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Research facilities

Our world-class research infrastructure

At UTS, research is the lifeblood of innovation, driving advancements that address the world’s most pressing challenges.

Our research facilities reflect our commitment to fostering a vibrant environment where researchers and industry partners can collaborate, innovate, and make a tangible impact.

Engineering and IT research facilities

The Faculty of Engineering and Information Technology (FEIT) is at the forefront of technological innovation, driving research that transforms industries and societies. Our facilities are designed to support pioneering research, foster collaboration, and provide industry and academic partners with access to cutting-edge technologies and expertise. 

UTS FEIT has dedicated substantial resources to developing research facilities that feature state-of-the-art technologies and specialised equipment, designed to advance research and innovation for both students and researchers.

ProtoSpace

ProtoSpace is UTS's state-of-the-art additive and advanced manufacturing facility, providing access to the latest 3D technologies and technical expertise. It supports innovation across sectors, driving research and development and fostering partnerships that unlock new manufacturing opportunities.

UTS Rapido

UTS Rapido is an advanced technology development unit that supports organisations in delivering hardware and software prototypes and solutions. By leveraging UTS's resources, Rapido helps clients – from startups to large corporations – solve specific problems and bring research innovations to market.

UTS Data Arena

The UTS Data Arena is a 360-degree interactive data visualisation facility that revolutionises the way data is understood and analysed. This immersive space simplifies complex data, making it accessible for research, business and government applications.

UTS Tech Lab

The UTS Tech Lab in Botany brings together diverse fields of engineering and IT in a collaborative space designed for applied research with tangible impacts. This facility enables close collaboration between the university and industry, driving innovation and delivering real-world solutions.

ProtoSpace

ProtoSpace is UTS's state-of-the-art additive and advanced manufacturing facility, providing access to the latest 3D technologies and technical expertise. It supports innovation across sectors, driving research and development and fostering partnerships that unlock new manufacturing opportunities.

UTS Data Arena

The UTS Data Arena is a 360-degree interactive data visualisation facility that revolutionises the way data is understood and analysed. This immersive space simplifies complex data, making it accessible for research, business and government applications.

UTS Rapido

UTS Rapido is an advanced technology development unit that supports organisations in delivering hardware and software prototypes and solutions. By leveraging UTS's resources, Rapido helps clients – from startups to large corporations – solve specific problems and bring research innovations to market.

Science research facilities

Research is the cornerstone of scientific advancement at UTS, driving innovation that addresses critical global challenges. Our science research facilities are equipped with advanced instruments and technologies, enabling researchers to transform theories into practical solutions and contribute to groundbreaking discoveries. 

Inside the UTS: Science Super Lab

Science Super Lab

The UTS: Science Super Lab is the first of its kind in Australia. Featuring modern equipment and technology it can accommodate up to 220 students from 12 different classes, with experiments from different disciplines running at once.

Science Super Lab transcript


The UTS: Science Super Lab is the first of its kind in Australia. Featuring modern equipment and technology it can accommodate up to 220 students from 12 different classes, with experiments from different disciplines running at once. This short video provides a detailed look into a day in the life of the Super Lab.

[Instrumental music]

A unique facility
[Opening shot panning across students using computers at work benches]

52 metres long
26 workbenches
12 demonstrator stations
[Close up shot of Super Lab computers panning out to view entire lab]

Break out sections
Lots of natural light
[Shot of four tables in a break out section with students sitting at tables watching smart board, a demonstrator in a blue lab coat talks students through content on smart board]

[High shot overlooking Super Lab full of students all wearing white lab coasts working at benches with computers]

12 different classes
220 students
Learning simultaneously
[close up of three students in white lab coats with headphones on looking at computers and writing]

[Demonstrator wearing blue lab coat puts headphones on]

Two-way wireless headset and microphone communication]
[close up of student plugging headset cord into receiver; and then putting headphone set on head]

Sophisticated and easy to use
[Demonstrator wearing blue lab coat touches computer monitor; students at work benches follow on their own computers]

Video streaming to students’ PCs
[close up of student wearing headphones looking at computer]

12 LCD screens
[Diagrams are projected on to large LCD screen as students watch]
Document and PC Projection
[Demonstrator in blue lab coast talks and students look at LCD screen]
[Physics student in white lab coat and clear safety glasses opens drawer at workstation pulls out keyboard talks to two other students while looking at PC]

