Global Engineering Student
The objective of my research is to develop sustainable, context-appropriate oxygen supply and delivery systems for health centres and hospitals in low-income countries.
For her doctoral thesis with U of T’s Centre for Global Engineering, Bev Bradley is developing the sustainable technology needed to give low-income countries a more reliable supply of medical oxygen. A member of Engineers without Borders since 2003, Ms. Bradley has visited The Gambia three times, including a trip in the summer of 2011 for her U of T doctoral research.
In West Africa, about 21 per cent of childhood deaths are caused by pneumonia. Oxygen is crucial, among other things, for treating pneumonia – the number-one killer of children under five throughout the world.
Hospitals in developing countries usually rely on oxygen cylinders, which are heavy, can explode and may require a long drive over difficult roads just to refill—or on oxygen-generating machines, which require a steady power supply that simply might not be available. Ms. Bradley and a team of Gambian technicians have developed a battery-powered version of this machine that can last up to 20 hours.
For her thesis, Ms. Bradley hopes to investigate several other options, including solar-powered oxygen generators. But she notes that one solution won’t work everywhere. “It’s about understanding the local situation and coming up with something that works there.”
On stage and in the lab, the opportunities for exploration are endless
Working with marginalized communities
Exploring ancient worlds
Education changes the world.
Advancing human rights and international development
Caring for people at home and abroad.
A multidisciplinary state of mind
Giving voice to the voiceless
Bringing the breath of life to the developing world
Making music to soothe the fears of people around the world.