The Defence Testlab will be focussed on businesses who design, develop and manufacture

• bespoke,

• low volume,

• high value-add components

for the defence supply chain. Initial target businesses are local SEM’s, future plans to target global defence and space market

Defence Testlab at UniSA

The UniSA Testlab augments our three core capability areas in Industry 4.0:

Advanced Manufacturing Augmented and Virtual Reality IoT and machine learning on a commercial manufacturing scale

Our Team

Manufacturing and Materials

Nikki StanfordPeter MurphyKamil Zuber

VR/AR

Bruce ThomasAndrew Cunningham

Stephan Pring

Interoperability and IoT

Stewart Von ItzsteinMarkus Stumptner

Pilot Scale Manufacturing

Rodney PrattMichael Bowditch

Project Lead

Euan Smith

Our PhilosophyJust like a cyber-physical system we are a collaboration between the

physical and digital disciplines

Advanced manufacturingMaterials science

Advance characterisationIndustry scale-up

CAD design

Virtual realityAugmented reality

InteroperabilitySpace and communications

IoTSoftware engineering

UniSA Industry 4.0 team

Testlab Capabilities: Additive Manufacturing

Resin printing FDM printing Desktop Metal printing

• Margaret Law – Naval Group Pacific

• Tony Laden – BAE Systems

• Looking to confirm two more Industry Advisors from local SME’s

• Organisations we have consulted:• Defence Teaming Centre

• City of Salisbury – Economic Development and Urban Policy

• Defence Innovation Partnership (DIP)

Industry Advisory Panel

Industry Engagement Model

Training

• SME engagement• Industry workshops• Networking events• Digital twin demonstrator• IoT demonstrator• Cyber security demonstrator• Business case examples written for SME’s

Research

• Pilot manufacturing facility• 3D printing• Societal and workforce impacts• VR and AR for training

Education

• Diploma• Undergraduate coursework• Internships• Primary and high school

student visits• Open days

Current Industry and Research Projects

• Fusetec – 3D printing of anatomical replicas for surgical training

• ECAS4 – 3D printing of chemically resistant filter housings

• Laserbond/Boart Longyear – 3D scanning of mining drill bits

• Minex CRC – 3D printing of drill rig prototype

• Redarc – 3D printing of sensor housings

Current student projects underway:

• Domestic summer internship studentDaniel Williams – Optimizing FDM printing

• French intern studentThibault Pauzon – Anisotropy in properties of printed parts using composite principles

Current Education Activities

The University of South Australia offers a number of formal courses that specifically incorporate Industry 4.0 principles:

• Certificate, Diploma and Masters of Defence Systems Integration

• Certificate, Diploma and Masters of Cyber Security

• Bachelor of Information Technology (Games and Entertainment Design)

• Bachelor of Information Technology (Networking and Cybersecurity)

• Bachelor of Information Technology (Software Development)

• Bachelor Mathematics (Data Science)

• Diploma of Advanced Manufacturing under development

Testlab infrastructure being used in teaching:

• VR arena open for use in undergraduate teaching

• 3D printing lab being used for interns and honours projects

Now lets move upstairs to

the

Immersive Design Lab

I.T for Industry 4.0

Assoc Prof G Stewart Von Itzstein

• What does IT get you?

• Just in Time + Just What the Customer Wanted + What Just Happened• Bespoke Products from

Assembly Line

• Order to Delivery Fully Digitized

• Digital Twin

Industry 4.0

Windshield Digital Twin

Digitized Manufacture

Industry 4.0 Bus

DA

Thank you

IVE: Australian Research Centre for Interactive and Virtual Environments

Positively influence the world through changing people’s realities

Who is IVE?

IVE is a leader in AR/VR Research

University of South Australia has published more research

papers in AR than any university or research organisation.

Prof Billinghurst is ranked #1 for published Augmented

Reality papers.

Prof Thomas is ranked #4 for published Augmented Reality

papers.

