Our mission

"Develop in each participant the degree of technical competence that would allow the graduate to be employed as a remotely operated vehicle industrial / research career opportunities"

The Competition was designed with 5 main objectives:

Be successful in understanding, formulating, analyzing, and solving a variety of ROV problems
Be successful in integrating hardware with software systems
Have the ability to assume leadership and entrepreneurial positions
Successfully function and communicate effectively, both individually and in multi-disciplinary teams
Understand the importance of lifelong learning, ethics, and professional accountability

The specific learning outcomes:

To understand the concepts of electric and electronic circuits
To identify different electric and electronic components
To know how to design PCB boards
To know the basic idea of ROV design
To understand the concepts of Material Structure and pressure housings.
To grasp the knowledge of ROV Buoyancy and Maneuvering.
To know how to design ROV parts using Solid Works.
To know the basic idea of ROV design
To understand the concepts of Servo, DC motors, and their control system.
To grasp the knowledge of Analog inputs and outputs using hardware microcontrollers.
To know different communication protocols.
To gain knowledge about ROV sensors and their hardware interfaces.
To understand the concepts of ROV power system and ROV vehicle control, design, and stability
To know different Vehicle sensors and communication.