Ku-Band Application	Dr. Rahul Gedam	2019	Electronics and Telecommunication Engineering
Review Paper on Microstrip Slot antenna using SIW structure	Dr. Rahul Gedam	2019	Electronics and Telecommunication Engineering
A review on GUI Model of water marked image embeded by LSB Technique and removal of Gaussian Noise DWT	Ms. Komal Tiwari	2018	Electronics and Telecommunication Engineering
Design of high speed AHB memory controller with Verilog	Dr. Rahul Gedam	2017	Electronics and Telecommunication Engineering
A comprehensive study of Wimax system	Dr. Rahul Gedam	2017	Electronics and Telecommunication Engineering
BER performance of WIMAX system using Discrete cosine transform	Dr. Rahul Gedam	2017	Electronics and Telecommunication Engineering
A review on eyeball detection based wheelchair control using Mat lab and arduino platform for a physically disabled person	Dr. Rahul Gedam	2017	Electronics and Telecommunication Engineering
An implementation of eyeball detection based wheelchair control using Matlab and arduino platform for a physically disabled person	Dr. Rahul Gedam	2017	Electronics and Telecommunication Engineering
MIMO OFDM Implementation in Cognitive Scenario	Dr. Rahul Gedam	2016	Electronics and Telecommunication Engineering
Spectrum sensing techniques - A survey	Dr. Rahul Gedam	2016	Electronics and Telecommunication Engineering
Spectrum sensing Framework in Cognitive radio using GA and Grey wolf Optimization	Dr. Rahul Gedam	2016	Electronics and Telecommunication Engineering
Data security by using encryption algorithm (TTJSA) and QR code	Dr. Rahul Gedam	2015	Electronics and Telecommunication Engineering
VLSI implementation of high speed 16-bit adder for image processing application	Dr. Rahul Gedam	2015	Electronics and Telecommunication Engineering
Weighted random pattern generator by using BIST	Dr. Rahul Gedam	2015	Electronics and Telecommunication Engineering
Cognitive radio with multimode interleaver: A review	Dr. Rahul Gedam	2015	Electronics and Telecommunication Engineering
Side-lobe suppression methods for cognitive radio application	Dr. Rahul Gedam	2014	Electronics and Telecommunication Engineering
A survey of side-lobe suppression method for cognitive radio application	Dr. Rahul Gedam	2014	Electronics and Telecommunication Engineering
Data protection by multilevel encryption algorithm (TTJSA)	Dr. Rahul Gedam	2014	Electronics and Telecommunication Engineering
Simulation model of OFDM for estimation of BER and SNR	Dr. Rahul Gedam	2013	Electronics and Telecommunication Engineering
Histogram based color image authentication by digital image watermark technique	Dr. Rahul Gedam	2013	Electronics and Telecommunication Engineering
Video based face recognition approach	Dr. Rahul Gedam	2012	Electronics and Telecommunication Engineering
VHDL implementation of reconfigurable multimode block interleaver for OFDM based WLAN	Dr. Rahul Gedam	2012	Electronics and Telecommunication Engineering
Comparision of a 8bit Multiplier with look ahed carry adder and simple	Mr. Nilesh Tamboli	2009	Electronics and Telecommunication Engineering

Department Activities

S.No.	Department Activity	Date
1	One Day Seminar on Roadmap on Startup & Innovation	21/09/2021
2	One Day Seminar on Poster Making Competition	1/12/2021
3	One Day Seminar on Personality Development	25/10/2021
4	One Day Educational Tour to Sudha Agro Bio Power Pvt. Ltd	29/12/2021
5	Quiz	11/11/2022
6	One Day Educational Tour to BSNL Bilaspur (C.G.)	2/12/2022
7	One Day Educational Tour to Power Grid Corporation	7/12/2022
8	One Day Seminar on Poster Making Competition	1/12/2022
9	One Day Webinar on IoT & Renewable Energy Source	28/04/2023
10	One Day Educational Tour to ICCC, Bilaspur	8/11/2023
11	Quiz	15/11/2023
12	Quiz	25/11/2023
13	One Day Seminar on Poster Making Competition	1/12/2023
14	Workshop	31/05/2023 & 1/06/2023
15	Bridge Course	8/11/2023
16	IKS Workshop	22 & 23/02/2024
17	Quotes Competition	7/03/2024
18	Poster Making Competition	7/03/2024
19	Industrial Visit	4/04/2024