Our team of seasoned professionals collaborates closely with clients to deliver tailored solutions that address unique challenges and opportunities. From conceptualisation to execution, we integrate innovative design, advanced technology, and sustainable practices to create infrastructure that stands the test of time.
The five-tier, R2 billion (approximately $159 million) Nelson Mandela Bay Stadium was built overlooking the North End Lake at the heart of the city. It is one of three new coastal stadiums built for the 2010 FIFA World Cup. It regularly hosts large-scale football (soccer) and rugby union matches. The stadium is also used as a concert venue.
The stadium seats 45,000 in addition to 4,000 extra seats, temporarily installed for the 2010 FIFA World Cup. There are also two conference rooms, which can accommodate 200 people, situated on the 5th level. WorleyParsons PI BU (now iX engineers) was the lead consultant in the JV appointed to conduct the Structural Detail Design. In addition to the structural design, iX engineers was also responsible for the construction management of the reinforced concrete structure.
In response to the challenges identified during the 2019 financial audit, we undertook a vital project in collaboration with the University of Venda. This project focused on the assessment of 44 buildings that had shown impairments, encompassing structural, mechanical, electrical, and civil components. With unwavering commitment, we conducted in-depth evaluations, industry pricing assessments, and detailed gap analyses. The project culminated in comprehensive recommendations, repair procedures, and transparent cost analyses, all encapsulated in final reports and presentations delivered to the University of Venda.
Guided by the outcomes of our assessments, we developed strategic recommendations and repair procedures tailored to each building’s unique needs. This approach ensured that the University of Venda had clear directions for revitalizing its impaired infrastructure. From essential repairs to modernization initiatives, our recommendations spanned a spectrum of solutions.
Design and construction of a new four-storey high-spec office building of approximately 15,000 m2 office space and 3,000 m2 basement parking area, incorporating Green features. The iX engineers’ design scope included hot water generation via heat pumps with high COP, thermal heat recovery wheels for fresh air, heat recovery 4-pipe high-efficiency type chillers, energy-efficient light fittings and effective lighting controls, variable-volume chilled water and heating water pumping with pressure-independent valves to accurately match the building load and reduce energy wastage, individual control of HVAC units for high comfort levels, a complete BMS system with features such as the reading of utility meters, historic logging, internal temperature adjustment, fault-finding, alarms and many more, with a flexible design to allow for easy adaptation to suit the tenant’s requirements. Civil infrastructure, structural design, and three levels of underground parking were also included.
The 22-storey building’s shape illustrates how effectively concrete can be used to bring to life an architect’s vision, with the curved lines being key features of the architectural style. This theme is carried through to the inside of the building. This luxury multi-storey apartment building also has office and retail spaces. The podium has a 3,840 m² footprint, above which are two individual towers and an atrium.
