Data analytics for rapid disease response

Closed
Canadian Sheep Federation
Ottawa, Ontario, Canada
Executive Director & CEO
(1)
3
Project
Academic experience
120 hours of work total
Learner
Anywhere
Advanced level

Project scope

Categories
Data visualization Data analysis Data modelling
Skills
disease modeling data analysis
Details

The goal of this project is to develop advanced disease modelling capacity in a livestock traceability system, that will allow for rapid disease response. The outcome is functionality that will allow authorities to track at-risk animals, premises and conveyance vehicles by accessing traceability datasets and applying data analytics based on disease parameters. The use case for this project will be Foot and Mouth Disease.

Deliverables

Students will need to familiarize themselves with the traceability technology in use and work with industry and veterinary authorities to understand the outputs needed. They will then need apply their understanding of advanced data analytics to design a process by which authorities identify infected animal/premises/fomite and the system reports all at-risk animals, equipment and premises.

Mentorship

Our organization will provide a dedicated contact person who can meet regularly with students and respond quickly to questions from the team. We will provide contact with our IT team who can ensure access to our information management systems and to federal veterinary authorities capable of identifying datasets required in a disease response.

About the organization

Organization
Ottawa, Ontario, Canada
Agriculture, Technology

The Canadian Sheep Federation (CSF) is the parent company of the brand new corporation (incorporation documents submitted and name pending) in need of a marketing strategy. The CSF is a national not-for-profit farming organization that has developed a number of novel agricultural technologies that it would like to commercialize under the banner of its new subsidiary. These include blockchain-enabled livestock and commodity traceability systems and artificial intelligence tools used for animal identification and welfare assessment.