Port Hacking Residence.

ArchiPro Project Summary - Contemporary residence in Port Hacking designed for optimal space and stunning river views, completed in 2007 for client Moffat, recognized with a commendation from the Building Designers Association - Sydney.

Title:: New Residence - Port Hacking
Building Designer:: Peter Connor Building Consultants
Category:: Residential/; New Builds
Completed:: 2007
Price range:: $0.5m - $1m
Building style:: Contemporary
Client:: Moffat
Photographers:: Peter Connor Building Consultants

Peter Connor Building Consultants proudly presents this New Residence - Port Hacking, Moffat's contemporary home designed to maximize floor space and maximize views of the river.

This award-winning residence boasts a functional and comfortable layout that cascades out onto a large terrace, giving the occupants a breathtaking view every day. The Building Designers Association - Sydney awarded Peter Connor Building Consultants a commendation for their work in 2007.

This beautiful home is an example of Peter Connor Building Consultants' commitment to creating thoughtful and creative designs that meet their clients' specific needs. Whether it's a single house or a commercial building, Peter Connor Building Consultants will work hard to ensure your project is delivered with the highest standards.

Project Gallery

Professionals used

Peter Connor Building ConsultantsBuilding DesignersJannali, New South Wales

Peter Connor Building Consultants

Building Designers

Jannali, Sutherland Shire Council, New South Wales

Peter Connor Building Consultants. Peter Connor Building Consultants is a Building Design Partnership with extensive design experience in the Residential and Small to Medium Sized Commercial, Industrial and Educational sectors. We have been involved with over 500 projects over the last 25 years. These comprising the design of alterations and additions to residential buildings through to retail facilities and the design of new buildings including Single Residences, Dual Occupancies, Medium Density Housing and School Buildings.