INGENIEUR
Conclusion
Implementation of BIOECODS in all public projects is in agreement with the Sustainable Development Goals 2030 . Despite facing challenges during the BIOECODS construction , this innovative system , developed to manage water quantity and water quality in an environmentally-friendly manner , has shown great potential in supporting the sustainable development initiatives of the Government . While the construction method is not complicated , detail monitoring and control throughout the construction period is extremely important to ensure successful execution . Thus , it is highly recommended that the expertise and experience of both designers and builders be integrated and contracted under the Price Cost Sum . As such , collaborative practices between designers and builders can be established effectively because the requirements for the successful construction of BIOECODS can be set out at a very early stage of the construction .
Acknowledgment The authors wish to express gratitude to the Centre of Excellence for Engineering and Technology , Public Works Department of Malaysia ( CREaTE ), for funding a research project entitled : Kajian Keberkesanan Penggunaan Teknologi Hijau Dalam Sistem Saliran Bandar Bagi Projek Perintis Jkr Malaysia ( grant number : 401 . PREDAC . 5010076 . J111 ). Acknowledgement goes to the research team members ( Ir . Ts . Sanisah Haji Sulaiman , Ir . Mazzuwan Mohd Diah , Ir . Sumie Sarmiza Abdul Suki and Ir . Izwan Shah Ibrahim ), Pasir Mas District Police Headquarters and Southern Civil Defence Training Centre , Kluang for their involvement in the study , conducting data analysis , and providing technical support .
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