Achievements

Team Nira and Samira achieved a major sweep at the national-level competition hosted by the IEEE OES Student Chapter at IIT Madras. Secured four primary honors: 1st Place, 2nd Place, Best Poster Presentation, and Best Video Submission. Won two XSENS sensors valued at ~₹6 Lakhs.

Team Nira secured the 3rd place position at the AMUROVc 4.0 competition conducted by the MTS-AUV ZHCET Club at Aligarh Muslim University, in partnership with IEEE RAS and MT Society.

The team achieved its highest rank to date in this international competition, placing 5th out of 41 teams from 13 different countries.

The society secured 2nd place in this national-level AUV competition hosted by the IEEE OES Student Chapter at IIT Madras.

AUV Marco demonstrated its capabilities by dominating at Indian Institute of Technology, Bombay and securing 1st place at the competition.

Team members represented our college in an international level competition at Singapore in SAUVC 2024. Engineered the AUV Marty for this competition.

Team members presented their research paper, "Analysis of Underwater Coral Reef Health Using Neural Networks," at the prestigious conference in Singapore.

Team Nira, as the sole representative from India, achieved a podium finish by securing 3rd place globally in the Ocean Exploration Video Challenge component of the championship held in Longmont, Colorado, USA.

Team Shaurya competed with their vehicle "NEMO" (AUV V3.0), securing a spot among the top 30 teams globally.

The team represented India at the global MATE ROV competition with their vehicle "Cholan," focusing on sustainable development goals.

Following the competition, Team Shaurya's research paper was accepted into the IEEE Journal of Ocean Engineering (a Q1 journal) and presented at the symposium.

Team members published a paper titled "Design and Performance Analysis of Bio-Inspired Remotely Operated Robot," based on their work for the MATE ROV challenge.

Team members Mayank Navneet Mehta, Subash Mylraj, and Vishva Nilesh Bhate published a paper titled "Development of AUV for SAUVC During COVID-19," detailing their design and testing of control and vision algorithms.

The society returned to the competition with their improved AUV V2.0, demonstrating enhanced autonomous capabilities.

The team successfully participated in their first international competition with their debut vehicle, AUV V1.0. The challenge involved complex tasks in navigation, visual identification, and robotic manipulation.