Damascus-SANA
One hundred and forty projects and applied research incubated by the fourth exhibition of distinguished student research and graduation projects for the year 2021, which is held by the Faculty of Mechanical and Electrical Engineering at Damascus University in cooperation with a number of colleges, scientific institutions, private universities, companies and economic events.
The exhibition, which is held under the title “Working to Build Syria of Hope” and concludes this evening, aims to develop students’ inventions and projects and their applied and research innovations to become a marketable product and create job opportunities through communication between industrial companies, the educational body supervising projects and students who have implemented projects and achieve communication with the authorities And companies wishing to put forward topics or projects for development in the coming years.
SANA met a number of exhibition organizers and participating students. Engineer Jamil Lewis, head of the robotics laboratory at the Higher Institute of Applied Sciences and Technology in Damascus, said: Our participation is represented in seven projects, four of which are in the field of mechatronics and three in the field of communications, which are various and high-level projects such as measuring speed using infrared. Al-Hamra and determining the location and a project based on defining things, indicating that this participation aims to exchange information and see projects to achieve mutual benefit within universities at the country level and for students to be closer to the labor market, as these projects enable the student to apply the information he took through his engineering studies within a machine. or a robot.
In turn, Eng. Heba Ali Youssef said that she and her colleague Batoul Khalil from the Department of Electronics and Communications Engineering at the College of Mechanical and Electrical Engineering have completed a graduation project, which is an electronic program to improve the readability of mammogram images, mammography, and remove noise from them and classify the type of tumor, whether it is cancerous or benign, with the possibility of developing it for detection. About tumors in very early stages, indicating that the program showed an accuracy of results with a rate of 97.5 percent, and that the time required to process the image, detect and give the result takes about a minute.
And from the Department of Mechanical Engineering of Textile Industries and Technologies, student Lara Issa Malos said: Her project and her colleagues are a laboratory device to measure and test the hardness of fabrics according to their areas of use. Accuracy indicating the importance of adopting the idea of the device by specialists to help provide it within the quality control laboratories in factories at the lowest cost than importing it.
Engineer Dima Jundi, a specialist in renewable energies, said that her project and her colleague are an evaporator for desalinating water with solar energy. Self-diffusion solar distillers through recycling steam within the distillation stages and benefiting from the thermal energy carried by the steam instead of sending it to the surrounding medium, indicating that the evaporator is small in size and its use is easy and simple. Suitable for developing countries.
Student Suzan Darwish from the Department of Electrical Energy Engineering in the fifth year said: Her and her colleagues' project is to design and implement a hybrid photovoltaic system through which thermal energy can be obtained and at the same time electricity...that is, to obtain hot water and electricity together.
And from the College of Applied Sciences, student Muhammad Al-Zayyat from the Department of Computer Technology said that his and his colleague’s project is a bed for health monitoring inside the house that measures “temperature, heartbeat, blood oxygen, electrocardiogram and automatic sterilization” and sends the results to the patient’s facilities via the Bluetooth feature without the need for him to be in The hospital indicated that the project can be used during the current period in light of the spread of the Corona pandemic.
From the Electrical Power Engineering Department, student Muhammad Moza said: His project is a generating group control system using the ESCada system, which enables the control and monitoring of the generation group, monitoring mechanical and electrical values, faults and time schedules. .
