The Atlas Water Rescue Robot is a specialized robotic system designed for emergency water rescue operations. Developed by Team Atlas, this robot is equipped with advanced features to assist in locating, rescuing, and providing aid to individuals in distress in aquatic environments.
Atlas Oceanio 1.0
In an effort to address environmental challenges, our team has designed and built an innovative water-cleaning robot for a contest. This robot is engineered to efficiently clean and purify water bodies, making it a vital tool for improving water quality in various ecosystems.
Atlas Mars Rover V3.0
We designed and built a Mars rover to tackle the challenges of the Martian environment. This rover is equipped with advanced features that reflect both innovation and precision, ensuring it can perform a range of scientific tasks on the Red Planet.
Wallo
Unlike traditional robots, Wall-E possesses distinct human-like qualities. He has
expressive eyes, gestures and voice that enable him to convey emotion and establish
a connection with the audience. Wall-E is designed to be a hardworking and
resilient robot.Wall-E’s social nature is evident through his interactions with other robots and
humans. Despite being an autonomous device, Wall-E displays empathy and
compassion for others, forming bonds and friendships along the way. He
communicates through simple beeps and gestures, yet his actions speak volumes
about his character.
Fremo
The robot made by Team Atlas is ‘Frimo – a farming robot’. This automatic robot of
theirs has various features. Paddy and grass can be easily cut with the cutter connected
to the robot, and the threshing can be given The robot can also be controlled by remote
control. Farmers can also control the robot through software or apps.
The robot has three automatic devices for seeding. The farmer’s work is done only when the amount and time of sowing are fixed. Apart from this, if there is a need to give
fertilizers, pesticides or any spray, the robot is able to spray the amount by itself.We just need to fill the robot’s tank with the required liquid. This robot is also capable
of taking rice or crops from one place to another after harvesting. It can carry 40 kg
weight at a time. Apart from this, this robot can store information about the amount of
grain obtained from a field and send it to the local agriculture office. For example, what
was the pH level, what was the temperature, how was the sunlight, etc? The robot will
send this data to the server once a month. Operating the solar-powered robot will also
reduce power consumption.
the amount and time of sowing are fixed. Apart from this, if there is a need to give
fertilizers, pesticides or any spray, the robot is able to spray the amount by itself.
Automatic Dustbin , Underwater Robot , Electra
Automatic Dustbin : The automatic dustbin system is one of the projects of
Team Atlas. Through this dustbin, waste can be disposed
of in a novel way.
It simultaneously acts to promote littering and littering.
Harnessing people’s curiosity about technology, everyone
is encouraged to litter at designated locations.
We have already completed many experimental
tests of this dustbin. I got proper benefits from
using this dustbin as a garbage carrier in various
educational places or on the side of the road.
We want to market this dustbin later and encourage
the people of the country to dispose of the waste.
Atlas Underwater Robot – This underwater robot is an underwater research
robotics submarine. It can collect various underwater samples or data in a
very short time. It can process very fast. The robot is controlled by a powerful
remote control system.
Ability to go deep into the water to collect samples of
aquatic organisms or different algae. We are currently
working and researching this system so that this robot
can be used in various sea research or water research in
Bangladesh.
Electra – This project of ours called Electra will
mainly be used to save electricity. This system can
monitor daily and minute electricity consumption
and automatically turn off additional lights or fans
when they are in the water. If a customer is able to
reduce their electricity bill every month, they will
receive a gift coupon for this. With this system, there is a special mobile by which he
can turn off or turn or off the electrical connection of his home or house at any time.
Atlas Dats Box , Atlas Space Tube
Atlas Data Box – This project will basically be used to get the current time information
of any place. If this system is set at any particular place, all the information on the soil
and air of that place will be updated on the server all the time. By doing this, it is
possible to take all the information immediately from any place. Satellites mainly
collect various information from outside the earth and send it to the earth.
Our goal was to have a satellite that would be connected to the ground and provide all
the information to the main server to collect any information about weather or soil. At
the same time, various information can be collected on agricultural land very easily
using this system.
Atlas Space Tube – The aim of our project was to make
a tube for the astronauts once the seeds are placed in the
tube, all the work will be automatically controlled in this
tube until it yields.
We submitted this project to the NASA App Challenge
competition organized by NASA and received an
international nomination as a Galactic Problem Solver.
This project of ours is basically an automatic tube box
where once the seeds are dropped, they will be raised with
all the pesticides and water to produce seedlings from the
seeds. At the same time, there are separate cylinders for necessary oxygen and
carbon-dioxide balancing, from seedling to plant and all the work will be controlled
in this tube.
Atlas Sniper
This robot named Atlas Sniper is basically
a racing robot used for racing in various
competitions. This powerful robot is
equipped with a powerful motor and
battery system. This robot can be
controlled from a distance of about two
and a half kilometers and its various
information can be received through the
camera. The robot has already been a
finalist in the international competition
World Robotics Championship.
Atlas Mars Rover
We, “Team Atlas” created the Atlas Mars Rover with the aim of building a robot capable
of researching Mars. International competitions are held in different countries on these
rovers. Our aim is to participate in those competitions. Let’s briefly discuss the main
functions of this robot.
For the movement of the robot, there are some high-powered motors that can easily
overcome various obstacles. It has its own server system through which it can maintain
communication with Earth’s control panel. It has used its own robotic lab where it can
determine the number of different elements by testing rock samples and soil samples. It has
a laser testing system through which it can perform various radioactivity tests starting from
isotope testing. It uses artificial intelligence that will control the entire robot. It also uses a
controller system. By which the primary work of the robot or the control work of the robot
in special conditions will be completed. The main power source of the rover is the solar
system and lithium polymer battery is used for power storage. The work on the robot is
currently ongoing.
Farmover
Farmers in our country have to rely on various data sources. It has to rely on different
signals and directions. And in this case, farmers depend on various government agencies
and officials. However, since the works are quite complicated and time-consuming, it is
not possible to provide fast service.The wages of additional workers have to be paid. Irregularities also remain at work.
But if these jobs are done by a robot instead of the farmers, then the work is well
planned and takes less time. Keeping these things in mind, I made this robot.
1/ Soil pH measurement – Soil pH value indicates the acidity and alkalinity of the soil.
And based on this information, a decision has to be made about which crop the
farmer will cultivate in which season. And so I attached a digital pH meter to my
robot. Which can show the pH of any soil very quickly.
2/ Soil moisture and temperature –
Irrigation should be done based on the soil
moisture and temperature.
So the robot is equipped with a meter that
can give accurate data from 3 inches
below the ground.
\3/ Fertilizer or pesticide spraying –
This part of the robot will work to
deliver the liquid pesticide or fertilizer
to each plant. Usually, it is not possible
for a farmer to reach every tree.
But robots can do that. Most of the time in our country, farmers suffer more losses
due to not applying pesticides or fertilizers properly. And so the responsibility of
doing this too is given to robots.
4/ Sowing – This part of the robot will work in sowing the seeds. Farmers in our
country scatter seeds randomly to save time. By this, more seeds are planted in one
place and no seeds are planted in other places.
Many seeds are destroyed. So the work will be done by the robot with its blader. The
robot will do the work in a planned way. Using the artificial intelligence of the robot
can find out the solution to any problem by itself. Farmer’s mobile will get updates
during these times. The robot will get its power from solar. You can control this robot
with a mobile app. Farmers can talk directly with the robot. Part of this will be
controlled by artificial intelligence and part will be controlled by the farmer via
mobile.
Sometimes additional people are required to apply
fertilizers and pesticides to the land.
