HDR Student

Institute for Sustainable Futures HDR Candidates

PEOPLE

    • Research Director
    • Institute for Sustainable Futures
    • Research DirectorInstitute for Sustainable Futures
    Dani Alexander is a passionate advocate for promoting energy solutions for a sustainable future. Her experience in the energy sector is broad across policy, program management, governance and engagement, all towards promoting Australia's transition to a low-carbon economy. Dani specialises in understanding the game-changing technologies that offer hope for globally sustainable energy. Her background is multi-disciplinary, between both the hard and social sciences, reflecting the nature of her work bridging the gap between new technology and existing markets. Dani has a working knowledge of a wide range of energy and enabling technologies, with a focus on distributed energy resources.

    Dani is an experienced leader of major projects, bringing together partners across a diverse range of organisations including distribution network service providers, large corporations, research institutes and emerging start-up businesses. Prior to joining ISF, Dani worked across a wide range of clean-energy programs e.g. the Australian Renewable Energy Agency (including its bioenergy portfolio with a total value of over $20 million), the Second Generation Biofuels Research and Development Program, the Australian Solar Institute and the CCS Flagships Program.

    Through her career, Dani has built expertise in facilitating diverse groups of stakeholders including business, the general public, technical specialists and policymakers. Stakeholder consultation and relationship management is a particular area of strength with her ability to instigate action across disparate interests towards a common goal. Dani is adept at a range of engagement formats, tailoring them for the desired outcome, including: leading focus groups and workshops; presenting seminars; and interviewing participants.

    Dani is also the RACE for Business Program Leader at the Reliable Affordable Clean Energy (RACE) for 2030 CRC, which is working towards a vision of a flourishing low carbon Australia where energy research improves quality of life and boosts energy productivity.

    Outside of her research, Dani is a mother, an ultimate frisbee athlete and a C40 Woman4Climate.
    Dani Alexander is a passionate advocate for promoting energy solutions for a sustainable future. Her experience in the energy sector is broad across policy, program management, governance and engagement, all towards promoting Australia's transition to a low-carbon economy. Dani specialises in understanding the game-changing technologies that offer hope for globally sustainable energy. Her background is multi-disciplinary, between both the hard and social sciences, reflecting the nature of her work bridging the gap between new technology and existing markets. Dani has a working knowledge of a wide range of energy and enabling technologies, with a focus on distributed energy resources.

    Dani is an experienced leader of major projects, bringing together partners across a diverse range of organisations including distribution network service providers, large corporations, research institutes and emerging start-up businesses. Prior to joining ISF, Dani worked across a wide range of clean-energy programs e.g. the Australian Renewable Energy Agency (including its bioenergy portfolio with a total value of over $20 million), the Second Generation Biofuels Research and Development Program, the Australian Solar Institute and the CCS Flagships Program.

    Through her career, Dani has built expertise in facilitating diverse groups of stakeholders including business, the general public, technical specialists and policymakers. Stakeholder consultation and relationship management is a particular area of strength with her ability to instigate action across disparate interests towards a common goal. Dani is adept at a range of engagement formats, tailoring them for the desired outcome, including: leading focus groups and workshops; presenting seminars; and interviewing participants.

    Dani is also the RACE for Business Program Leader at the Reliable Affordable Clean Energy (RACE) for 2030 CRC, which is working towards a vision of a flourishing low carbon Australia where energy research improves quality of life and boosts energy productivity.

    Outside of her research, Dani is a mother, an ultimate frisbee athlete and a C40 Woman4Climate.
    • Academic
    • Industry Projects
    • Media enquiries
    • Collaborative projects
    Disciplines
    • Environmental management
    • Human geography
    • Policy and administration
    • Applied economics
    • Graduate Research Student
    • Institute for Sustainable Futures
    • Graduate Research StudentInstitute for Sustainable Futures

    Fiona Armstrong is a PhD student at the Institute for Sustainable Futures (ISF). Her research explores how the cultivation of imagination can help shift mindsets and facilitate ambitious responses towards sustainability transformations. Her supervisors are: Professor Chris Riedy (ISF); Dr Susanne Pratt (TD School); and Professor Rob Raven (Monash). 

