It was envisaged by the architect to provide a parking space above the existing 8m high loose slope location which has to be converted into a terrace made of tiered & short retaining walls which will be landscaped eventually. As a traditional solution and commonly adopted structure, a series of RCC (Reinforced Cement Concrete) walls were considered by the architect (refer figure 2). However, since these walls are to be constructed on loose dune sand, the bearing capacity & rotational stability becomes critical. Moreover, being a landscaping area, the soil portion in benches will have plants that requires continuous irrigation. This will result in drainage issues that requires very effective weep holes on the RCC walls. Another anticipated problem was the overall cost of the retaining walls which further increases due to the need of theming by local stones which has to be accomplished by cladding a layer of the beige colored stones to the exposed surface of RCC walls. For the above reasons, the architect approached Maccaferri Middle East (MME) to propose an alternative viable solution which has to be techno-commercially better than the RCC walls.