Peter Tsitas & Associates

What This Firm Provides

Peter Tsitas & Associates is an architectural and town planning practice operating in Victoria. The firm combines residential and commercial architecture with urban planning services, working on projects from small infill developments to large-scale urban planning initiatives.

Architectural Services

The practice prepares architectural designs for residential and commercial developments across Victoria. Services include contemporary design solutions for infill dwellings on subdivided inner-city sites and larger commercial projects. The firm handles unique design challenges through progressive architectural approaches and produces distinctive visual presentations for planning submissions under the Planning and Environment Act 1987.

Town Planning Services

Peter Tsitas & Associates carries out town planning work for urban development projects throughout Victoria. The team prepares planning applications and works with local councils and government bodies to navigate approval processes. Planning services cover project analysis, regulatory compliance advice, and liaison with authorities for developments requiring planning permits under Victorian planning legislation.

Experience and Network

The firm operates with extensive experience in both architecture and planning disciplines across Victoria. The practice maintains established relationships with specialist consultants and government bodies to support project delivery. Key capabilities include:

• Project management from initial design through to completion
• Communication with clients, developers and regulatory authorities
• Problem analysis and strategic development advice
• Integration of architectural design with planning requirements

Service Coverage

The practice serves clients across Victoria, with particular experience in inner-city infill developments and urban planning projects. The firm works with both residential and commercial sectors, providing integrated architecture and planning services for developments of varying scales and complexity.