     

    Fiona is also an Adjunct Professor in the School of Public Health and Community Medicine at Monash University. She is the former Executive Director of the Climate and Health Alliance (CAHA), Australia's peak body on climate change and health, an organisation she founded and led from 2010-2023.

    Fiona Armstrong is a PhD student at the Institute for Sustainable Futures (ISF). Her research explores how the cultivation of imagination can help shift mindsets and facilitate ambitious responses towards sustainability transformations. Her supervisors are: Professor Chris Riedy (ISF); Dr Susanne Pratt (TD School); and Professor Rob Raven (Monash). 

     

    Fiona is also an Adjunct Professor in the School of Public Health and Community Medicine at Monash University. She is the former Executive Director of the Climate and Health Alliance (CAHA), Australia's peak body on climate change and health, an organisation she founded and led from 2010-2023.

    • Higher Degree by Research
    • Graduate Research Student
    • Institute for Sustainable Futures
    • Graduate Research StudentInstitute for Sustainable Futures
    I am deep-thinker who’s quick to connect with people who share my vision for a brighter future.

    I’m passionate about finding connections between people, organisations and systems to address the root causes of social challenges.

    As Social Impact Specialist & Research, I excel in social impact design, assessment and evaluation, systems approach to social change, social partnerships, collaboration and collective impact, social impact leadership skills, program development, project management and research.

    I hold a Bachelor’s Degree in International Studies and a Graduate Certificate in Social Impact.
    I am deep-thinker who’s quick to connect with people who share my vision for a brighter future.

    I’m passionate about finding connections between people, organisations and systems to address the root causes of social challenges.

    As Social Impact Specialist & Research, I excel in social impact design, assessment and evaluation, systems approach to social change, social partnerships, collaboration and collective impact, social impact leadership skills, program development, project management and research.

    I hold a Bachelor’s Degree in International Studies and a Graduate Certificate in Social Impact.
    • Higher Degree by Research
    • Graduate Research Student
    • Institute for Sustainable Futures
    • Graduate Research StudentInstitute for Sustainable Futures

    I am a PhD student at the Institute for Sustainable Futures undertaking transdisciplinary research with a focus on embodied practices for transformative learning and social change. I have 15 years of combined professional experience in research consultancy and project management roles in the areas of sustainability, international development, and mental health. I am also a qualified yoga teacher and dance movement therapist.

     

    I have research interests in the following areas: embodiment/somatics and social change, sustainability transformations, transformative learning, and social movements.

    I am a PhD student at the Institute for Sustainable Futures undertaking transdisciplinary research with a focus on embodied practices for transformative learning and social change. I have 15 years of combined professional experience in research consultancy and project management roles in the areas of sustainability, international development, and mental health. I am also a qualified yoga teacher and dance movement therapist.

     

    I have research interests in the following areas: embodiment/somatics and social change, sustainability transformations, transformative learning, and social movements.

    • Higher Degree by Research
    • Graduate Research Student
    • Institute for Sustainable Futures
    • Graduate Research StudentInstitute for Sustainable Futures

    Zoe is an interdisciplinary researcher interested in the transition towards food systems which are resilient, ecologically sound and socially just. 

     

    She is a current PhD candidate at the Institute for Sustainable Futures (ISF), University of Technology Sydney (UTS). Her research explores the ways in which culturally diverse communities procure food in Greater Western Sydney. Zoe aims to interrogate how local food environments promote food justice outcomes for community. This research will be guided under the supervision of Dr Federico Davila Cisneros, Laure-Elise Ruoso and Dr Anja Bless. 

     

    Her previous research work with various university bodies and civil society organisations has given her a keen interest and specialisation in agri-food systems sustainability, food security, food justice, food sovereignty, regenerative agriculture, and environmental governance. 

