"2. Highly reliance on volunteers; if there are not enough volunteers, it mayresult in longer periods of construction and delays due to the timerestrictions caused by the rainy season. 3. Incorrectly placed canals may result in more damage to the soil as thepositioning of the canals may allow the water to wash the soil away moreeasily. 4. As the canals are built, there is short-term damage to subsoil which results inthe risk of water washing the canals away. Regulatory and Safety Considerations Regulatory and safety considerations underline a input into the preliminaryplanning layout of the design solution to be implemented. These factors ensure thatthe communities revolve around the solution and are well informed of the safetyhazards and consequences faced when disregarding these fundamental principles.Engineering implications have been embedded into the systems to minimize thesocial concerns.ConclusionThe main objectives of this design solution are to lessen the burden created by thefloods which disrupt the growth of crops as they are washed away and to create awater supply that can be used throughout the year. It can be accomplished through the collection and storage of water in the wetseason, allowing it to be effectively used for farming and other needs during thedry season where there are long periods of drought. Thisdesign solutionsuccessfully fulfills objectives through an effective and reliable rainwatercatchment and storage systemRECOMMENDATIONS FOR FURTHER ACTION One recommendation to improve the reliability of the design solution and itsstructural strength to withstand changes in the climate would be to conductexperiments on the mud brick composition ratio. This is to improve the mud bricks’ resistance to shrinkage cracks that aredetrimental to the longevity and structural integrity of the water tanks. Another recommendation is to conduct experiments using the solution on a smallerscale in order to test its endurance and performance as well as to identify anyunforeseen weaknesses before the project is executed on a larger scale. "