DSAIL PROJECTS

Water Resource Monitoring

To detect, monitor and quantify the effects of these threats to the well-being of the catchment, monitoring river water parameters such as water level and water turbidity is necessary.

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Environmental Conservation and Monitoring

Electric Fence Fault detection

To improve fault detection in electric fences, we are developing a time domain reflectometry (TDR) based fault detector. The system is based on the principle of reflection in transmission lines. 

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Environmental Conservation and Monitoring

Camera Trap

At DSAIL, we have designed, developed and deployed 4 camera traps in the Dedan Kimathi Wildlife Conservancy to capture images of the mammalian species found there. The camera traps are based on low-cost hardware; the Raspberry Pi 2, the Raspberry Pi Zero and the OpenMV Cam H7 modules.

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Environmental Conservation and Monitoring

Bioacoustics

Acoustic monitoring of ecosystems offers an efficient and noninvasive tool for monitoring wildlife.

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Environmental Conservation and Monitoring

RHD Monitoring Project

In this research project we are presenting the use of machine learning as a tool to analyze echocardiograms which will automate the screening process of diagnosing RHD. 

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Health

Monitoring Orthopedic Patients

This project aims to solve this problem by offering a lightweight, cost-effective knee wearable device that accurately records, stores, and displays the flexion knee angles of the patients.

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Health

BSF Monitoring Device

Black Soldier Fly(BSF) farming is presently the most widespread form of insect farming in the world. With the move to use more sustainable farming methods the rearing of BSF has become an instant hit with farmers.

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Agriculture