Post
Published on June 28, 2023
The Humanitarian Water Engineering Intensive Course returns this fall. This 12 week virtual course will run from September 6th to December 6th, covering the design and operation of water supply systems in humanitarian response.
The course will offer participants an opportunity to gain essential knowledge and skills on safe water supply in humanitarian emergencies. The course covers the theoretical fundamentals of, and practical considerations for, the design and operation of water supply systems. Topics range from the chemistry and biology of water quality, to hydraulics, to cost efficiency, safety, accessibility, and public health.
Deadline to apply: Tuesday, August 29, 2023.
To learn more information, please visit the course website here: https://hwe.dighr.org/
Themes | Global Health & Humanitarianism, Global Health Foresighting |
Status | Active |
Related Work | |
Updates |
N/A
|
People |
Syed Imran Ali, Research Fellow, Global Health and Humanitarianism - Active
James Brown, Associate Course Director, Humanitarian Water Engineering; Technical Advisor, Safe Water Optimization Tool - Active |
You may also be interested in…
York University welcomes latest York Research Chair appointees
Eight researchers across York University will join the York Research Chairs (YRC) program – the University’s internal counterpart to the national Canada Research Chairs (CRC) program which recognizes outstanding researchers. These YRCs belong to the …Read more about this Post
Update – Thanks for Contributing to the In-Kind Donation Drive for Earthquake Relief
On February 6, 2023, densely populated cities and towns bordering along Türkiye and Syria were struck by a massive 7.8 magnitude earthquake followed by a 7.5 earthquake. As the death toll climbed quickly to over …Read more about this Post
Hot off the Press – Digital Technologies and Food Security During Crisis: Covid-19 Experiences from Smallholder Farmers in Odisha, India
Since the COVID-19 pandemic, approximately 150 million people experienced hunger due to food insecurity. Digital agriculture technology determines accurate and specific risks in food production, providing farmers valuable insights to market conditions of a region …Read more about this Post