Fighting Parasitic Infestation in Marsabit, Kenya

Rishabh Datta is a 4th Year Mechanical Engineering student at Georgia Tech, Atlanta. Rishabh is interested in Green Technology, Renewable Energy, Data Science, and CFD. For more projects, click here.

Fighting Parasitic Infestation in Marsabit, Kenya

Rishabh Datta is a 4th Year Mechanical Engineering student at Georgia Tech, Atlanta. Rishabh is interested in Green Technology, Renewable Energy, Data Science, and CFD. For more projects, click here.


Sustainable Footwear for Tribes in Marsabit, Kenya


Overview

The town of Marsabit is an outpost of urban civilization in the vast desert of northern Kenya. Jiggers infestation is a major health issue endangering tribal societies in East Africa. Jiggers are a small flea-like insect that burrows into the skin of fingers and toes and eats away the flesh. Over 1.8 million children are said to be affected by Jiggers in Kenya.

The objective of this project was to develop a sustainable approach to solving the Jigger problem. More specifically, the goal was to design economic and easily accessible footwear, and a sustainable manufacturing process which the tribes could employ.

The project was completed in partnership with Partners for Care, and Dr. Joyelle Harris, Georgia Institute of Technology.


Proposed Solutions

An important aspect of the project was to leverage existing skills within the tribe. The proposed solution was footwear designed using locally available materials, which could be sewed and knitted by the tribes using existing skills and materials.


Materials Used

Total Cost ~ $0.50 per pair


Performance & User Testing

The product was field tested by users in Marsabit, Kenya. Overall, the product recieved positive reviews with users citing features such as comfort and protection as key factors. The product was economic, easy to make, and the materials needed were easily accessible. Areas of improvement included durability of the shoe over rocky terrain, and protection from dust in the desert environment. Future steps include reinforcing the base and sole of the shoe, with multiple layers of plastic, or similar rigid materials. In addition, the use of thicker fabric (such as denim) could possibly add to the structural durability, and attract less dust in outdoor environments.