Scopus rankings for AR (Top 160 People)

IVE Leadership Team

Professor Bruce Thomas

Director

Professor Mark BillinghurstDeputy-Director

Professor Javaan Singh Chahl

Professor Simon Biggs

Professor Ning Gu

Deputy-Director

Professor Ian Gwilt

A/Professor Ross Smith

Dr. Joanne Zucco

Dr. Peter Schumacher

Dr. Gun Lee

6 Professors14 Academics10 Research fellows6 Professional Staff30 PhD students2 Masters students4 Adjunct faculty

Capabilities & Technologies Human Computing InteractionExplores and develops solutions that address the interaction between humans and computer

Empathic Computing Develops computer systems that recognizes and shares emotions and help people better understand one another

Wearable ComputingExplores wearable computers, augmented reality and virtual reality, embedding of electronic devices into textiles and clothin g

Industrial DesignInvestigates the form and function of products people use every day considering elements such as aesthetics, function,

usability and social significance

Sensor SystemsEncompasses sensors as devices and algorithms, as well as technologies required in sensing applications, including remote

sensing, surveillance systems, dedicated sensor platforms and networks

Digital TransformationsExplores how culture is transformed by information and communication technologies and their implications for our future

Creative Computing StudioInvestigates what it is to be human in a technologized world and to what extent we are already technologically hybridized.

FacilitiesA suite of mixed reality visualisation environments

enabling up to full scale simulation

Immersive Analytics

Directly touch and manipulate data to gain understanding

Combine complex data sources

Dynamically manipulate data axes

Combine axes to create complex visualisations

Visualisations expose the relationships between the data

Exceed the limits of a desktop monitor to see all the data in-situ

Intuitively exploring complex data relationships through immersive visualization techniques

Narrative Visualisation

Rapidly identify the narratives within the data

Combine known facts with implicit knowledge to expose the relationships between the actors

Visually manipulate the actors within the data to explore the narratives within the story

Present data as a narrative supporting the development of mental models

Exposing the narratives within a story embedded inside complex data sources

Shown with permission from Genix Ventures

Health and MedicalAugmenting health and enhancing medical procedures through applying mixed reality technologies

AR to help with Post Traumatic Stress

Cognitive Psychology and Neuroscience Inspired AR

VR Active Rehab Physiotherapy

Enhancing medical devices with AR

Investigating Motion Sickness desensitization with VR

VR Exercise

Empathic Collaboration

Using AR/VR/MR technology to develop systems that support real-time understanding

Adaptive Avatar

AR-VR Shared Experience

360o MR Teleconference

Sharing empathy in VR with physiological sensors

Adaptive Avatar Multi-scale AR-VR Remote

Collaboration and Shared Experience

360 MR Teleconferencing

AR First-Person View Video Instructions

EEG Hyper-scanning for MR Collaboration

Empathy Glasses

Architecture and Built Environment

Applying computational visualization to support contemporary design, building and planning studies

Building Information Modelling (BIM) and City

Information Modelling (CIM)

Computational design analysis

Simulation, urban analytics and smart cities

Digital humanities and heritage

Design collaboration and behavioral studies

Complex Space Design

Submarine Design

Command Desks

Sleeping Quarters

Food Preparation

Command and Control Rooms

Hospital Operating Theatre

Applying human centered design approaches to the industrial design of habitable spaces

Creative Computing Studio

Interactive Performance Environments

Exploring artistic expression with interactive systems and machine learning

Developing novel interfaces for experiencing audio-visual information

Focus on human-machine co-creation and improvisation

Collaborating with artists (musicians, dancers, writers) and scientists

(computing, neuroscience, anthropology)

International Collaborations

Academia Industry

Our Researchers

Professor Bruce ThomasProfessor Thomas is nationally and internationally recognised for his contributions to the scientific community and to the industry in the areas Wearable Computers, Tabletop Interactions, Augmented Reality, and User Interaction. His experience includes working at the School of Information Technology and Mathematical Sciences, the University of South Australia since 1990. He has run his own computer consultancy company. He was a Computer Scientist at the National Institute of Standards and Technology (A major US government laboratory for the Department of Commerce.) and a software engineer for the Computer Sciences Corporation and the General Electric Company.

Professor Mark BillinghurstMark Billinghurst is Professor of Human Computer Interaction at the University of South Australia in Adelaide, Australia. He earned a PhD in 2002 from the University of Washington and researches innovative computer interfaces that explore how virtual and real worlds can be merged, publishing over 300 papers in topics such as wearable computing, Augmented Reality and mobile interfaces.

