First year Program

The Water School  first year program offers practical assignments across three years, focusing on hands-on experiences ranging from water quality testing and rainwater harvesting to designing water-saving technologies and assessing water policies, equipping students with the skills to tackle real-world water management challenges.

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Academic insights

 Water Quality Testing:

 

  • Collect water samples from various sources and test for pH, turbidity, and contaminants.
  • Compare water quality against environmental standards.


Rainwater Harvesting Model:

  • Design and construct a simple rainwater harvesting system model.
  • Measure the efficiency and volume of water collected during simulated rainfall.


 Water Footprint Analysis:

  • Calculate the personal or household water footprint.
  • Develop strategies to reduce this footprint through daily activities.


 Irrigation Efficiency Experiment:

 

  • Compare different irrigation methods (e.g., drip vs. sprinkler) in terms of water use and plant growth.
  • Analyze the data to determine the most efficient irrigation technique.


Wastewater Treatment Project:

 

  • Design and build a small-scale wastewater treatment system using natural or low-cost materials.
  • Test and report on the water quality before and after treatment.


Water Policy Review Assignment:

 

  • Review and analyze a specific water policy or governance model from a selected region or country.
  • Present findings on its effectiveness and areas for improvement.


Real-world insights

To enhance the educational experience and provide real-world insights, collaborating with various partners can be invaluable for these practical assignments. Here's a list of ideal partners for each type of project:




Local Water Treatment Facilities:

* Partner for water quality testing projects to offer insight into industrial-scale water treatment processes.


*SOMEFLU

* VEOLIA ( OMAN ) : TBP

Community Environmental Groups:

*  Collaborate on rainwater harvesting models to promote community engagement in sustainable water practices.

Utility Companies:


*  Work with for water footprint analysis to provide data and context on local water usage and conservation strategies.

Agricultural Extensions or Research Farms:

 Ideal for irrigation efficiency experiments, offering practical insights into agricultural water use and management.

Municipal Wastewater Treatment Plants:

 Partner for wastewater treatment projects to give students exposure to large-scale wastewater management and treatment technologies.

Environmental Policy Organizations:

 Collaborate on water policy review assignments to provide expertise in water governance and policy analysis.