What is an AUV?
An Autonomous Underwater Vehicle (AUV) is an unmanned vehicle which performs its mission without being directly controlled by a human operator. AUVs use advanced perception and control technology in order to locate and solve tasks in possibly harsh and challenging subsea environments.
Mounted thrusters allow full navigation forward, backward, sideways; and even rotation around the vehicle's own axis is possible. The mobile device may have video cameras, lights, various types of sensors, sonar capabilities as well as manipulator and cutting arms.
AUVs are often designed, programmed and armed for specific purposes, like scientific research or maintenance in commercial industries. The possibilities are endless and future problems will demand more and more autonomous technology and automatic systems with minimal human supervision.
We are committed to fulfill our responsibilities as an individual and as a team to accomplish our goals through optimum effort. With consideration to safety in all our actions, shall we strive to deliver impeccable work beyond what is expected.
We believe a solid foundation for teamwork is a key factor for success. The state of cohesion we experience trough the project is what makes us who we are as an organization. Team spirit is essential to recognize the individual qualities, and strengthen our overall team performance..
Each year we strive to make a unique product without limitations from our previous projects. Innovation is crucial to find great solutions to difficult problems, and improving our product even further.
It all started in 2015; a small group of six students from different disciplines at NTNU took their homework a step further; instead of only designing a ROV on paper, they wanted to realize the design by building a real ROV. The possibility of participating in the MATE international ROV competition at NASA"s facilities motivated the group even more. Vortex became a project, and it was positively received by the students at NTNU. People were eagerly applying to join, and it quickly became a 20 members project team.
Just as other startups, the lack of experience presented the team a great deal of challenges, setbacks and frustration. However, the commitment and unwillingness to give up the initial idea of Vortex allowed the team to complete the construction of the ROV. The team managed to secure an overall 16th place out of 31 teams in the competition debut - securing a successful end to the project.
After achieving what the team was originally set out to do, it became a programme. The only ROV programme at NTNU. Because, the team realized it developed into something bigger; a platform for students to apply their knowledge on concrete tasks by developing a fully functioning ROV.
Assembly of Maelstrom at the MATE international ROV competition
Overview of a full-scale mock-up of the International Space Station (ISS) at NASA’s Neutral Buoyancy Lab in Houston, Texas