Team MIT-Olin Sails to Victory at RobotX Challenge in Singapore

Team MIT-Olin Sails to Victory at RobotX Challenge in Singapore

Needham, MA November 02, 2014


After months of preparation and three days of actual competition, the MIT-Olin team won first place in the final standings of the 2014 AUVSI Maritime RobotX Challenge in Singapore.

The team came in first place overall, second place in land-based judging, and first place in the best paper category with their unmanned vessel, the USV: Athena-Nike.

Students from 15 universities around the world traveled to Singapore for the competition.

All the teams had to outfit an unmanned surface vehicle with sensors, computers, and software and get the vehicle to complete a course based on various maritime missions. On the course, each team's vessel has to complete a set of tasks including the avoidance and detection of obstacles, identifying and reporting on a specified target and searching underwater for an acoustic source.

Team Faculty Advisor, Prof. Dave Barrett said, "Team MIT-Olin is very pleased to have won first place in the very first Robot-X maritime challenge. This was a very difficult set of races and it was an honor to be able to compete in an international venue with 15 strong, talented teams from some of the best engineering institutions in the world. I am very proud of what our team has accomplished and this contest really showcases what a combination of Olins 'Can-do' engineering spirit and MITs advanced technological wizardry can achieve. "

The competition, held at The Float at Marina Bay in Singapore, was jointly organized by the National University of Singapore Faculty of Engineering, Science Center Singapore, and the Association for Unmanned Vehicle Systems International Foundation.

The Athena-Nike was a joint partnership between the Massachusetts Institute of Technology and Olin College. The Olin engineering contingent of the Joint MIT-Olin student team includes Devynn Diggins 17, Mindy Tieu 17, Shivali Chandra 17, Nikolay Lapin 15, Justin Poh 16, Paul Titchener 15, Alex Kessler 15, Madeline Perry 15, Jay Woo 15, Zoher Ghadyali 17, William Warner 15, Victoria Coleman 15, and Victoria Preston 16.

Featured Product

OCTOPUZ Robot Programming Software

OCTOPUZ Robot Programming Software

Program and simulate ALL your robots with OCTOPUZ offline software. OCTOPUZ specializes in path sensitive robotic applications such as welding, fabrication, edge following (waterjet, deburring, laser cutting), material removal (2D & 3D machining), and pick & place. Easy to learn, it directly supports paths from your favorite CAM system, has a library of over 15 different types of robot brands, can cut path generation by over 50% and is fully customizable to your unique needs. Program and simulate multiple robots simultaneously in any configuration! Responsive technical assistance from OCTOPUZ before, during and after sale via training, support and cell development make OCTOPUZ the software of choice.