UNDERWATER ROBOTICS


About
Us

The UWRChallenges were launched to creatively address and develop innovative ideas that make a difference!

With the technological development and the emergence of many problems that need to be solved by using the technology of robots, marine technology, and artificial intelligence, such as monitoring and following-up water and sea pollution. As well as entertainment and marine tourism and the pursuit of fish and coral reefs. So, it was necessary to develop the skills of youth in the whole MENA region.

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What Is
UnderWater Robotics ?

Robotics is a branch of engineering concerned with the conception, design, manufacture, and operation of programmable machines capable of developing autonomy while performing a specific task. For decades, underwater robotics have been characterised by the development of manned water vehicles. However, due to the high cost of building and operating these vehicles in recent decades, researchers have developed robots or unmanned underwater vehicles (UUV), which have been optimised and used in a wide range of applications for the benefit and long-term development of the planet.

Unmanned underwater vehicles (UUVs) have grown in popularity since their inception in the 1950s and have been used for a variety of tasks and applications, ranging from bomb detection and recovery to sea exploration. Originally, these robots were primarily used for military and research purposes. However, they are now widely used in civils, and it is not uncommon to see them being used for recreation.

In this context, the current study aims to provide a walkthrough of evolution in this field, demonstrating a wide range of structure designs, materials, sensor and instrumentation technologies, actuator types and numbers, navigation control techniques, and what's new in development trends. The paper provides a clear starting point for those who are new to this field of research, as well as some useful information for those who have prior experience.

The UUVs have been identified mainly, they are subdivided into those that are remotely operated (ROV) and those that are autonomous (AUV).

Our
Community

UNDERWATER ROBOTICS CHALLENGES include a series of challenges held at the local, regional, and international levels, In each challenge we aim to encourage new features and opportunities to share your design and ideas with the ocean.

BlueTech Accelerator

AUV Challenge

Autonomous Underwater Vehicle Challenge
AUV is an underwater robotics challenge that aims to push the applicants towards the latest technologies and develop their skills in underwater robotics by applying them in real-life simulated missions to provide modern solutions for the marine field using autonomous Underwater Vehicles.

ROV Challenge

Remotely Operated underwater Vehicle Challenge
Rov is an underwater robotics challenge that aims to teach and creatively apply skills to solve real-world problems and strengthen their critical thinking, collaboration, entrepreneurship, and innovation in marine science by building Remotely Operated underwater Vehicles
BlueTech Accelerator
BlueTech Accelerator

Seaperch MENA Challenge

Seaperch MENA Challenge is a regional challenge that allows elementary, middle, and high-school students to construct a simple, remotely operated underwater vehicle (ROV), from polyvinyl chloride (PVC) pipe and other readily made materials.
Seaperch North Africa Challenge
Seaperch West Asia Challenge

MATE Egypt Regional ROV Compitition

MATe Egypt ROV competition is an annual regional competition held in the Arab Academy for Science, Technology and Maritime Transport (AASTMT) for the insterested undergrads in remotely operated underwater vehicles (ROV). As the ROVs perform specific underwater mission according to the rules and the competition guidelines. the competition was firstly launched in 2011 by Delta Square International LLC in association with AASTMT
BlueTech Accelerator
BlueTech Accelerator

ERL Emergency Service Robots

ERL Emergency Service Robots is a civilian outdoor robotica competition, with a focus on realistic, multi-domain emergency response scenarios in urban enviroments. This year, a robotics team composed of land (UGV) and underwater robots (AUV) should be ready to intervenel one underwater robot and up to 2 land robots are allowed in the rescue. They need to be capable of navigating in unstructured environments, sense the environment with optical and acoustic sensors (for underwater) and manipulate valves and other objects for the land robots. The competition is Powered by the European Robotics League.

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