Humanoid Doctor Robot

World now is based on the AI. AI could be a doctor for us to be more accurate than human

Our main problem scale is Medicine and it is that some doctors are not accurate enough in determining some diseases and that leads them to give the patients wrong medical drugs which leads to bad impacts. so, if we depend on the robot and technology in order to avoid the errors of human that will make us safer. 

also, there are some diseases such as Pancreas cancer that the human doctors cannot determine it until the patient arrives to very danger stage which make them unable to help him and that cause the patient to die. 

but after our Humanoid Doctor Robot determining if the patient have a Pancreas Cancer or not will be earlier and that will lead Medicine in order to help him before being in danger stage. 

After a lot of searching, we Found that we can determine if the patient is affected by Pancreas Cancer or not from his eyes so that will be the work of our Humanoid Doctor Robot.

Our Humanoid Doctor Robot is a robot-like human and it has an eye that can make a scan on human and with help of some specific sensors it can determine the diseases that the patient is affected with. One of it is main work is to determine if the patient is affected by Pancreas Cancer or not from test his eye bilirubin levels. In our robot we will use the technology as we will make sensors to measure specific things in the patients like: blood pressure, temperature, heartbeat and eye bilirubin level and we will use C and C++ in coding the sensors and Arduino.

We target the places that have a high percentage of diseases or cancers specially pancreas cancer because it would solve the problem of late recognition of the presence of cancer in the body while the robot will find out the symptoms of the cancer on the person just by looking at the color of the eyes and other many things, so the doctor robot will be an early warning for patients to facilitate and speed up their treatment.

My team members are: Ziad Ahmed Gameel (me), Ahmed Mohammed Khairi, Ahmed Abd El-Rahman, Hossam El-Din Haitham and Mariam El-Kholy 

Our skills that will help us are:

1- Ziad: I am the leader of team and I am the responsible person about the team and I have a good experience in leadership and Arduino. I worked before in the Egyptian Space Agency workshop for Stem students and I made a can-sat using Arduino.

2- Ahmed Abdel-Rahman: he is the programmer of the team and he has a big experience in the robotics and he worked before in the programming so he is ready to make the robot.

3- Ahmed Khairi: he loves the biology and he has a big background about the biology from many references such as Campbell book and he will help us in searching and collecting data about the treatments and the ideal of the project.

4- Hossam Haitham: he has a good experience in coding and writing and searching so he will help us in collecting data and in the writing.

5- Mariam El-Kholy: she had a course before in robotics so she will be able to work on the robot with Ahmed Abdel-Rahman.

When I decided to join the MIT solved, I got the idea and then I detected that I need a team has the skills of writing, programming and coding. Also, I needed someone who Is expert in biology and good at collecting data. As I am a STEM student so I now a lot of people from another STEM schools that made me able to detect the specific persons that I need in my team. Ahmed, Ahmed and Hossam I knew them from STEM community but Mariam, I knew it from the social media relations. We asked a lot of doctors about our solution and they encouraged us to start to work on and try to develop it and make it in real and also, they promised to help us if we need any help.

Our solution will help the patients who are affected with pancreas cancer to know if they are affected or no in the early of stage and before the disease becomes more danger and leads them to die using the scan of eye bilirubin level because it is easier and cheaper than a blood test and it is also can be done before any symptoms start to show. And that will save a lot of Pancreas Cancer patients life because when the disease is known in late stages that make the doctors unable to treat him until he dies.

The impacts that I need to achieve in the next year through my solution is that to save a lot of lives and help the patients of Pancreas Cancer to be treated from the disease before arriving to dangerous stages.

I really want to apply my robot in the real life because that will help us a lot to avoid the errors of the human doctors. And the goal is to increase the availability of this robot at all hospitals.

The technology that powers my solution is the AI and Arduino because my solution is a robot that will be able to help patients in hospitals so we will use a scan device which is connected to specific sensors to measure specific things in the patient and then detect the diseases that he is affected with and this solution is not applied before. Also the using of C and C++ is presences to code the sensors.

Regarding the WHO (world health organization), pancreatic cancer gets 95% (411,600 death in 2015) of its patients to die, which is the deadliest type of cancer. Thus, we predict that using the project twice a week can reduce the death rate according to the following data:

 * The whole year includes approximately 52 weeks, using the project twice a week yields 104 treatment, which if it was implemented earlier, the rate of death can decline. So the predictions indicate that one project all over the year can approximately stop the death for 104, so the ratio of death will decrease about 2.5%.

This year, we finished our search for the solution and also the design for our prototype but of course we want our project to be a real project and testable one, so we will start implementing our idea on the ground now and next year to be able to use it.

we are not a partner with any organization but we detect to make one in the future and also we will need a help of the Egyptian Ministry of Health

The diseases' issue is extremely challenging to the world, which exhausts the population and negatively influences the mankind resources. Thus, our project tries to stop one of the deadliest diseases with available costs aiming to make the world healthier. Definitely, world health needs a number of efforts to give impact on the population because without perfect youth, the economy will decline, so the project serves the society and its product appears in treating with the patients.

To promote any project, identifying the targeted people is considerable. For instance, our project aims to treat patients with pancreatic cancer. If we offer them the project for free for a specified period, it will appear to them as a superhero who came to save them. The same thing using social media and the internet, but how is this?

       Building an online page (website) or channel on YouTube to promote the idea can make people know more about the project, without forgetting that the mentioning about the all important points and the advantages of the idea can add more for the audience. Also, one of our plans is to start selling the project at an available price, and when demand increases, we start selling it at a competitive price in the market.