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Industry News News

Continuing Professional Development: Advanced Manufacturing Advancing Architecture

The world of advanced manufacturing and design robotics was brought to a group of Brisbane architects in February. UAP hosted its first Continuing Professional Development (CPD) Standards Workshop Tour designed to help architects understand different design techniques, from traditional processes to advanced manufacturing.
A Code of Professional Conduct binds architects, requiring that members dedicate themselves to the advancement of architecture, and ultimately the quality of our environment and people’s lives.  
[small-quote name=”RAIA Code of Professional Conduct” title=””]The profession of architecture is a unique discipline, combining elements of art, science, commerce and law.[/small-quote]

Photo Credit: UAP

 
Participants were able to earn accreditation points through this formal CPD activity. First, the group were given a presentation by Samuel Mayze, UAP Project Director and New Projects Manager, they heard about UAP’s ongoing collaborations with emerging and established artists, architects and designers around the world.
Dr Glenda Caldwell of the Design Robotics team delivered a presentation on the potential of Robotics and Advanced Manufacturing techniques in design and construction.
Participants were invited to tour the UAP workshop, observing the dynamic creative environment characterised by the integration of art, architecture, design, innovation and advanced manufacturing.
Photo Credit: UAP

 
During the tour, participants observed how UAP is using Virtual Reality headsets and software to visualise the scale and context of artworks in development.
Photo Credit: UAP

 
Furthering learning about design is one of the four units of competency for Continuing Professional Development (CPD) of registered architects in Australia. Workshops will run bi-monthly, linking in with the Architects Accreditation Council of Australia (AACA) National Competency Standards in Architecture.
Future CPD event dates are:

  • Fri 26th April
  • Fri 21st June
  • Fri 23rd August
  • Fri 25th October

For more information see:
https://www.eventbrite.com.au/e/uap-workshop-tour-accredited-by-the-institute-of-architects-tickets-53573356351
 

Categories
Knowledge Sharing News

Design Robotics at the Woodford Festival

Image Source: Woodford Folk Festival

 
Woodford is an annual folk festival held in Queensland, Australia. Known for its vibrant and eclectic culture, it is the largest gathering of musicians, artists and speakers in Australia. Every December over 130,000 people travel from all around, pitch their tents, and settle in to enjoy six days and nights of music and art.
At the recent 34th Woodford Festival, one of the 438 acts was a presentation by Dr Glenda Caldwell from Design Robotics. Dr Caldwell brought art and robotics to the festival, discussing new transdisciplinary approaches to design through architecture, interaction design, human-computer interaction and robotics.

 
During the presentation, Glenda Caldwell said that the ability to see is critical to the advancement of design robotics. An idea not only described in terms of the capabilities of robots assisting us in creative processes but the vision we hold for the future of humanity. This vision is safeguarded by learning from the past and acknowledging the present, as the natural world and digital world entwine, Dr Caldwell stated.
[small-quote name=”Glenda Caldwell” title=””]This discussion and these considerations need to be continued beyond now, beyond this festival and into our classrooms, our research, and much farther. [/small-quote]

Panel Discussion

A panel discussion was also held on Designing the future with artificial intelligence joined by Dr Glenda Caldwell, Professor Janet Wiles and Dr Erica Mealy.

 
The connecting thread throughout the discussion was an essential human component to robotic technologies, where robots learn from people and assist them rather than replace them. Glenda explained that the ultimate goal of Design Robotics and UAP’s work is achieving the artist, designer or architect’s intent.
The potential of robotic manufacturing technology lies in its versatility, and its ability to accommodate different levels of engagement and integration with the technology throughout the creative process. “How we incorporate robotic technology that responds to the end user is really critical in what we’re doing,” Glenda explained,  “we want the interface to be usable for as many people as possible in the manufacturing environment”.
The discussion was later aired as a Big Ideas episode on ABC Radio National.