Mylne Street Apartments
The Mylne Street Complex stands as a beacon of modern urban living, comprising of 12 apartments nestled in the heart of Toowoomba's CBD. Boasting a sleek and contemporary architectural aesthetic, coupled with its prime inner-city location and views of the bustling cityscape, the Mylne Street Apartments have quickly become highly coveted residences.
Kehoe Myers was entrusted with the Civil Engineering Services for this development including planning and construction phases. Our comprehensive services encompassed the preparation of a detailed Stormwater Management Plan, as well as the design and documentation of essential civil works. This included the intricate task of securing Operational Works Application with the Local Council and providing design certification to ensure compliance with regulatory standards.
The Civil Design and Documentation phase entailed a meticulous approach towards every aspect of the site affected by the building works. From designing building platforms and optimising vehicular access areas to carefully planning carparking facilities and paved pedestrian zones, our team left no stone unturned. Additionally, our expertise extended to the intricate management of stormwater drainage systems, diversion works for sewer lines, and implementation of erosion and sediment control measures, ensuring both functionality and environmental sustainability.
Throughout the Construction phase, our dedicated team remained actively engaged, conducting numerous site inspections and participating in consultant site meetings. This hands-on approach, coupled with seamless liaison with the project team, ensured the smooth execution of the development, from inception to completion.
The Mylne Street Apartments stand as a testament to sophisticated urban living, enhancing Toowoomba's CBD. Kehoe Myers takes immense pride in our contribution to this exceptional project and eagerly anticipates our involvement in forthcoming local endeavours, as we continue to uphold our commitment to excellence in engineering and urban development.
