Explore our projects

Structural engineering project involving the removal of existing glazing systems and design of new steel support framework for large LED displays. The engineering challenge required precise load calculations for wind forces and dynamic loads from the electronic displays. A new rooftop deck structure was designed and integrated with the existing building framework, requiring careful analysis of load paths and connection details to ensure structural integrity of the modified building envelope.

Structural modifications to an existing warehouse building including design of suspended floor extensions. Roof strengthening was undertaken to accommodate new mechanical systems and equipment loads. Structural supports were designed for large-scale artwork installations, requiring analysis of eccentric loading conditions. The project required assessment of existing structural capacity.

Design of a 14m high self-supporting steel structure for a 3-sided advertising billboard. The structural engineering involved wind load analysis for the tall structure and design of concrete foundations and screw piles to resist overturning moments. The steel framework was designed to accommodate wind loading and provide maintenance access. Foundation design addressed local soil conditions and long-term settlement considerations.

Structural design for one of New Zealand's largest LED display installations, requiring integration with existing concrete stadium structure. The engineering involved analysis of the existing east stand capacity and design of a custom steel support framework to transfer substantial dead and wind loads to the concrete structure. The design also included provisions for maintenance access. The project required close collaboration with the stadium management and contractors to ensure compliance.

Complete structural design for a commercial restaurant building utilizing steel frame construction for maximum spatial efficiency. Bracing design consists of diagonal braces and portal frames to allow for flexibility in internal layouts. The foundation system was designed to accommodate local soil conditions and seismic requirements, including a stiffened raft foudation.

Structural design for a multi-purpose sports facility featuring steel portal frame construction for maximum clear spans in the sports hall areas. Suspended concrete deck system provides structural separation between sports and office functions while supporting administrative loads above. Foundation design addressed local seismic conditions and potential liquefaction.

Structural engineering for a high-performance sports facility incorporating both aquatic and track athletics facilities. The design required large-span construction over pool areas.