SDG 14.3.3
Research/ Engagement of Industries to maintain ecosystems
Student Graduation Projects:
ASU Research Papers:
- Sayed Ayman Mahfoodh, Marwan Aouad, Isa Maki, Rouya Hdeib and Hamdy Mohamed 2024“Towards Sustainable Municipal Solid Waste Management: Practical Solutions To Contain Underground Toxic Gases From Landfills” 2024 International Conference In Emerging Technologies For Sustainability And Intelligent Systems (ICETSIS 2024).January 28-29, 2024 (Hybrid), Applied Science University in Bahrain, Kingdom of Bahrain
- Rouya Hdeib, Marwan Aouad, Safa Awawdeh, Sayed Ayman Mahfoodh. Assessing Students’ Awareness, Attitudes, and Actions Towards Sustainable Development Goals (SDGs). ASU International Conference in Emerging Technologies for Sustainability and Intelligent Systems (ICETSIS), IEEE Forums, 2024.
The Graduation Project course of the Civil Engineering program at ASU offers various student project disciplines that contribute to maintaining ecosystems and their biodiversity. These disciplines include:
Quality Assurance and Integrity of Deep Foundations Using Non-Destructive Testing (NDT): This project focuses on ensuring the stability and safety of deep foundations, which play a crucial role in supporting infrastructure projects while minimizing disturbances to the surrounding ecosystems.
Assessment of urban flood risk potential and design of stormwater systems: This project aims to assess and mitigate the risks associated with urban flooding, which can have detrimental effects on ecosystems. The design of efficient stormwater systems helps manage rainfall runoff and prevent flooding, thus protecting ecosystems.
Flood inundation modelling of natural channels for different probabilities of occurrence: This project involves studying flood patterns in natural channels and developing models to predict and understand their behaviour. By analysing flood inundation, effective measures can be implemented to protect ecosystems and reduce the impact of floods.
Design of water supply systems for an urban area: This project focuses on designing sustainable water supply systems for urban areas, considering the needs of both human populations and ecosystems. Proper water management ensures the availability of water resources for ecosystems and supports biodiversity.
Design of sewage water networks for an urban area: This project involves designing efficient sewage water networks that effectively collect and treat wastewater. Proper sewage management prevents pollution and contamination of ecosystems, preserving their biodiversity.
Design of rainwater harvesting systems: This project aims to design and implement rainwater harvesting systems, which promote sustainable water use and reduce the strain on natural water sources. By utilizing rainwater, ecosystems can maintain their water balance and support biodiversity.
Greywater treatment system in households and design of stormwater systems: This project focuses on developing greywater treatment systems that recycle and reuse wastewater generated from households. Additionally, the design of stormwater systems ensures proper drainage and minimizes the impact on ecosystems.
Strengthening concrete beams using different techniques: case studies (using environmental solutions): This project explores environmentally friendly techniques to strengthen concrete beams, reducing the need for new construction and minimizing the ecological impact of infrastructure projects.
Strengthening concrete slabs using different techniques (FRP/steel): Case studies (using environmental solutions): This project investigates methods to strengthen concrete slabs using eco-friendly techniques such as fibre-reinforced polymers (FRP) or steel reinforcement, contributing to sustainable construction practices and ecosystem preservation.
By offering these project disciplines, the Graduation Project course in Civil Engineering at ASU aims to integrate ecological considerations and promote sustainable practices that maintain ecosystems and their biodiversity.