Professor Ning GuNing Gu is Professor of Architecture in the School of Art, Architecture and Design at the University of South Australia. He has researched in the broad areas of Architectural Computing and Design Cognition, including topics such as Computational Design Analysis; Generative and Parametric Design Systems; Computer-supported Collaborative Design; Virtual Environments; Building Information Modelling; Intercultural Design and Communication; and Protocol Studies on designers' behaviour and cognition.

Professor Ian GwiltAcademic/Researcher Designer/Digital ArtistSpheres of interest: design research, visual communication design in interdisciplinary projects, information/data design, design in healthcare, co-design, mixed and augmented reality in creative practice and creative applications of 3D printing.

Professor Simon BiggsSimon Biggs is a new media artist, writer and curator with interests in digital poetics, interactive, auto-generative and affective systems, interdisciplinary research and co-creation across the creative arts, humanities and physical sciences. His work has been widely presented, including at the Tate (Britain, Modern and Liverpool), Institute of Contemporary Arts (London), Centre for Contemporary Art (Glasgow), Kettles Yard Cambridge), Pompidou (Paris), Academy de Kunste (Berlin), Kulturforum (Berlin), Rijksmuseum (Twenthe), Maxxi (Rome), Macau Arts Museum, San Francisco Cameraworks, Walker Art Center (Minneapolis) and the Art Gallery of New South Wales (Sydney). He has been keynote at many conferences and lectured internationally. Publications include Remediating the Social (2012), Autopoeisis (with James Leach, 2004), Great Wall of China (1999), Halo (1998), Magnet (1997) and Book of Shadows (1996).

Professor Javaan Singh ChahlJavaan Chahl is DST Group Joint Chair of Sensor Systems and has been with UniSA since 2012. Prior to this, he served as the Professor of Aerospace (Unmanned Aerial Vehicles) at RMIT University in Melbourne. Prior to this role, he was at the Defence Science and Technology (DST) Group, with whom he still works closely. Professor Chahl earned his Ph.D. in Neuroscience & Robotics at the Australian National University. His research provides ample evidence of his breadth of research expertise including Avionics for UAVs, operations analysis, flight trials, space exploration, neuroscience, anatomy, manufacturing technology and behavioural biology.

A/Professor Ross SmithRoss Smith leads efforts in translating immersive technologies such as Augmented, Virtual, and Mixed reality technologies into health applications. He possesses a strong track record and wealth of experience in demonstrating the advantages of applying interdisciplinary collaborations in the areas of technology, health sciences, design, psychology and journalism to solve industry challenges through novel technology developments. Possessing an industry focus Ross brings value through his highly developed technical capability and excellent communication skills.

Dr. Peter SchumacherPeter Schumacher is the Program Director of the Industrial Design programs at the University of South Australia. He has worked as a designer in Australia and internationally and has extensive experience in teaching the communication and interaction elements of industrial design. His PhD from the Australian National University was on the design of pictorial assembly instructions for use in developing countries and on methods of researching and codifying knowledge for human-technology interaction design.

Dr. Gun LeeGun Lee is a Senior Research Fellow at the University of South Australia (UniSA) investigating interaction and visualization methods for sharing virtual experiences in Augmented Reality (AR), Mixed Reality (MR), and immersive 3D environments. Recently, using AR and wearable interfaces to improve remote collaborative experience has been one of his main research themes. Extending this research into sharing richer communication cues and scaling up to a larger group of participants are the next steps he is working on.

Dr. Joanne ZuccoJo Zucco is a lecturer in the School of Information Technology and Mathematical Sciences at the University of South Australia, whose area of interest is understanding how the affordances of Augmented Reality (AR) technology can be used to support and improve human abilities, health and well-being. Jo is interested in wearable human-computer interaction; specifically, the need to better understand user interaction with head-worn displays.

