Led a dynamic team in the SIh Prelims, where our focus on revolutionizing maintenance and fault prediction in industries garnered recognition. Our project centered on Motion Amplification Techniques, a groundbreaking approach to visualizing and measuring vibrations in structures and machinery. In the hackathon's initial round, we presented a compelling vision to the judges, outlining our strategy, proposed technologies, and the innovative aspects we planned to introduce. Emphasizing the feasibility of our work-in-progress project, we demonstrated how Motion Amplification could play a pivotal role in rendering micro-scale defects visible, evaluating noise and vibrations across various platforms, and finding applications in sectors such as automobiles, power plants, and broader engineering domains. Our team's dedication and convincing presentation secured our place as SIh Prelims Qualifiers, reflecting our commitment to transforming ideas into impactful solutions within a tight timeframe. The prototype showcased in the hackathon validated the potential of Motion Amplification for widespread use, marking a significant achievement in our pursuit of excellence in engineering innovation.
Issued by: JECRC University
Sep 01, 2023