Surface Pro tablet and wireless camera
[Student touches computer monitor to enlarge graph]
[Students look at computer and notebook discussing problem]
[a button is pressed which changes a blue light at their workstation to orange]
Orange lights alert demonstrators to students
[Light turns orange and a demonstrator in a blue lab coat and clear safety glasses comes to students to assist]
Students are well supported
[Demonstrator continues to talk to group of students who nod their heads]

[Close up of students in white lab coats picking up test tube with red chemical out of fume cupboard]

[Demonstrator in blue lab coat points to test tube and talks to student in white lab coat]

Specialised science facilities

UTS Science has made significant investments in advanced, specialised research facilities, equipped with state-of-the-art scientific instruments to support both students and researchers.

AFTER Facility

The Australian Facility for Taphonomic Experimental Research (AFTER) is a unique collaboration between academics, police and forensic agencies. It plays a crucial role in advancing forensic research and training to assist in death investigations.

Chemical Technologies Research Facility

The Chemical Technologies Research Facility integrates resources from multiple laboratories specialising in chemistry and materials science. It supports sustainable development in chemical technologies through research and training services.

Proteomics Core Facility

The Proteomics Core Facility at UTS brings together leading-edge technologies for protein analysis, including preparation, separation and characterisation. This facility supports comprehensive research in proteomics, contributing to advances in biomedical science.

Biomanufacturing Immersion Facility

The Biomanufacturing Immersion Facility at UTS fosters collaboration with industry and government to advance the rapidly developing biologics sector. This facility supports cutting-edge research and development in biologics, offering the latest opportunities in this field.

AFTER Facility

The Australian Facility for Taphonomic Experimental Research (AFTER) is a unique collaboration between academics, police and forensic agencies. It plays a crucial role in advancing forensic research and training to assist in death investigations.

Proteomics Core Facility

The Proteomics Core Facility at UTS brings together leading-edge technologies for protein analysis, including preparation, separation and characterisation. This facility supports comprehensive research in proteomics, contributing to advances in biomedical science.

Chemical Technologies Research Facility

The Chemical Technologies Research Facility integrates resources from multiple laboratories specialising in chemistry and materials science. It supports sustainable development in chemical technologies through research and training services.

Environmental Research Facility

The Environmental Research Facility supports diverse research in both aquatic and terrestrial environments, from laboratory settings to fieldwork. It is integral to the Climate Change Cluster and the Centre for Environmental Sustainability.

Microstructural Analysis Unit

The Microstructural Analysis Unit offers researchers in physical and biological sciences access to cutting-edge microscopy tools and materials analysis equipment. This facility is essential for advanced research in material sciences.

Microbial Imaging Facility

The Microbial Imaging Facility provides high-resolution imaging for studying microorganisms and biological processes. It is equipped for advanced microscopy and supports both optical and electron microscopy research.

Elemental Bio-imaging Facility

The Elemental Bio-Imaging Facility combines expertise in analytical chemistry, physics and biological sciences, to develop state-of-the-art bio-imaging solutions. It addresses complex research questions through advanced imaging technologies.

Environmental Research Facility

The Environmental Research Facility supports diverse research in both aquatic and terrestrial environments, from laboratory settings to fieldwork. It is integral to the Climate Change Cluster and the Centre for Environmental Sustainability.

Microbial Imaging Facility

The Microbial Imaging Facility provides high-resolution imaging for studying microorganisms and biological processes. It is equipped for advanced microscopy and supports both optical and electron microscopy research.

Microstructural Analysis Unit

The Microstructural Analysis Unit offers researchers in physical and biological sciences access to cutting-edge microscopy tools and materials analysis equipment. This facility is essential for advanced research in material sciences.

Sequencing Facility

Located within the Australian Institute for Microbiology and Infection, the Sequencing Facility provides next-generation sequencing services. It supports both internal and external researchers in generating high-quality genomic data.

Surgical and Anatomical Science Facility

The Surgical and Anatomical Science Facility is a leading human anatomical laboratory, offering world-class specimen viewing and preparation. It is equipped with the latest technologies to support advanced surgical and anatomical research.

Sequencing Facility

Located within the Australian Institute for Microbiology and Infection, the Sequencing Facility provides next-generation sequencing services. It supports both internal and external researchers in generating high-quality genomic data.

People are at the heart of UTS research

We collaborate closely within and across our research disciplines, and with our industry, technology and academic partners.

Contact us at research.engagement@uts.edu.au to find out more.