Electronics and Communications Engineering

Electronica@SRM Club

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Two-Day Hands-on Robotics Workshop

The Department of Electronics and Communication Engineering (ECE) successfully conducted a two-day hands-on technical workshop on “Robotics” from 23rd–24th March 2026, focusing on Arduino-based robotic systems. The workshop aimed to bridge the gap between software programming and physical hardware execution, enabling students to develop practical, real-world robotic solutions.

Day 1 covered foundational concepts such as basic circuit wiring, Arduino architecture, and Embedded C programming, along with an introduction to essential electronic components and interfacing techniques. Day 2 progressed to advanced topics including sensor integration, motor control logic, and real-time decision-making, using components such as IR sensors, L298N motor drivers, and HC-05 Bluetooth modules.

Student teams actively participated and successfully developed working robotic models, including autonomous line-following robots and Bluetooth-controlled rovers. The workshop concluded with testing and live demonstrations on designated tracks, providing participants with valuable hands-on experience and reinforcing practical learning in robotics.

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Educational Excursion to SEMICON India 2025

An educational excursion to SEMICON India 2025 was organized on 21st February 2025 at Yashobhoomi, providing a highly enriching learning experience for First-Year ECE and ECE–DS students.

The visit offered students a unique opportunity to explore a world-class exhibition featuring over 350 leading semiconductor companies from 33 countries, showcasing global advancements in chip manufacturing, design, packaging, equipment, and materials. Students were exposed to the latest developments in semiconductor devices, VLSI design, fabrication technologies, automation tools, AI-driven chip development, and emerging nanotechnology trends.

The excursion significantly enhanced students’ understanding of the semiconductor ecosystem and inspired them by connecting academic concepts with real-world industrial innovations shaping the future of electronics.

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Algo2Arduino 2025 – Software and Hardware Competition

The Department of Electronics and Communication Engineering (ECE) organized a two-day technical competition, Algo2Arduino 2025, on 15th–16th September 2025 with the objective of bridging software concepts and real-world hardware implementation. The event encouraged students to conceptualize, design, and develop practical electronic solutions, fostering creativity, problem-solving, and hands-on technical skills.

Teams of 1 to 4 members participated in a two-round competition. The first round focused on software representation, where participants designed electronic circuits or 3D models using TinkerCAD. Shortlisted teams advanced to the hardware implementation round, in which they built and demonstrated fully functional circuits using components provided by the institution. The event concluded with prototype presentations and evaluations by an expert panel, making it a valuable experiential learning platform for students.

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One-Day Hands-on Drone Workshop

A one-day hands-on Drone Workshop was conducted on 22nd September 2025, offering participants a comprehensive introduction to drone and UAV technologies through practical learning.

The workshop commenced with a recap session and an overview of essential tools used in drone systems, helping participants build a strong conceptual foundation. The core session focused on drone assembly, where students gained hands-on experience in assembling drone components under expert guidance. This was followed by an in-depth session on flight controller setup and calibration, enabling participants to understand key aspects of drone stability, control, and performance.

The workshop concluded with pre-flight safety checks and a live flight demonstration, providing real-time exposure to drone operation and evaluation. Overall, the program effectively enhanced students’ practical skills, technical knowledge, and interest in emerging drone and UAV technologies, making it a valuable hands-on learning experience.

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Drone Tech Challenge 2025

The Department of Electronics and Communication Engineering (ECE) successfully organized the Drone Tech Challenge 2025, an innovation-focused competition aimed at developing drone-based solutions for the defense sector, conducted on 21st July 2025 and 28th July 2025.

The event encouraged students to “Innovate, Present, Win, and Launch” practical solutions addressing real-world defense challenges. Round 1, held online on 21st July 2025, involved ideation and concept evaluation, after which shortlisted teams advanced to Round 2, an offline presentation round conducted on 28th July 2025.

Four finalist teams presented their projects before a distinguished panel comprising faculty members and armed forces representatives. The proposed solutions addressed critical problem statements such as medical aid delivery using drones, autonomous surveillance in border areas, drone-based jamming systems, search and rescue operations, and real-time monitoring. Each presentation was followed by an in-depth Q&A session, providing students with valuable technical and strategic feedback.

