ECCF

Electronica, a 24-hour hardware hackathon designed to foster innovation, collaboration and technical excellence among aspiring engineers and creators. Participants will conceptualize, design and develop functional hardware prototypes within a single day, applying their knowledge of electronics, embedded systems and creative problem-solving.

The PCB and 3D Printing workshop provided participants with a comprehensive, hands-on experience in the end-to-end process of hardware development, spanning from circuit design to a fully realized prototype. The workshop was structured to combine theoretical knowledge with practical application, enabling attendees to gain tangible skills in both electronics and rapid prototyping.

The session on physical design flow was both engaging and highly informative, offering participants a clear understanding of the complete process. Effective hands-on demonstrations and real-time chip layout creation added practical depth to the learning experience.

As part of the larger flagship event Aarohan, ECCF organized an interactive IoT and Robotics workshop for students from grades 10 to 12. This initiative aimed to introduce young learners to emerging technologies by offering hands-on experience with sensors, automation, and smart systems. By connecting fundamental concepts with practical applications, the workshop helped nurture curiosity, technical awareness, and early engineering skills among participants.

ECCF organizes a comprehensive induction and introduction program each year to welcome incoming students and help them transition smoothly into college life. This initiative familiarizes freshers with the department’s culture, academic expectations and available opportunities, while also introducing them to faculty, seniors and club activities. Through interactive sessions, guided tours and engagement-driven activities, the program ensures that new students feel supported, informed and confident as they begin their academic journey.

The workshop featured effective demonstrations and real-time model creation, giving participants a practical understanding of Software-Defined Radio (SDR) and its applications. Attendees were shown how to use SDR in real time, along with various use cases that highlighted its relevance in modern communication systems.

An 8- hour hardware hackathon which challenged students to think on thefeet while combining technology with sustainability focusing in the United Nations sustainable development goals.

The session offered an engaging and informative exploration of FPGA design, pin constraints, and the architecture of the 7-series devices. Participants benefited from effective hands-on demonstrations that deepened their practical understanding of the concepts.

The session on LabVIEW and EasyDAQ was both engaging and insightful, offering participants a strong introduction to this practical domain. Interactive hands-on activities and demonstrations using EasyDAQ hardware enhanced the learning experience and helped students connect theory with real-world application.

Designed to introduce students to the rapidly evolving domain of data privacy, the event brought together over 250 attendees from various departments. Featuring expert speakers from Ziroh Labs, the session offered deep insights into modern privacy challenges, real-world encryption practices, and the growing importance of secure data systems.