Tezpur University develops IoT-Based portable ventilator to fight COVID-19

Tezpur University develops IoT-Based portable ventilator to fight COVID-19

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Anupama Mehra
Assistant Manager – Content
New Delhi, Updated on May 14, 2021 08:11 IST
In a bid to address the prevailing COVID situation in the country, the Electrical Engineering Department of the varsity has undertaken the initiative to design the Internet of Things enabled portable ventilator.

In a bid to address the prevailing COVID situation in the country, the Electrical Engineering Department of the varsity has undertaken the initiative to design the Internet of Things enabled portable ventilator.

A group of students at Tezpur University has designed an IoT-based portable ventilator, that aims to help patients with respiratory ailments to breathe easily and to overcome the current shortage of life-saving instruments, amid the second wave of COVID-19. 
In a bid to address the prevailing COVID situation in the country, the Electrical Engineering Department of the varsity has undertaken the initiative to design the Internet of Things enabled portable ventilator, the official said.

A group of students is working on the project under the guidance of Chiranjit Adhikary, former guest faculty member, and Firdausa Ahmed, guest faculty member, and the project is supervised by professor Soumik Roy, the head of the department, the Tezpur University said in a statement.

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"The purpose of the project is to design a portable mechanical ventilator by automating the operation of 'Ambu Bag' with volume control ventilation which can be used in respiratory failure," Roy explained.

An 'Ambu Bag' is a hand-held device commonly used to provide positive pressure ventilation to patients who are not breathing adequately or have a severe problem in breathing. Another important objective of the project is to implement IoT-based features like monitoring of patient activities and controlling ventilator parameters through a mobile-based application.

The prototype of the ventilator is economical, and by using IoT as a remote controlling feature, one can control and monitor the ventilatory parameters through mobile phones and computers, he said, adding that it will prevent both the clinicians and the doctors from getting infected through airborne transmission.

The portable ventilator is a cost-effective instrument and would be available between Rs 8,000 and Rs 15,000, depending on the features, the statement said.

The initiative was part of a project, awarded as the 'Best Innovative Engineering Idea' under the banner of professor Aparna Kumar Padmapati Annual Scholarship from Assam Engineering College Class 88 Foundation for the 2020-21 year. It is an initiative of alumni of Assam Engineering College, who passed out in 1988, popularly known as AEC Class 88 Foundation.

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Anupama Mehra
Assistant Manager – Content

She has over 10 years of experience in the education and publishing sectors. She specialises in exam coverage and content creation. At Shiksha, she writes, analyses, and presents information for students preparing f

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