Skip to menu Skip to content Skip to footer
News

Students open doors to smart homes

13 December 2018
Decorative

A pioneer program at The University of Queensland will see students work with industry experts to design and manufacture smart devices to create a smart home.

Information Technology and Electrical Engineering Course Coordinator Dr Alex Pudmenzky said almost every component of the home would be a smart device.

“It will include a smart fridge, a smart door, a smart window, a smart tap, a smart bathroom scale, a smart indoor/outdoor weather station and more,” he said

Such smart devices are already on the market, but Dr Pudmenzky said students were determined to take the technology a step further.

“One student is looking at a fridge that checks contents as items go in and out,” he said.

“For example, when you place a carton of milk in the fridge the database can estimate when you will run out and adds it to a shopping list or warns when the expiry date is approaching.

“We also have a smart door that moves beyond existing models that are opened with Bluetooth or RFID tags.

"It will take a 3D image of the person standing in front of it so it will not only measure your face for facial recognition, it will also measure your body shape for added security.”

The Gartner Research Company predicts that within the next two years, 20 billion smart devices will be used for everything from health and fitness to entertainment, security and time management.

Dr Pudmenzky said data security would be the biggest issue facing smart homes, so the UQ Smart Home project would give users the opportunity to opt-out of having their private data on the internet.

“The students are developing a virtual home that sits behind your wi-fi router and only communicates with the outside world depending on user preferences.

“It can be limited to a single computer communicating with these devices from inside the house.”

Information Technology and Electrical Engineering Head of School Professor Michael Bruenig said the project was one of many initiatives that demonstrated innovation and commitment to teaching excellence in computer science.

“Projects like this have enabled UQ to enter the top 100 in the 2019 Times Higher Education subject rankings for computer science,” he said. 

“We’re very proud to be shaping the digital future for generations to come.” 

Media: UQ Communications, Paige Ashby, p.ashby@uq.edu.au, 0430 511 615.

Related articles

Professional head-and-shoulders portrait of a person wearing a sleeveless navy-blue top, round eyeglasses, and a silver necklace. The person is facing the camera against a softly blurred light wood background. Short dark hair frames the face, and the image is evenly lit with a neutral, professional appearance.

Designing the future: A UQ researcher’s quest for new materials

From renewable energy to advanced nanotechnology, many of tomorrow's breakthroughs may rely on materials that are to be discovered or created.
16 September 2026
A researcher holds two pieces of steel one of which is rusted

Self-repairing rust prevention conquers corrosion

Powder-like particles designed by UQ nanomaterials experts can turn water-based paint into self-repairing corrosion shields with the potential to slow rusting by more than 600 times compared with existing high-performance coatings. 
16 September 2026

Media contact

Subscribe to UQ News

Get the latest from our newsroom.