22/08/2016
VPA hosts Small Lot Housing Code seminar
The Victorian Planning Authority (VPA) was pleased to host a seminar on the Small Lot Housing Code on Friday, August 5.
Fifty-five people from a wide range of design, development and planning backgrounds attended the seminar, which was aimed at those working in Greenfield precincts who were interested in an overview of how to interpret and apply the code.
The free information session covered key aspects of the code, including how the code came about, an overview of the code’s design requirements, talks from designers and developers about how they currently use the code and a Q&A session with the panel.
Speakers included VPA Greenfields Director Paul Byrne, MPS Architects Director Greg Perlman, Building Surveyor Geoff Goddard and Stockland Senior Development Manager Callan Ainsaar. The information session was chaired by VPA Urban Planning Manager Sarah Salem.
The VPA developed the code in 2011, as a mechanism to fast-track development approvals on Greenfield lots smaller than 300 square metres. While developers were previously required to apply for a planning permit to develop these smaller lots, they must now obtain a building permit confirming their proposal complies with the code’s design standards – reducing the approval time by four to six months.
Presenters noted that the introduction of the code has resulted in improvements to housing diversity and affordability and has helped satisfy the high demand for housing stock in growth areas.
The VPA received positive feedback at the seminar, with presenters’ clear and concise explanations of the code being well-received by attendees. The VPA looks forward to continuing to support those who utilise the Small Lot Housing Code and welcomes any comments regarding its development and application.
Suggestions received at the information session included requests to extend and implement the code in other urban areas, to modify the code to allow for more detailed screening options and also to consider different assessment methods in relation to overshadowing.