Accidents that occur in ports and seas are considered serious accidents that lead to the death of hundreds of people, the loss of many shipments and logistical goods, and huge material and human losses.A team rose(SMART WHALE)Researching the importance of this problem and its scientific dimensions, communicating with the concerned authorities in the event of these incidents, and thinking about employing robots, smart solutions, and artificial intelligence to speed up and facilitate the process of transporting goods and passengers safely and securely within the smart port.  The robot can solve these problems and avoid their occurrence with high technological techniques and make decisions that contribute to preserving people’s lives and preserving the quality and accuracy of maritime navigation, which is the goal.

Health and Food For Less

Health and Food For Less will provide portable kitchens with cooking facilities and ensure access to nutritious ingredients, while prioritizing hygiene, safety, and community engagement to address the immediate and long-term needs of those facing housing insecurity.

The ThermalSeek, “ThermalSeek: Guiding Hope, Saving Lives”

By combining robotics with temperature sensing technology, you could potentially create a valuable tool for search and rescue operations, significantly improving the chances of finding and rescuing survivors in the aftermath of natural disasters like earthquakes.

The Superhero Ship

This project involved building and programming a scaled-down model of an ocean cleanup vessel using LEGO Educational WeDo 2.0. The model was designed to mimic the actions of the real ship, like collecting trash with its net. Subsequently, a custom track was implemented to transport the collected trash to a sorting facility, where various materials would be sorted for recycling. You can view a video demonstration of our project using the provided link.

Water from air machine

Our project is water from air machine, it condense the water vapour to liquid.
We used in this project:
Thermoelectric to cool down the small heatsink and we used a big heatsink with cooling fan so we can cool the heated side of the thermoelectric .
For the energy we use a solar tracker so it will work with clean energy .
For the solar tracker we used:
2 ldr sensor to track the light and 1 servo motor to move the solar panel and also we used arduino uno , breadboard, jumper wires and relay to connect it with the thermoelectric and the cooling fan.
And also we made an app that show u the weather .
Now it is little bit slow because This project is an example for the idea but with the time we will improve it and it will be the best water resource

“ECO-WAVE: 🌊💡 Smart Pool Project Utilizing Artificial Waves for Energy Provision and Entertainment”

The percentage of sea water in the Kingdom of Saudi Arabia is 0.5 of the land, and we have developed an artificial swimming pool project with artificial waves, so that these artificial waves provide energy, which means exploiting the energy of the waves to light the place somewhere or operate anything else, and with this, monitoring the pool with an artificial intelligence camera An alarm will be alerted in the event of drowning.

futuristic energy city

Our idea is to create a sustainable, zero-carbon city powered by renewable energy sources. Smart houses with solar panels will generate electricity from sunlight, while advanced security systems using facial recognition technology will ensure secure access. An efficient electricity management system will minimize environmental impact. Water conservation will be prioritized through the use of recycled water for plant irrigation, enhancing the greenery surrounding the houses. The exceptional green factory will produce eco-friendly electric cars, running on renewable energy. Algae within the factory’s chimneys will absorb carbon dioxide, with resulting gases converted into fertilizer. The factory’s operations will be guided by light sensors. Additionally, a free sports club will encourage an active community, harnessing kinetic energy from human movement.


Our project introduces a beach-cleaning robot equipped with a robotic arm to efficiently pick up trash and maintain cleanliness along the coastline. Using zone markers for navigation, it offers a sustainable solution to address beach pollution and enhance beachgoers experience

Code Venture

An auxiliary partner typically refers to a collaborator or supporter who aids in achieving a particular goal or objective. They provide supplemental assistance, expertise, or resources to complement the efforts of the primary entity or individual. These partners often play a crucial role in enhancing efficiency, expanding capabilities, or filling gaps in knowledge or capacity. Whether in business ventures, research projects, or creative endeavors, auxiliary partners contribute valuable contributions to help achieve shared objectives.


“The U” is a revolutionary robot designed to assist students with autism, ADHD, and anxiety disorders, aiming to create a significant impact in society. Equipped with advanced artificial intelligence, “The U” utilizes personalized learning algorithms and emotional recognition technology to adapt and cater to each student’s unique needs and preferences.

This innovative robot provides a supportive and inclusive learning environment, offering interactive lessons, cognitive-behavioral therapy techniques, and mindfulness exercises tailored to help students manage their challenges effectively. “The U” promotes independence, confidence, and emotional well-being while fostering social skills and academic progress.

By bridging the gap between technology and mental health support, “The U” not only enhances the educational experience for neurodiverse students but also promotes empathy, understanding, and acceptance within the broader community. Its impact extends beyond the classroom, promoting inclusivity and empowerment for individuals with diverse abilities, ultimately shaping a more compassionate and equitable society.