The event also served as a Defense Collaboration initiative, offering students meaningful exposure to

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Anveshana 2025 – Students’ Innovation Challenge

The technical event “Anveshana 2025 – Students’ Innovation Challenge” was organized at SRM Institute of Science and Technology in collaboration with Agastya International Foundation and Synopsys India, and was held on 19th September 2025.

The event aimed to motivate students to identify real-world problems and propose innovative, technology-driven solutions aligned with national development goals. This competition served as the preliminary round for the national-level Anveshana Idea Challenge. Student teams comprising 2 to 4 members presented ideas under themes such as Future Fabric: Artificial Intelligence, Semiconductors, and Innovation for Rural India.

Participants showcased strong analytical and creative thinking through solutions addressing healthcare, rural development, smart automation, sustainable systems, and emerging semiconductor applications. The teams were evaluated by a panel of faculty coordinators and innovation mentors based on originality, feasibility, clarity, and societal relevance, making the event a significant platform for nurturing student innovation and problem-solving skills.

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Industrial Visit to Honeywell Engineering, Design and Services (ED&S), Dehradun

An industrial visit to Honeywell Engineering, Design and Services, Dehradun, was conducted on 21st February 2025, offering students valuable exposure to real-world applications of Electronics and Communication Engineering.

During the visit, students gained insights into embedded systems, automation technologies, and safety solutions developed by Honeywell. Industry experts explained key engineering workflows, advanced technologies, and industrial standards followed in electronic product design and development.

The visit effectively bridged the gap between theoretical concepts and practical industry applications, enriching students’ understanding of modern electronics, automation, and industrial systems, and inspiring them toward industry-oriented careers.

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Industrial Visit to Semiconductor Laboratory (SCL), Mohali

An industrial visit to Semiconductor Laboratory (SCL), Mohali, a premier R&D institution under the Ministry of Electronics and Information Technology (MeitY), Government of India, was organized on 1st October 2024.

The visit offered students valuable first-hand exposure to VLSI design, semiconductor fabrication processes, and state-of-the-art cleanroom facilities used in chip manufacturing. Students were introduced to key industry practices, including photolithography techniques, wafer processing, IC packaging and testing, ASIC design and verification flow, and cleanroom protocols and safety standards.

The SCL team delivered an insightful presentation highlighting India’s journey in semiconductor research and the pivotal role of SCL in advancing indigenous microelectronics technologies. The visit proved highly informative and inspiring, especially for students aspiring to careers or research in VLSI, semiconductor technology, and nanofabrication, effectively bridging theoretical learning with real-world applications.

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Guest Lecture: “Tech Trends Unplugged” – Engineers’ Day Celebration Week

A guest lecture titled “Tech Trends Unplugged” was organized on 17th September 2024 as part of the Engineers’ Day Celebration Week, offering students valuable insights into emerging technologies and evolving industry trends.

The session featured distinguished speakers Sam Baisla and Piyush Sharma, who shared their experiences and perspectives on entrepreneurship, business growth, personal branding, and digital transformation. Sam Baisla emphasized the importance of adopting a growth mindset, while Piyush Sharma highlighted strategies for adapting to rapid technological changes.

An interactive Q&A session enabled participants to seek practical career guidance, making the lecture an engaging and insightful experience that bridged academic learning with real-world industry expectations.

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Two-Day ArduBotics Workshop – Engineers’ Day Celebration Week

As part of the Engineers’ Day Celebration Week, the Electronica@SRM Club, Department of Electronics and Communication Engineering (ECE), successfully conducted a Two-Day Workshop / Hands-on Training on ArduBotics Robotics from 10th–11th September 2024 for B.Tech students.

The workshop provided practical training in designing and implementing line follower robots, obstacle detection systems, edge avoider robots, and Bluetooth-controlled robots. Through hands-on sessions, students gained exposure to real-time robotic system development and control.

On the second day, a robotics competition was organized based on a problem statement that required participants to build robots under specific constraints. The competition encouraged innovation, teamwork, and problem-solving skills, making the workshop an engaging and enriching experience aligned with the spirit of Engineers’ Day.

