Mumbai, 24 July, 2023 – Sam Varghese, a talented student from NMIMS Indore School of Technology Management & Engineering (STME), has garnered National and International attention for his achievement in developing an advanced Machine Learning (ML) model capable of identifying hand gestures and enabling computer operation solely through these gestures.
The project, initiated by Sam, aims to revolutionize human-computer interaction by harnessing the power of ML. Through the innovative use of cutting-edge technologies, the ML model developed by the student can accurately detect and interpret hand gestures, providing a hands-free and intuitive computing experience.
The innovative project gained widespread recognition after Sam shared details about it on LinkedIn. Professionals from various backgrounds commended the ML model for its potential to transform the way we interact with devices.
At the core of the project is a program that activates the device’s camera and uses hand gestures as commands to control the computer. This breakthrough invention opens up new possibilities for intuitive computing across a wide range of devices and applications.
When asked about his achievement, Sam expressed his awe and pride, stating, “I find it absolutely fascinating to witness the technology in action, especially considering the fact that I am the very first person who developed this ground-breaking innovation. It’s a truly great feeling to know that this cutting-edge technology has the potential to benefit a broader range of society, empowering them with its advantages.”
The success of this project was made possible through the support and motivation provided by NMIMS Indore. Professors and colleagues at the institution encouraged Sam throughout the development process, contributing to the realization of this dream project.
Creating such an advanced ML model posed significant challenges for Sam. The project required an extensive dataset comprising over 30,000 data points for training the model. Plus, Sam also needed a strong understanding of advanced coordinate geometry to identify and interpret custom gestures accurately. Despite these challenges, the student’s determination and dedication led to the successful completion of the project.
The impact of Sam’s invention extends beyond its immediate applications. The ML model’s precise hand landmark detection and tracking capabilities have the potential to become the backbone of Augmented and Virtual Reality technologies. Moreover, this technology opens up opportunities for individuals with physical disabilities, allowing them to operate computers and devices using simple hand gestures.
Sam’s achievement exemplifies the spirit of innovation and excellence fostered at NMIMS Indore STME. The institution takes immense pride in its role of supporting Sam throughout this exceptional journey.