     

    Zoe holds a double degree in a Bachelor of Arts and Politics and International Relations from the University of Sydney. She also holds a Masters of Agricultural Science, specialising in Food Sustainability, from the University of Melbourne. 

    Zoe is an interdisciplinary researcher interested in the transition towards food systems which are resilient, ecologically sound and socially just. 

     

    She is a current PhD candidate at the Institute for Sustainable Futures (ISF), University of Technology Sydney (UTS). Her research explores the ways in which culturally diverse communities procure food in Greater Western Sydney. Zoe aims to interrogate how local food environments promote food justice outcomes for community. This research will be guided under the supervision of Dr Federico Davila Cisneros, Laure-Elise Ruoso and Dr Anja Bless. 

     

    Her previous research work with various university bodies and civil society organisations has given her a keen interest and specialisation in agri-food systems sustainability, food security, food justice, food sovereignty, regenerative agriculture, and environmental governance. 

     

    Zoe holds a double degree in a Bachelor of Arts and Politics and International Relations from the University of Sydney. She also holds a Masters of Agricultural Science, specialising in Food Sustainability, from the University of Melbourne. 

    • 11 Sustainable Cities and Communities
    • 2 Zero Hunger
    • 3 Good Health and Well Being
    • 12 Responsible Consumption and Production
    • 5 Gender Equality
    • Higher Degree by Research
    Disciplines
    • Food sustainability
    • Political economy and social change
    • Research Principal
    • Institute for Sustainable Futures
    • Research PrincipalInstitute for Sustainable Futures
    Candice is a Senior Research Consultant at the Institute for Sustainable Futures specializing in applied research to inform policy and practice in urban green infrastructure. A human geographer and trained social researcher Candice works in the Natural Resources and Ecosystems group. Her research focuses on the social and environmental function of green infrastructure in urban geographies, managing projects that explore the relationship between vegetation and localized heat, health and well-being, and ecosystem services. Recognizing the complex nature of urban geographies Candice draws on trans-disciplinary research principles in all stages of a project to ensure applied, real-world research outcomes. Working closely with industry, state and local governments Candice's research works to provide a meaningful balance between local context, theory and evidence to assist clients in working towards actionable outcomes and best-practice strategy development in urban green infrastructure.
    Candice is a Senior Research Consultant at the Institute for Sustainable Futures specializing in applied research to inform policy and practice in urban green infrastructure. A human geographer and trained social researcher Candice works in the Natural Resources and Ecosystems group. Her research focuses on the social and environmental function of green infrastructure in urban geographies, managing projects that explore the relationship between vegetation and localized heat, health and well-being, and ecosystem services. Recognizing the complex nature of urban geographies Candice draws on trans-disciplinary research principles in all stages of a project to ensure applied, real-world research outcomes. Working closely with industry, state and local governments Candice's research works to provide a meaningful balance between local context, theory and evidence to assist clients in working towards actionable outcomes and best-practice strategy development in urban green infrastructure.
    • Academic
    Disciplines
    • Urban and regional planning
    • Associate Director Research
    • Institute for Sustainable Futures
    • Associate Director ResearchInstitute for Sustainable Futures

    Melita Grant specialises in integrated water resources management (IWRM), and water, sanitation and hygiene (WASH) in international development, with a focus on gender equality and inclusion. She has worked in governments, universities, and civil society organisations. With an academic background in Political Science and Environmental Management, Melita has expertise in water governance and policy development, and has applied this in Australian and Indo Pacific contexts. Melita has a technical background in applying inclusion frameworks; rural water management policy; urban water conservation and demand management technologies, behaviours and policy; transboundary water politics; and integrated water resources management through roles at the NSW Office of Water, local government and at the Institute for Sustainable Futures. 

