Comprehensive structural design for new homes and multi-unit developments. We provide precision-engineered foundation and framing plans that prioritize structural resilience and long-term durability. Our designs ensure your project is built on a solid foundation of safety and full NCC 2022 compliance.

Professional engineering for internal modifications and structural alterations. We provide the certified framing solutions and load-path analysis required to safely transform existing residences. Our designs ensure total building integrity and strict adherence to NCC 2022 standards for all scales of residential remodelling.

Specialized engineering for home extensions and second-storey additions. We provide the foundation assessments and structural framing plans needed to safely integrate new expansions with your existing home. Our designs ensure a seamless structural transition and full NCC 2022 compliance for a solid, lasting build.

Professional structural engineering for wall removals and open-plan conversions. We specialize in the structural modification of load-bearing walls, providing the certified calculations and steel beam designs needed to safely redistribute building loads. Our process ensures your home maintains its structural integrity and stability while strictly adhering to NCC 2022 and Australian Standards.

To learn more, see our procedure for wall removal design service

Specialized forensic assessment of residential wall cracks. We provide expert inspections to differentiate between minor cosmetic movement and significant structural concerns. By investigating the pattern of cracking and masonry behaviour, we identify the root cause of damage and provide a clear, professional report with actionable advice for remediation.

To learn more, see our classification of wall crack types on our blog.

Led by PhD-qualified structural engineers, we provide specialized forensic structural inspections for defects and distress. We utilize expert visual assessment to interpret material behaviour and identify the root cause of instability, from concrete footings to steel and timber framing. Our inspections provide the technical certainty needed to deliver a practical remediation roadmap, restoring the safety and compliance of your property.

Comprehensive structural design for single and multi-storey childcare facilities. We specialize in the integrity of complex building systems, ensuring robust load-path continuity across concrete footings, structural steel, and timber framing. Our designs prioritize safety and durability for high-occupancy environments, delivering material-optimized solutions that ensure full compliance with NCC 2022 and all relevant Australian Standards.

Comprehensive structural design for single and multi-storey office buildings. We specialize in the integrity of complex building systems, ensuring robust load-path continuity across concrete footings, structural steel, and timber framing. Our designs prioritize safety and durability for high-occupancy environments, delivering material-optimized solutions that ensure full compliance with NCC 2022 and all relevant Australian Standards.

Expert design of steel portal frame and truss-roof commercial structures, including warehouses and shopping centres. We utilize 3D structural FEA to evaluate global structural behaviour and stability, enabling precise material optimization while ensuring safety and compliance with AS 4100. This approach provides a high-fidelity assessment of load distribution and member performance across the entire building system.

We provide precise structural design for tilt-up panels and integrated connections, supported by expert in-house Revit documentation. With a Level #8 contribution standing in the Autodesk Revit Forum, we ensure a superior level of modeling precision and seamless coordination between structural design and construction sets. We perform rigorous strength and serviceability checks to ensure total structural stability and full compliance with all relevant Australian Standards.

Specialised engineering assessment of hospital slabs for added mechanical or medical equipment. We evaluate slab capacity and serviceability, if needed, can assess resonance conditions for human disturbance to structural damage and provide solutions.

Professional engineering for internal modifications and structural alterations. We provide the certified framing solutions and load-path analysis required to safely transform existing structures. Our designs ensure total building integrity and strict adherence to NCC 2022 standards for all scales of remodelling.

Led by PhD-qualified structural engineers, we provide specialized forensic structural inspections for defects and distress. We utilize expert visual assessment to interpret material behaviour and identify the root cause of instability, from concrete footings to steel and timber framing. Our inspections provide the technical certainty needed to deliver a practical remediation roadmap, restoring the safety and compliance of your property.

Structural wind load analysis and certification for temporary mining equipment, transportable units, and skids. Specialized design for Region C and D cyclonic actions per AS 1170.2.

Our machine foundation design involves the rigorous assessment of resonant conditions, covering the full spectrum from human comfort and disturbance to the prevention of structural damage. We analyze dynamic soil-structure interaction and frequency response to mitigate vibration-induced fatigue.

Expert design for post-tensioned beams. By going beyond standard AS 3600 empirical methods for the cases AS 3600 not accurate using AEMM analysis, we ensure a more accurate prediction of structural performance and long-term durability. See the results of our scientific study on our blog page.

Expert design for post-tensioned beams. By going beyond standard AS 3600 empirical methods for the cases AS 3600 not accurate using AEMM analysis, we ensure a more accurate prediction of structural performance and long-term durability. See the results of our scientific study on our blog page.

Specialized earthquake-resistant design compliant with both Australian (AS 1170.4) and International standards. We move beyond basic code compliance to focus on structural ductility and energy dissipation, utilizing advanced design guides to ensure resilience during seismic events. Our approach provides high-performance solutions for all building types, ensuring that structural integrity is maintained under dynamic lateral loading.

We specialize in the iterative optimization of structural steel design, reducing material weight and fabrication costs. By precisely analyzing global stability and load-path efficiency, we refine member sizes to their most efficient state without compromising safety. Our process delivers lean, cost-effective structures that strictly adhere to AS 4100, providing technical certainty and significant value for industrial and commercial projects.

We provide specialized pile wall design utilizing p-y curve analysis to accurately capture the soil-pile interaction, particularly for long piles and complex soil profiles. By modelling the lateral resistance as a function of depth and displacement, we ensure a precise assessment of pile deflection and structural integrity. This high-fidelity approach results in optimized pile lengths and diameters, ensuring safety and compliance with AS 2159 for challenging site conditions

We provide practical soil nail design for new earth-retention systems and the remediation of underperforming existing structures. Our approach focuses on the assessment of global stability and empirical bond-strength correlations tailored to specific site conditions. For remediation projects, we utilize forensic assessment to identify the cause of movement in existing systems, delivering engineered solutions that restore structural integrity and ensure long-term stability.

We provide engineered design for retaining walls that prioritizes long-term performance by taking into account deflection demands, surcharge loads, hydrostatic pressures, and critical drainage requirements for better performing retaining walls

Structural design of micro-fine cement injection for sandy soils, providing temporary or permanent underpinning and stabilization for existing structures.

Structural design of stabilized rammed earth walls, optimizing thermal mass and durability.

Sign board pole design by considering both strength and serviceability limit states preventing serviceability excessive lateral vibrations.

GFRP Reinforced Concrete Design (ACI 440.11-22). Specialized design of concrete slabs and beams utilizing Glass Fiber Reinforced Polymer (GFRP) reinforcement. We ensure full compliance with ACI 440.11-22, providing durable, corrosion-resistant structural solutions for harsh environments.

Specialized engineering of Pultruded Fiber Reinforced Polymer (PFRP) systems utilizing ASCE/SEI 74-23 and fundamental engineering principles.