Incon was engaged to deliver stormwater drainage design and site engineering services for a proposed commercial shopping precinct located at 97–99 Glynville Drive, Hackham West, South Australia. The project required a compliant and efficient drainage solution to support development approval (Planning Authority submission) while ensuring long-term site performance.

Incon was engaged to provide engineering assessment and reporting services for stormwater and structural considerations associated with the glasshouse facilities at Urrbrae High School, Waite Campus. The project required a practical and buildable solution to support refurbishment works while ensuring effective drainage performance and structural integrity.

Incon was engaged to deliver structural certification and engineering review services for multiple onsite wastewater systems across regional South Australia. The project involved providing compliant design verification and certification for a large portfolio of residential and commercial developments in collaboration with Waterscope.

Incon was engaged as the Principal Civil and Structural Consultant to deliver stormwater management and site development engineering for a proposed community centre (Hindu Temple) in Munno Para Downs, South Australia. The project required a comprehensive stormwater strategy to support Development Application (DA) approval while balancing community needs, staged development, and site constraints.

Incon was engaged by the City of Charles Sturt to deliver structural engineering design and certification for a major stormwater infrastructure upgrade along Trimmer Parade, Seaton and Grange. The project involved the design of reinforced concrete box culverts (RCBC) to enhance flood capacity, improve asset durability, and meet long-term infrastructure performance requirements.

Incon was engaged to provide structural engineering design for temporary works associated with the repair of reinforced concrete columns within an operational SA Water storage tank in Peterborough. The project required detailed assessment of load paths and safe propping strategies to maintain structural integrity during remediation works.

Incon was engaged to provide structural engineering design and verification for demolition works of the Granite Island Causeway at Victor Harbour. The project required the development of safe and efficient lifting systems to dismantle heavy timber deck modules while maintaining control over structural behaviour and construction risks.

Incon was engaged to provide structural engineering design, verification, and construction-stage support for refurbishment works at the Christies Beach Wastewater Treatment Plant (CBWWTP). The project involved complex demolition and modification of existing reinforced concrete infrastructure, requiring detailed engineering assessment to ensure structural integrity and safe execution.

Incon was engaged by the McConnell Dowell Diona Joint Venture to provide structural design and verification services for a critical refurbishment project at the SA Water storage facility in Port Lincoln. The scope focused on the structural adequacy and performance of temporary works associated with installing a road plate system over the existing tank ring beam during construction activities..

Incon was engaged to provide structural engineering design and verification services for modification works at the Bolivar Wastewater Treatment Plant (BWWTP). The scope focused on enabling safe demolition, lifting, and structural alteration of reinforced concrete infrastructure within an operational treatment facility.

Incon was engaged to provide engineering review, verification, and certification for an onsite wastewater management system (OWMS) at the Juguette & Somos Wines Cellar Door in McLaren Flat. The project required a detailed assessment of site conditions, wastewater loading, and system design to support regulatory approval and future operational flexibility.

Incon was engaged to provide structural engineering assessment and advisory services as part of the Design & Construct contract for the replacement and automation of tidal gates at the Barker Inlet Wetlands. The project forms a critical upgrade to essential water infrastructure responsible for flood control, environmental protection, and water quality management.