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Robo–War Event – INNOVATE’24

The Robo–War event was successfully conducted on 20th April 2024 by the Electronica@SRM Club, Department of Electronics and Communication Engineering (ECE), as part of INNOVATE’24. This national-level competition offered an exciting platform for students to showcase their creativity, technical expertise, and competitive spirit in the field of robotics. In this high-energy event, teams designed and built manually controlled combat robots that competed in one-on-one battles within a controlled arena. The robots were engineered to demonstrate strength, durability, agility, and performance, enabling them to withstand physical challenges and strategically overpower their opponents. With complete manual control, operators executed precise maneuvers and tactical movements, making each match intense and engaging. The Robo–War event highlighted students’ skills in robot design, mechanical robustness, control systems, and real-time decision-making, creating an exhilarating experience for participants and spectators alike.

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Robo-Race Event – INNOVATE’24

The Robo-Race event was successfully conducted on 19th April 2024 by the Electronica@SRM Club, Department of Electronics and Communication Engineering (ECE), on the occasion of INNOVATE’24. This national-level competition provided an exciting platform for students to demonstrate their engineering skills and innovative thinking.

Participants designed and programmed custom-built robotic cars to navigate a challenging obstacle course featuring sharp turns, hurdles, and dynamic track conditions. The event tested students’ abilities in robot design, control, speed optimization, and precision handling, while encouraging creativity and teamwork.

With high energy and intense competition, teams competed for the prestigious title of Robo-Race Champion, making the event a thrilling and memorable experience that celebrated innovation, technical excellence, and the spirit of engineering.

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Two-Day ArduBotics Workshop – Hands-on Training on Robotics

On the occasion of the 27th Foundation Day, themed “Envisioning Viksit Bharat @2047”, the Department of Electronics and Communication Engineering (ECE), in association with the Electronica@SRM Club, successfully organized a Two-Day ArduBotics Workshop / Hands-on Training on Robotics from 16th–17th February 2024.

The workshop was conducted to provide practical robotics training to B.Tech students, focusing on the design and implementation of line follower robots, obstacle detection systems, edge avoider robots, and Bluetooth-controlled robots. Participants gained valuable hands-on experience in integrating hardware and programming concepts for real-time robotic applications.

On the second day, a robotics competition was organized, where students were challenged with a problem statement requiring them to build a robot under specific constraints. The competition encouraged teamwork, innovation, and problem-solving skills, making the workshop an engaging and enriching learning experience.

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Three-Day Tech-Expo Event – INNOVATE’24

On the occasion of INNOVATE’24, the Department of Electronics and Communication Engineering (ECE), in association with the Electronica@SRM Club, successfully organized a Three-Day Tech-Expo Event from 4th to 6th April 2024 at the campus.

The exhibition featured around 180 innovative projects and working models showcased by students from various departments. The Tech-Expo provided a vibrant platform for young innovators to present cutting-edge technological solutions, exchange ideas, and explore emerging trends across multiple domains.

The event concluded with the selection of six winning teams, recognizing outstanding innovation, creativity, and technical excellence. The Tech-Expo reinforced the institution’s commitment to fostering innovation, interdisciplinary learning, and hands-on technological exposure among students.

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Two-Day Workshop / Hands-on Training on Internet of Things (IoT)

The Department of Electronics and Communication Engineering (ECE), in association with Innovians Technologies, organized a Two-Day Workshop / Hands-on Training on Internet of Things (IoT) from 3rd–4th August 2023 for B.Tech students.

The workshop focused on practical IoT applications, enabling participants to gain hands-on experience in voice-controlled automation using smartphones, home automation device control, updating status on Twitter using NodeMCU, sending emails through NodeMCU, and uploading voltage and analog sensor data to cloud servers. Students also learned to interface sensors with NodeMCU for real-time cloud data monitoring, automatically tweet sensor data, and control electronic devices remotely from anywhere in the world.

The training provided valuable exposure to end-to-end IoT system development, strengthening students’ understanding of smart automation, cloud connectivity, and real-time data communication

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Two-Day Workshop / Hands-on Training on Robotics

The Department of Electronics and Communication Engineering (ECE), in association with the Electronica@SRM Club, successfully organized a Two-Day Workshop / Hands-on Training on Robotics from 26–27 April 2023. The program was designed to provide practical exposure and skill-based training to B.Tech students in the field of robotics.

