Two-way fiber optic communication between prosthetic limbs and peripheral nerves will be key to operating realistic robotic arms, legs and hands that not only move like the real thing, but also “feel” sensations like pressure and heat. Prof. Amir Ali, director of the ARAtronics, says "Successful completion of this fiber optic link will allow for sending signals seamlessly back and forth between the brain and artificial limbs, giving amputees revolutionary freedom of movement and agility". This video is in Arabic language without English subtitles.

ARAtronics was honored to show our research and accomplishment in front of the visiting high level German DAAD Delegation while visiting the GUC.

Nile Cruise hosts on Thursday at 1:30 pm on Jan 26th 2017, Prof. Dr. Amir R. Ali, the general director of ARAtronics, talks about the future of prosthetic limbs and the application for the optical fibers in our life.

The power of our ARAtronicers feedback is that it offers the individual a 'reality check'; a set of different perspectives on their performance rather than, or in addition to, the conventional line manager appraisal. For a PI, insight into how members of the research team (and other colleagues) perceive their leadership can be helpful in a number of ways: 1.building confidence. Often others have a more positive view of you than you think! 2.Identifying aspects of your leadership that have had a really positive impact 3.Identifying areas of your leadership practice that you might want to change or improve.

ONLive TV has hosted Prof. Amir Roushdy and part of his team on the July 4th 2017 to discuss a robotic glove that helps patients restore hand movements. Patients who have lost their hand functions due to injuries or nerve-related conditions, such as stroke and muscular dystrophy, now have a chance of restoring their hand movements by using a new lightweight and smart rehabilitation device called GLOVEtronics developed by the ARAtronics research team from the German University in Cairo (GUC). Prof. Amir the head and the director of the ARAtronics said the new lightweight and smart rehabilitation devices are made of soft materials. This novel device is an improvement from conventional robotic hand rehabilitation devices as it has sensors to detect muscle signals and conforms to the natural movements of the human hand, reducing discomfort and risk of injury. This robotic glove is also compact and portable, so patients who are recovering at home or are bedridden could carry out rehabilitation exercises with greater ease and comfort. This video is in Arabic language without English subtitles.

ARAtronics was honored to show our research and accomplishment in front of the visiting high top VIP delegation from Baden- Württemberg visit the GUC.

If you are confused and worried about how to ​​Present your research question, research approach, research findings and conclusions, both orally and in a bachelor research thesis, this event will help you to overcome all the obstacles that you might face while you are trying to reach your goal.

In this video we show the general idea about what the ARAtronics Research Center is keen about during our research. In ARAtronics we do believe that our research is the main recipient for making our life better.

A Brain Computer Interface (BCI), sometimes called a brain–machine interface (BMI), is a direct communication pathway between the brain's electrical activity and an external device, most commonly a computer or robotic limb. BCIs are often directed at researching, mapping, assisting, augmenting, or repairing human cognitive or sensory-motor functions.