E = MC²
Brief Description
The event E = MC² was successfully organized by the STEM Club of New Horizon College of Engineering on 31st March and 1st April, bringing together innovation, intellect, and scientific curiosity under one platform. The two-day event was thoughtfully structured into two distinct segments, each designed to engage participants in unique and meaningful ways.
The first day, 31st March, featured an intellectually stimulating Quiz Competition. The quiz attracted enthusiastic participation from students, who showcased their knowledge across diverse STEM domains including science, technology, engineering, and mathematics. The competition was conducted in multiple rounds, each progressively challenging the participants’ analytical thinking, problem-solving abilities, and conceptual clarity. The atmosphere was highly competitive yet encouraging, with participants demonstrating remarkable enthusiasm and preparedness. After a closely contested series of rounds, one participant emerged as the winner, exhibiting exceptional knowledge and composure under pressure. The quiz not only tested academic excellence but also fostered quick thinking and teamwork among the participants.
The second day, 1st April, was dedicated to the Innovation Expo, exclusively organized for first-year students. This segment aimed to provide a platform for budding engineers to present their creative ideas, prototypes, and technological solutions to real-world problems. The expo witnessed a wide array of innovative projects spanning areas such as smart systems, sustainable technologies, AI-based applications, and embedded systems. Participants demonstrated originality, technical understanding, and practical implementation skills through their exhibits.
The Innovation Expo also encouraged peer learning and knowledge exchange, as students actively engaged with each other’s projects, asked insightful questions, and shared constructive feedback. Faculty members and judges evaluated the projects based on criteria such as innovation, feasibility, presentation, and societal impact. The event successfully nurtured a spirit of innovation and inspired students to think beyond conventional boundaries.
Overall, E = MC² proved to be a well-coordinated and impactful event that effectively combined academic rigor with creative exploration. The seamless execution, active participation, and high level of engagement made it a memorable experience for all attendees. By integrating competitive learning with practical innovation, the event truly upheld its theme, reinforcing the belief that science and creativity together can drive meaningful progress.
| Objectives of the Ceremony: |
The event E = MC² was organized with the following objectives:
To enhance communication, presentation, and teamwork skills among participants.
To promote scientific thinking and analytical skills among students.
To provide a platform for students to showcase their knowledge in various STEM domains.
To encourage innovation and creativity, especially among first-year engineering students.
To foster a competitive spirit combined with collaborative learning.
To bridge the gap between theoretical knowledge and practical application.
To inspire students to develop solutions for real-world problems using technology.
| List Of Events: |
The two-day event E = MC², held on 31st March and 1st April, comprised the following activities:
Projects were evaluated based on creativity, feasibility, and practical application.
Quiz Competition (31st March)
A multi-round competition covering topics from science, technology, engineering, and mathematics.
Included rounds focused on general knowledge, technical aptitude, and problem-solving.
Concluded with the declaration of one overall winner.
Innovation Expo (1st April)
An exhibition exclusively for first-year students.
Participants presented innovative projects, models, and prototypes.
Photographs Of The Event:

Event Details

Event Name
E = MC²
Department
Department Of Applied Sciences
Date
31th March & 1st April 2026
Time
3 pm to 5 pm
Venue
Classrooms: 321, 322, 423