    Melita has led a number of gender equality and social inclusion projects, including the Gender Action Piece for the Global Water Partnership, and authored ‘Gender Equality and Goal 6 – The Critical Connection’ for the Australian Water Partnership. She has led multi-year research projects in Vanuatu, Kiribati, Timor-Leste, Indonesia, Cambodia, Lao PDR, Vietnam, Myanmar and India. Melita has extensive experience in designing, implementing and evaluating stakeholder and community engagement processes within civil society organisations, and has synthesised and translated research into practical and actionable policy and practice recommendations for civil society, multilaterals and governments. 

    Melita is the Co-Chair of the Australian WASH Reference Group, an AsiaLink alumna, a former member of the Australian Water Partnership's Expert Review Panel (6 years), and a Board Member of the Australian Network for Art & Technology (ANAT). She has recently joined the Research Advisory Group of the Australian Public Policy Institute (APPI), and has joined Climate-KIC as a board member. She holds a Bachelor of Arts - Government (Honours first class) from Sydney University, and a Master of Environment from The University of Melbourne and is a PhD candidate at UTS. 

    Melita Grant specialises in integrated water resources management (IWRM), and water, sanitation and hygiene (WASH) in international development, with a focus on gender equality and inclusion. She has worked in governments, universities, and civil society organisations. With an academic background in Political Science and Environmental Management, Melita has expertise in water governance and policy development, and has applied this in Australian and Indo Pacific contexts. Melita has a technical background in applying inclusion frameworks; rural water management policy; urban water conservation and demand management technologies, behaviours and policy; transboundary water politics; and integrated water resources management through roles at the NSW Office of Water, local government and at the Institute for Sustainable Futures. 

    Melita has led a number of gender equality and social inclusion projects, including the Gender Action Piece for the Global Water Partnership, and authored ‘Gender Equality and Goal 6 – The Critical Connection’ for the Australian Water Partnership. She has led multi-year research projects in Vanuatu, Kiribati, Timor-Leste, Indonesia, Cambodia, Lao PDR, Vietnam, Myanmar and India. Melita has extensive experience in designing, implementing and evaluating stakeholder and community engagement processes within civil society organisations, and has synthesised and translated research into practical and actionable policy and practice recommendations for civil society, multilaterals and governments. 

    Melita is the Co-Chair of the Australian WASH Reference Group, an AsiaLink alumna, a former member of the Australian Water Partnership's Expert Review Panel (6 years), and a Board Member of the Australian Network for Art & Technology (ANAT). She has recently joined the Research Advisory Group of the Australian Public Policy Institute (APPI), and has joined Climate-KIC as a board member. She holds a Bachelor of Arts - Government (Honours first class) from Sydney University, and a Master of Environment from The University of Melbourne and is a PhD candidate at UTS. 

    • 1 No Poverty
    • 2 Zero Hunger
    • 3 Good Health and Well Being
    • 5 Gender Equality
    • 6 Clean Water and Sanitation
    • 10 Reduced Inequalities
    • 11 Sustainable Cities and Communities
    • 17 Partnerships for the Goals
    • Academic
    • Collaborative projects
    • Join a web conference as a panellist or speaker
    • Membership of an advisory committee
    Disciplines
    • Environmental and resources law
    • Gender studies
    • Water resources engineering
    • Development studies
    • Pacific Peoples land and water management
    • Graduate Research Student
    • Institute for Sustainable Futures
    • Graduate Research StudentInstitute for Sustainable Futures

    Luna Leão Glória is a PhD researcher at the Institute for Sustainable Futures (ISF) at the University of Technology Sydney (UTS), working at the intersection of microgrids and energy justice.

    Her research is driven by the central question: how can technically advanced energy systems such as microgrids be designed not only for efficiency and resilience, but also for equity and participation?

    Before joining UTS, Luna led the delivery of complex microgrid and energy management solutions at Siemens, operating across product strategy, software engineering, and technical leadership.