Thank You

HeadquartersAustralian Research Centre for Interactive and Virtual EnvironmentsUniSA Mawson Lakes CampusMawson Lakes, South Australia 5095 AustraliaIVECentre@unisa.edu.au

Welcome to

ANFF-SA

• $15M investment

• High quality clean room

laboratories

• World-leading equipment

• 200 users

Equipment:

• Photolithography

• Nano-imprint lithography

• Wet and dry etching

• Milling and moulding

• Thin film deposition

• Thermal and chemical

bonding

• Rapid prototyping

• Device interfacing

• Simulations and CFD

• Micro/nano XCT

• Electron/Ion

spectroscopy

• Holographic microscopy

• SEM/Profilometry

• Tip-enhanced Raman

ANFF-SA - $15M investment

Materials:

• Glass

• Fused silica

• Silicon

• Polymers

• Metal

ANFF-SA capabilities

• Health

• Defence

• Manufacturing

• Optics

• Biomedical devices

• Automotive

• Minerals

• Electronics

Expertise:

Nano/micro fabrication,

deposition, etching, lithography,

and injection moulding

Dr Jing-Hong (Mike) Pai

Dr Donghoon Chang

Expertise:

Photolithography,

deep reactive ion

etching (glass and Si),

glass to glass fusion

bonding

Micro-injection moulding(JUKEN)

Silica and silicon plasma etching(ULVA NLD 570)

Micromilling (Kira CNC Machine)

Expertise:

Micro machining and

mechanical design

Mark Cherrill

Expertise:

CFD simulation,

design and

engineering of

microfluidic systems

Dr Moein Kashani

Computational Fluid Dynamics Simulation

Micro and nano x-ray tomography

Expertise:

Advanced

characterisation,

nano/micro fabrication

Dr Maryam Khaksar

Expertise:

Molecular

spectroscopy,

nanotechnology

and materials

characterisation

Dr Jason Gascooke

AFM with tip-enhanced Raman spectroscopy (TERS)

July 14 to 17, 2020

Interested in engineering microscopic devices used in

the world’s newest technologies?

• FREE four day workshop for students, researchers, academics and industry introducing design and fabrication of microfluidic/electronic, MEMS, optical and sensing chips

• Hands-on experiences in world-class cleanroom facilities

• Career insight: industry leaders, technical experts & local industry tours

• Presentations and practicals on photolithography, design for photolithography, etching, PDMS devices, microelectrodes, characterisation, simulation, optical interference and spectra.

8 x Insight sessions | 8 x lectures | 7 x practical sessions

Get the most out of ANFF-SA’s fabrication and characterisation equipment and technical expertise

• Access world-class facilities• Consultations

• Professional training on

cutting-edge equipment

• Workshops and seminars

• Mentoring

• Project feasibility

• Support with grants and funding

for industry collaboration

m-MillingUV-Litho Fluidics

Micro-extraction Tomography Custom Parts

Flow Simulation

Prototyping

Supporting world-class R&D…ANFF-SA 2019 highlights:

• ~200 users

• ~20,000 hours of access

• 85 peer reviewed publicationsANFF-SA engages with industry and end-users

through three models:

• Partnership Model - global leaders in

advanced manufacturing enable

knowledge-transfer of world-best

practice to ANFF-SA;

• Consultancy Model - industry directly request

preparation and characterisation of unusual

samples and devices for their business needs;

• Research Model - ANFF-SA provides

infrastructure access to academic

researchers who conduct their research

for an industry partner.External Universities

61

39

67

11

1 x International Industry

Industry Consulting

3 International

Universities

Host Institutes

Industry/

Researcher

collaborations

ANFF-SA

prepares

microfluidic chips for

more than

20 groups

around

Australia

Simon DoeNational Facility

Manager

A/Prof. Craig PriestANFF-SA Node

Director

Dr Donghoon ChangSenior Process Engineer

Dr Jing-Hong (Mike) Pai Process Engineer

Mark CherrillMicrofabrication

Dr Moein KashaniFluidics Simulation

Dr Jason GascookeInstrument Manager

Dr Maryam KhaksarProcess Engineer

Belinda TurnerCommunications

Officer

Prof. David LewisFlinders Site Leader

Jodie HobbsBiomedical Engineer

Fiona CramerEngineering Services

Supporting world-class R&D…

The ANFF-SA team are here to support you