The students of Aligarh Institute of Technology surprised by creating their projects for treatment using modern technology and artificial intelligence and proved that if the talents of our youth are harnessed, they can revolutionize the world of science.
As per the details, an exhibition of DAE projects was organized in which 290 projects prepared by 1100 students of Diploma of Associate Engineer program in 8 different fields are on display.
Students of Architecture, Electrical, Biomedical, Electronics, Mechanical, Software Engineering, Computer Information and Civil showcased projects involving cutting-edge technology. Locally developed, low-cost, internationally accepted solutions are revolutionizing the field of medicine.
Students will learn about low-cost portable anesthesia machine, smart robotic hand, steam engine, dual tunnel phototherapy, smart Make Ventilators and Modern Motor Cars Project Fair was inaugurated by Sindh Board Technical Education Chairman Dr. Masroor Ahmed Sheikh.
Chairman of Sindh Board Technical Education Dr. Masroor Ahmed Sheikh while appreciating the innovative and unique projects of the students said that all the ideas were very good and impressive which reflect the creativity and skills of the students. It is the need of the hour that strong relations between the universities and the industrial sector should be established.
He said that the students of our country are talented but they do not get proper guidance or platform where they can show their performance. This kind of exhibition gives them an opportunity to show their skills and also motivates them.
Principal of Aligarh Institute Shahid Jameel said that students should work on new concepts. There are many student projects in the exhibition which are very important and have industrial importance and are made on a commercial basis in collaboration with any company. can go .
Biomedical student Sidra Saeed while talking to Express said that with the help of cardboard, tendon rope, jumper wire, a smart robotic hand has been prepared at a cost of 3 thousand in a week. The smart robotic hand control system is portable and lightweight that can be attached to a wheelchair and operated through sensors in the glove.
This robotic arm is designed for disabled patients. The robotic hand can be controlled with an open source platform, Arduino. In this way, disabled people can improve their lives with great freedom. Mohammad Arham, a biomedical student, has developed an anesthesia machine from 6mm acrylic sheet at a cost of 50,000.
Another student of the same department, Yahya Qadir, has made a dual tunnel phototherapy machine at a cost of 167,000 rupees, which will be used for jaundice in newborn babies, which has ultraviolet lights, two in-off touch screen buttons.
There is also a temperature switch to record the temperature of the baby and the environment. In addition, two fans have been installed. In the same system, there is also a suction blood collection tube, a light for eczema relief. A student has created ultrasonic sensor glasses for blind people. It is a special lens that is manufactured using nanocoating. It can warn of the arrival of a speeding car thanks to audio and buzzer. It uses artificial intelligence, laserlight and camera technology. Dua Hashmi has created a safe and effective ventilator for critically ill patients. It is a mechanical ventilator that can be controlled via Bluetooth via mobile phone or app. Due to its uniqueness it can easily be used in ambulance. There is also light to relieve eczema.
A student has created ultrasonic sensor glasses for blind people. It is a special lens that is manufactured using nanocoating. It can warn of the arrival of a speeding car thanks to audio and buzzer. It uses artificial intelligence, laserlight and camera technology.
Dua Hashmi has created a safe and effective ventilator for critically ill patients. It is a mechanical ventilator that can be controlled via Bluetooth via mobile phone or app. Due to its uniqueness it can easily be used in ambulance. There is also light to relieve eczema.
A student has created ultrasonic sensor glasses for blind people. It is a special lens that is manufactured using nanocoating. It can warn of the arrival of a speeding car thanks to audio and buzzer. It uses artificial intelligence, laserlight and camera technology.
Dua Hashmi has created a safe and effective ventilator for critically ill patients. It is a mechanical ventilator that can be controlled via Bluetooth via mobile phone or app. Due to its uniqueness it can easily be used in ambulance. has developed a safe and effective ventilator for critically ill patients. It is a mechanical ventilator that can be controlled via Bluetooth via mobile phone or app.
Due to its uniqueness it can easily be used in ambulance. has developed a safe and effective ventilator for critically ill patients. It is a mechanical ventilator that can be controlled via Bluetooth via mobile phone or app. Due to its uniqueness it can easily be used in ambulance.
