Kenyan students innovate to fill Covid-19 ventilator shortage
Kenyatta University’s prototype ventilator.
Fifteen medical and engineering students at Kenya’s Kenyatta University have made history by making the country's first homegrown ventilator to help treat patients severely affected by the coronavirus.
As of Saturday 25 April, confirmed cases of coronavirus in Kenya stood at 343 with 14 deaths. But officials are taking no chances with the highly contagious Covid-19 disease and have placed the country under lockdown with a strict dusk-to-dawn curfew.
Should there be a spike in new cases, the country's health network only has 259 functional ventilators, according to Dr Idris Nzao Chikophe, Secretary-General of the Kenya Critical Care Society.
That's where the Kenyatta University students step in.
Leader of the group, Fidel Makatia, says his team is set to produce fifty ventilators within two weeks – an output they are capable of maintaining.
“This ventilator detects oxygen and normal air then it gives it enough pressure and volume required to ventilate a patient,” Makatia tells RFI, explaining the newly-made device. “Then passes it through a humidifier to give it enough humidity and temperature required for the human body.”
Mechanical ventilators take over the body’s breathing process. This is normally caused by a failure in the normal performance of the lung.
The student team at Kenyatta University say they are capable of producing fifty ventilators per fortnight. © James Shimanyula
As of Saturday 25 April, confirmed cases of coronavirus in Kenya stood at 343 with 14 deaths. But officials are taking no chances with the highly contagious Covid-19 disease and have placed the country under lockdown with a strict dusk-to-dawn curfew.
Should there be a spike in new cases, the country's health network only has 259 functional ventilators, according to Dr Idris Nzao Chikophe, Secretary-General of the Kenya Critical Care Society.
That's where the Kenyatta University students step in.
Leader of the group, Fidel Makatia, says his team is set to produce fifty ventilators within two weeks – an output they are capable of maintaining.
“This ventilator detects oxygen and normal air then it gives it enough pressure and volume required to ventilate a patient,” Makatia tells RFI, explaining the newly-made device. “Then passes it through a humidifier to give it enough humidity and temperature required for the human body.”
Mechanical ventilators take over the body’s breathing process. This is normally caused by a failure in the normal performance of the lung.
The student team at Kenyatta University say they are capable of producing fifty ventilators per fortnight. © James Shimanyula
A sick person also needs a higher percentage of oxygen than normal. “We are breathing 21 percent of oxygen because we are normal. But patients may require a higher percentage – thirty, forty, up to maybe eighty percent.”
Highest standards
The students are not working alone. Kenyatta University provided mentors and also the work space that led to this innovation – the Chandaria Business Incubation and Innovation Centre, named after Manu Chandaria, one of Kenya’s prominent business magnates.
The centre is a stone’s throw from the university entrance and the modern main road from Nairobi, to the central region of the country.
The centre made it easier for the students to meet high standards such as those set by the International Standards Organization, or ISO.
Kenyatta University's Incubation Centre, with Dr Shadrack Maina Mambo, Dean of Engineering and Technology, performing a demonstration. © James Shimanyula
Kenyatta University's Incubation Centre, with Dr Shadrack Maina Mambo, Dean of Engineering and Technology, performing a demonstration. © James Shimanyula
No comments