Rex Fang

Gallaria shopping centre

• Designed the steel roof framing for the Gallaria Shopping Centre extension in compliance with AS 1170.2 and AS 4100. Scopes included infill Bondek slab design and specification of supporting floor beams to suit loading, span, and integration with the existing structure.
• Designed the roof framing and post-tensioned slab system for the Timezone Recreation Centre, ensuring structural efficiency and compliance with relevant Australian Standards.
• Undertook the structural design of post-tensioned slabs for the north and south extensions, addressing load requirements, deflection control, and integration with the existing structure.

Duncraig Woolworth Supermarket

• Delivered steel portal frame and secondary member designs for the Woolworths Shopping Centre, optimising the structural layout for cost-efficiency, constructability, and alignment with project requirements.
• Utilised RAM Concept to design post-tensioned slabs, ensuring structural strength, serviceability, and overall stability of the shopping centres, while optimising the design for cost-efficiency.
• Delivered the structural design of the conventional steel roof and associated secondary members for the upper office level.

609 Wellington street perth – Student Accommodation

• Designed post-tensioned slabs for the entire student accommodation complex, specifying the quantity and orientation of both transverse and longitudinal tendons to ensure maximum deflections were limited to 25 mm, in accordance with serviceability criteria.
• Developed detailed designs for top and bottom reinforcements of post-tensioned slabs, as well as shear reinforcements for supporting columns, utilizing analysis results from RAM Concept to optimise reinforcement layouts
• Performed post-tensioned slab and reinforced concrete beam design for the transverse level, ensuring structural capacity to effectively transfer and support loads from the upper floors.

Burswood Peninsula

• Carried out post-tensioned slab design for a two-tower accommodation project, detailing the layout and number of transverse and longitudinal tendons to maintain deflections within the serviceability limit.
• Prepared detailed reinforcement layouts for post-tensioned slabs, including top and bottom reinforcement, and designed shear reinforcement for supporting columns using RAM Concept analysis to optimise structural performance and material efficiency.

44 Mill Point Road, South Perth

• Designed post-tensioned slabs for a dual-tower student accommodation complex, determining the optimal layout, spacing, and quantity of transverse and longitudinal tendons to limit deflections serviceability threshold.
• Developed comprehensive reinforcement detailing for the slabs, including precise top and bottom bar placement, anchorage zones, and edge conditions. Also designed shear reinforcement for supporting columns based on RAM Concept analysis outputs, ensuring structural integrity, material efficiency, and compliance with applicable standards.

Sadlier Warehouse

• Performed wind load analysis in accordance with AS1170.2, calculating wind pressures for both crosswind and full-wind directions.
• Designed portal frames for a 24,000 m² warehouse, focusing on strength and serviceability criteria.
• Assessed roof and wall bracing systems under various wind load combinations, accounting for uplift forces on pad footings.
• Verified the member sizes for mullions and door headers to ensure compliance with strength and serviceability requirements.
• Designed Bondek concrete flooring for storage rooms and performed structural design of floor beams.
• Engineered rafters and purlins for the office section, ensuring roof and K-bracing systems can withstand racking wind loads and maintain overall structural stability.
• Designed internal and external hardstands capable of supporting various live loads.
• Completed pre-cast retaining wall and warehouse panel designs to resist soil pressure and racking wind loads, respectively.
• Executed connection design for the entire warehouse utilizing Structural Toolkit and IDEA StatiCa software.

437 Murray street:

• Specified floor beams and conducted structural stability analysis for the steel extension structure, ensuring compliance with strength and serviceability requirements.
• Evaluated pad footing designs by analyzing reaction forces from the extension structures, ensuring adequate support and stability under various load conditions.
• Conducted site inspections to identify potential structural issues, providing detailed reports and proposing corrective actions where necessary.
• Addressed all technical queries from builders and architects, offering solutions and design adjustments to align with project requirements, timelines, and best engineering practices.

Lindsay transport:

• Conducted preliminary design for portal frames with weld beam (WB) section with customised design to ensure the steel structural can sustain different types of windload.

Karratha Bunnings:

• Conducted systematic preliminary design for the portal frames of the Karratha Bunnings project, focusing on optimizing structural performance, material efficiency, and compliance with relevant codes and standards

Mirrabooka Bunnings:

• Completed the preliminary design of portal frames for the Mirrabooka Bunnings, optimizing structural efficiency and ensuring code compliance.

For residential buildings:

• Collaborated with JBG Architects to develop compliant footing designs for residential buildings, including fences, decking, and swimming pools according to AS2870.
• Generated timber roof and floor framing designs using AS 1170.2, AS 1720.1, and AS4055, utilizing design IT tools. Additionally, designed steel roof and floor framing based on the Lysaght manual and AS 1170.2.
• Conducted portal framing designs for residential buildings, ensuring resistance to racking wind loads across various sites.
• Designed and detailed retaining walls for both internal and external areas of dwellings.

For commercial buildings:

• Held primary responsibility for Australian government projects, such as the SA Power Truck Park & Washbay, Office & Amenities, and Warehouse design at SAPN Seaford Depot. This included foundation, roof, mezzanine floor framing designs, as well as specifications for precast panels used in external walls and mezzanine floors.
• Conducted foundation, roof, wall, and floor framing designs for the extensions of Angaston Hotel - SA.
• Collaborated with Ahrens on foundation and steel framing designs for warehouses, silos, and winery extensions for the Pernod Ricard Group.
• Developed propping designs for precast panels, encompassing foundations and steel propping members.

• Conducted stress analysis and performed calculations for residential footing designs, utilizing conceptual architecture drawings and roof framing layouts as references. Verified the accuracy and effectiveness of footing designs using Cord V8 software.
• Developed timber roof and floor framing designs for residential dwellings and various extensions. Utilized Design IT software and conducted detailed calculations to ensure the structural strength and serviceability of the buildings.
• Developed steel roof and floor framing designs for residential dwellings and commercial buildings, focusing on enhancing structural elements such as lintels, columns, and wall bracing to optimize performance and stability.
• Conducted concrete slab designs for both residential and commercial buildings, ensuring compliance with the Australian standard AS3600. Generated detailed analyses and reports using Kingflor software.
• Provided precast panel wall designs for small commercial buildings, such as garages and small supermarkets, to ensure structural integrity and serviceability.
• Collaborated with local councils to address their inquiries and concerns regarding proposed designs, ensuring compliance with regulations and building codes.
• Performed site inspections to assess trenches and steel reinforcements in foundations, providing comprehensive inspection reports to builders and contractors.
• Conducted site inspections to gather information on roof framing for residential dwellings, facilitating the design process for house extensions.
• Engaged with clients to better understand their needs and provided professional suggestions and design methods to meet their expectations.
• Worked collaboratively within an experienced team, assisting senior structural engineers with structural analysis and calculations. Proactively absorbed the latest technologies and design concepts from the team to enhance working efficiency. Involved in the Two Wells main street upgrade (1Mellion) project, contributing to Australian government initiatives.