During the workshop, participants gained hands-on experience in designing and implementing various robotic systems, including line follower robots, obstacle detectors, edge avoider robots, Bluetooth-controlled robots, voice-controlled robots using Android applications, gesture-based robot control, and Android app–controlled robots. The training also guided students in developing their own Android applications for robot control. The workshop effectively bridged the gap between theoretical concepts and real-time robotic applications, enhancing students’ technical competence and encouraging innovation in robotics and embedded systems.

Student Members:
Sl. No. Position Student Name
1 Founder’s Harish Katiyar
2 Founder’s Aviral Vasishta
3 Founder’s Archit Jain
4 Founder’s Arnav Srivastava
5 President Aryan Jaiswal
6 Vice President Gaurang Jadoun
7 Core Team Members Lal Awnish Nath Sahdeo
8 Core Team Members Anisha Yadav
9 Core Team Members Jahnvi Tiwari
10 Core Team Members Mrigank Singh
11 Core Team Members Kanak Goel
12 Core Team Members Dhruv
13 Team Members Ansh Pratap Singh
14 Team Members Saksham Garg
15 Team Members Kaustubh Acharya
16 Team Members Arunesh Kumar
17 Team Members Animesh Singh
18 Team Members Prachi Sharma
19 Team Members Umang Bhupendra Singh
20 Team Members Sagrika
21 Team Members Raghav Maheshwari
22 Team Members Avyukt Kumar
23 Team Members Kunal Yadav
24 Team Members Aayush Sahu
25 Team Members Divyansh Lohani
26 Team Members Rohit Kumar
27 Team Members Sonali Samal

ELEVATE Club

Electronics for VLSI, Antennas and Technologies Emerging

To foster a culture of innovation, technical excellence, and interdisciplinary learning within the Department of Electronics and Communication Engineering, it is proposed to establish a technical club titled “ELEVATE.”

The club aims to bridge the gap between theoretical knowledge and industry requirements by providing students with hands-on exposure, research opportunities, and collaborative projects in emerging domains like VLSI Design and Antenna & RF Systems.

Objectives
  • To enhance students’ technical proficiency in VLSI, RF, and related electronics domains.
  • To provide a platform for innovation, idea exchange, and collaborative research.
  • To organize expert talks, workshops, and competitions to prepare students for industry and higher studies.
  • To strengthen the placement readiness of students in the semiconductor and RF sectors.
  • To elevate the department’s visibility through impactful student-led initiatives.
Core Focus Areas
  • VLSI Design & Semiconductor Technologies – Design methodologies, chip fabrication, EDA tools.
  • Wireless Systems & Antenna Engineering – RF and microwave engineering, IoT, antenna design, and emerging wireless technologies.
Faculty Coordinators & Student Members:

Faculty Coordinators: Dr. Chandni Bajaj; Dr. J K Kasturi Bha

Faculty Mentor (RF): Dr. Chandni Bajaj

Faculty Mentor (VLSI): Dr. J K Kasturi Bha

Student Members:
Sl. No. Name of the student Registration Number Department Year and Section
1 Shireen Mittal RA2511004030003 ECE Core 1st, A
2 Ashmit Srivastava RA2511053030004 ECE-DS 1st, A
3 Neev Sharma RA2511053030014 ECE-DS 1st, A
4 Aarush Mehta RA2511004030001 ECE Core 1st, A
5 Kaushlesh Sharma RA2411004030003 ECE Core 2nd, A
6 Kanush Gupta RA2511004030012 ECE Core 1st, A
7 Sagrika RA2411004030001 ECE Core 2nd, A
8 K.P.S.S. Amrita RA2411053030003 ECE-DS 2nd, A
9 Saatvik Kaushal RA2412053030009 ECE-DS 2nd, A
10 Siddharth Barua RA2411053030008 ECE-DS 2nd, A
11 Mahi Talyan RA2511053030027 ECE-DS 1st, A
12 Divyanshu Singh RA2411053030002 ECE-DS 2nd, A
13 Saksham Jain RA2511026030112 CSE (AIML) 1st, C
14 Itish Bhardwaj RA2511026030094 CSE (AIML) 1st, B
15 Arya Tripathi RA2511026030159 CSE (AIML) 1st, D
16 Rhythm Tyagi RA2511026030137 CSE (AIML) 1st, D
17 K.L. Muralidharen RA2511026030119 CSE (AIML) 1st, C
18 Kanishk Bora RA2511026030113 CSE (AIML) 1st, D
19 Aayush Dixit RA2511026030148 CSE (AIML) 1st, C
20 Bhavay Joshi RA2511003030066 CSE Core 1st, B
21 Kartik Khanna RA2511026030024 CSE (AIML) 1st, A
Proposed Activities & Initiatives
  • Hands-on Workshops on VLSI tools and Antenna design software.
  • Expert Talks by industry professionals and alumni.
  • Design Challenges to encourage innovation.
  • Mini Projects & Research Groups under faculty mentorship.
  • Inter-departmental Competitions to build collaboration and creativity.
  • Industry Visits and Webinars to bridge academic and industrial gaps.

