Project Idea 

The project aims at regulating the public transport sector and the legal monitoring of the movement of means of transport, whether they belong to private companies or to the Directorate of Public Transport, so that the system determines the paths (lines) in which the means of transport can travel and monitor the path of the means of transport by means of a (GPS installed inside it, and If the means of transportation departs from these lanes without legal justification, a violation will be charged to the driver.

Through this project, it is also possible to control the means of transport and distribute them appropriately on the lines and to get rid of the problem of the owners of the means of transport not complying with the routes specified for them, or their delay in servicing the lines or not serving them at all, and thus solving the problem of severe overcrowding at bus stops and waiting for a very long time, and making the public transport system work more efficiently and fully legally controlled,

And enabling the driver to communicate in real time with the administration directly through a set of buttons that determine the state of the means of transportation (exposure to an accident, running out of fuel, or mechanical failure……) and other benefits can be obtained from the automation of the system, such as real-time monitoring of locations Transportation means and their current number on each line, thus facilitating statistical studies aimed at improving the system.

Project benefits:

1- Significantly increase the efficiency of the public transport system.

2- Reducing the waiting time for people at bus stops.

3- Reducing congestion at bus stops.

4 - Reducing the cycle time and mode of transportation on the line.

5- The possibility of knowing the time required for the arrival of the nearest means of transport.

6-Monitoring all means of transportation and knowing their condition.

7- The possibility of the driver to communicate with the administration in instantly.

Project Idea:

With the huge increase in the number of corona patients at recent times and the high cost of disease detection tests and identification of patients and disease carriers, the need has arisen to find software capable of analyzing radiographs, and thus the need for a smart mechanism that relies on artificial intelligence techniques.

This application aims to reach an expert system that aims to analyze the large amount of radiological images and learn through them to discover the disease in a quick and easy way that is accessible to the medical staff, and also with the aim of helping to discover the disease in remote areas where there are no doctors, and also aims to put a first brick to connect Ebla University with community through projects applicable to the labor market.

Hence the idea of the project came to design and train a system for discovering Covid patients by analyzing x-ray images and enhancing the resolution of symptoms that appear on disease carriers such as high temperature, cough, headache and general fatigue, in addition to analyses that help in detection as well, which are leukocyte analysis and D-analysis. dimer and .crp analysis The application is handled through an easy-to-use interactive conversational interface.

Design and simulation of a physiotherapy arm

 The purpose and importance of the project:

1. Permanently replace the physical therapist on the patient's side.

2. Securing the required movement accurately in terms of angle, speed and time away from the patient's estimates.

3. Continuous development of devices with user-specific requirements.

 4. Study effectiveness in advance, away from empirical science.

Project methodology:

Preparing a proposed model for a physical processing arm by preparing a graphic simulation of this design in SolidWorks program specialized in 3D mechanical designs (computer aided design).

• Simulation of the work of this arm and showing movement with specific parameters using the Simscape Physical Simulation Library, which helps in creating models of physical systems within the Simulink environment.

• Configure an Android application to direct commands to the arm according to specific settings.

Project Idea:

With the development of technology and the multiplicity of responsibilities and the presence of several electric sources in one place, and since these sources have side effects that may affect service facilities, including homes, the need to monitor and control these sources has increased to prevent disasters, so our goal in this project is to build a system for protection and control Installations using micro controllers and driving it using a system IOT (Internet of Things)

This project stemmed from our need to avoid the problems we faced in the previous days, which are embodied in the presence of more than one electric source, which may cause disasters such as burning homes as a result of leaving devices that work on heat (heaters - electric heater...) in addition to protection from dangers Overload, this project gave the possibility to control and monitor high currents remotely using IOT systems.

The importance and objectives of the project:

• Building a protection system based on the IOT technology.

• Possibility to monitor the loads streams remotely.

• Recording the time of switching currents (the time of disconnection or connection).

• Possibility of alarm and disconnection when the separation current threshold is exceeded.

• The ability to switch between sources of electricity completely automatically, with the prioritization of each source.

A simplified explanation of the mechanism of work of the IOT system:

Final shape of the circuit:

Project Idea:

Due to the invasion of the corona virus covid_19 to the continents of the world and its widespread spread, especially through human contact, especially in sanitary isolation hospitals, which are the epicenter of the spread of this virus, it was necessary to use robots to serve patients. From human contact with the patient and the protection of the medical staff, which is the biggest loser in this health war.