Up against heavyweights in the Best B2B Innovation category, utecture impressed the judges with details of its virtual pre-construction platform which is pioneering a whole new category for the building sector.
Proud to have been chosen as a Finalist in the 2022 ARN Innovation Awards. There's probably no more urgent time for builders to take advantage of technology to improve sales certainty, time to contract close and margins.
"Once again utecture is an awards finalist, this time in The Urban Developer Awards for Industry Excellence - Best New Proptech. We're honoured!" utecture's Gavin Tonnet declares.
We are excited to be exhibiting our world-first technology that brings all the complicated and costly aspect of buildings' pre-construction phase into the one platform!
2022 is already a super-charged year for utecture's industry recognition - we are now also shortlisted for this year's AFR BOSS Most Innovative Companies awards.
"utecture is delighted to be a 2022 Proptech Awards finalist," announced Gav Tonnett, utecture's CEO.
This is a tremendous vote of industry confidence in our first-of-a-kind cloudbased platform which is revolutionising residential and office construction."
Cost blowouts are the bane of many building projects. That’s where quantity surveyors come in, bringing in their unique expertise to help builders keep costs down. Utecture's technology can help.
utecture is carving out a new construction technology category called Virtual Pre-Construction. Virtual Pre-Construction requires digital twinning technology to deliver on four distinct pillars: Design, Real-time Pricing; Visualisation and Management.
The cloud-based platform, utecture, allows merchant suppliers and builders to accurately plan and cost a job in significantly reduced time, down to around an hour from the current average of 11 days.
Introduced to the Australian and New Zealand markets earlier this year, the Donovan Group spinoff is a pre-construction design platform that tracks key metrics such as prices, embodied emissions and expected operational energy use during the final design phases.