HAM Radio Club

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VHF / UHF can Link Amateur Radio Satellite

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HF for local & long distance Voice / Digital connectivity

Amateur Radio Facility in the Department: A Platform for Learning, Innovation, and Service

The Department’s Amateur Radio facility offers students a unique opportunity to explore modern communication technologies through hands-on learning, experimentation, and global interaction. Amateur Radio often called “ham radio” is far more than a hobby; it is a multidisciplinary platform that integrates Electronics, Communications Engineering, Computer Science, space technologies, and Information Science into a single, practical learning environment.

A Gateway to Modern Communication Technologies

The facility enables students to understand and operate a wide range of communication modes:

  • Voice communication for real-time global interaction
  • Morse code (CW), a classic yet powerful “language of sound” using short (DIT) and long (DAH) signals
  • Digital modes such as RTTY (Radio Teletype), allowing text-based communication via computers
  • Slow Scan Television (SSTV) for transmitting still images across long distances
  • Satellite communication, where students can connect through amateur satellites orbiting the Earth
  • Internet-linked systems like EchoLink, combining radio with modern VoIP technologies

Through these modes, students gain exposure to both traditional and cutting-edge communication systems used in the 21st century.

Practical Learning and Skill Development

The Amateur Radio facility serves as a live laboratory where students can:

  • Design and test antennas and radio circuits.
  • Learn signal propagation and wireless communication principles.
  • Work with digital communication protocols and networking concepts.
  • Develop problem-solving and analytical skills through real-world experimentation.

Advanced activities such as Earth-Moon-Earth (EME) communication where signals are bounced off the Moon demonstrate the depth of technical knowledge students can achieve.

Global Connectivity and Collaboration

Amateur Radio enables students to “talk around the world,” connecting with operators across countries and cultures. This fosters:

  • International exposure and cultural exchange.
  • Collaboration with global amateur radio communities.
  • Participation in contests and technical challenges.

Students can also exchange QSL cards as confirmation of communication, adding a tangible and exciting dimension to their achievements.

Co-curricular Engagement and Innovation

The facility encourages active participation through:

  • Contests that challenge students to connect with the maximum number of stations.
  • Amateur Radio Direction Finding (ARDF), a competitive and technical sport.
  • Mobile and repeater communication, demonstrating real-world applications.
  • Multimedia and high-speed data communication projects.

Such activities enhance teamwork, creativity, and innovation among students.

Service to Society

One of the most important aspects of Amateur Radio is its role in community service. During emergencies such as floods, earthquakes, or communication breakdowns, amateur radio operators provide critical communication support when conventional systems fail. Students trained in this facility become capable volunteers, contributing to disaster management and public safety.

Preparing Students for the Future

By integrating theory with practice, the Amateur Radio facility equips students with:

  • Industry-relevant technical skills.
  • Experience with modern communication systems.
  • A strong foundation for careers in telecommunications, space technology, and IT.
Conclusion

The Department’s Amateur Radio facility is not just a communication setup—it is a comprehensive training and innovation hub. It empowers students to explore, experiment, and engage with technologies that connect the world, while also preparing them to serve society in times of need.