    With a background spanning engineering, product development, and innovation in the Brazilian energy sector, she brings a systems perspective that connects infrastructure, institutions, and lived experience. Her work engages critically with technology design and decision-making processes, examining how alternative approaches can better reflect social priorities and reshape energy systems outcomes.

    At ISF, Luna’s work aims to influence both policy and practice by advancing more inclusive and participatory approaches to the energy transition, positioning community energy systems not only as technical solutions, but as sites of social transformation.

    Luna Leão Glória is a PhD researcher at the Institute for Sustainable Futures (ISF) at the University of Technology Sydney (UTS), working at the intersection of microgrids and energy justice.

    Her research is driven by the central question: how can technically advanced energy systems such as microgrids be designed not only for efficiency and resilience, but also for equity and participation?

    Before joining UTS, Luna led the delivery of complex microgrid and energy management solutions at Siemens, operating across product strategy, software engineering, and technical leadership.


    With a background spanning engineering, product development, and innovation in the Brazilian energy sector, she brings a systems perspective that connects infrastructure, institutions, and lived experience. Her work engages critically with technology design and decision-making processes, examining how alternative approaches can better reflect social priorities and reshape energy systems outcomes.

    At ISF, Luna’s work aims to influence both policy and practice by advancing more inclusive and participatory approaches to the energy transition, positioning community energy systems not only as technical solutions, but as sites of social transformation.

    • 11 Sustainable Cities and Communities
    • 4 Quality Education
    • 7 Affordable and Clean Energy
    • 17 Partnerships for the Goals
    • 13 Climate Action
    • Higher Degree by Research
    • Collaborative projects
    • Graduate Research Student
    • Institute for Sustainable Futures
    • Graduate Research StudentInstitute for Sustainable Futures

    Jiaying Li is a PhD Candidate at the Institute for Sustainable Futures, University of Technology Sydney. Her research explores how sustainability is translated into practice across places, communities and resource systems. Her current doctoral research, Grassroots Governance for Plastic Circularity in Urban China and Vietnam, examines how grassroots and community-based initiatives contribute to plastic circularity and how they interact with governments and other actors within broader circular economy and environmental governance systems.

    Before commencing her PhD, Jiaying gained extensive professional experience in China spanning built-environment research and practice, urban–rural development, nature-based solutions and participatory approaches. This interdisciplinary background informs her current interest in applied and place-based approaches to sustainability.

    Jiaying Li is a PhD Candidate at the Institute for Sustainable Futures, University of Technology Sydney. Her research explores how sustainability is translated into practice across places, communities and resource systems. Her current doctoral research, Grassroots Governance for Plastic Circularity in Urban China and Vietnam, examines how grassroots and community-based initiatives contribute to plastic circularity and how they interact with governments and other actors within broader circular economy and environmental governance systems.

    Before commencing her PhD, Jiaying gained extensive professional experience in China spanning built-environment research and practice, urban–rural development, nature-based solutions and participatory approaches. This interdisciplinary background informs her current interest in applied and place-based approaches to sustainability.

    • 11 Sustainable Cities and Communities
    • 12 Responsible Consumption and Production
    • 17 Partnerships for the Goals
    • 13 Climate Action
    • Higher Degree by Research
    • Graduate Research Student
    • Institute for Sustainable Futures
    • Graduate Research StudentInstitute for Sustainable Futures

    Jiayun Li is a PhD candidate at the Institute for Sustainable Futures (ISF), University of Technology Sydney (UTS), undertaking research through the UTS–SILC Shanghai University Collaborative PhD Program. Jiayun’s doctoral research examines the relationship between urban biophilic design, greenway environments and residents’ mental wellbeing through comparative research in Australia and China.

    Jiayun Li is a PhD candidate at the Institute for Sustainable Futures (ISF), University of Technology Sydney (UTS), undertaking research through the UTS–SILC Shanghai University Collaborative PhD Program. Jiayun’s doctoral research examines the relationship between urban biophilic design, greenway environments and residents’ mental wellbeing through comparative research in Australia and China.

    • Higher Degree by Research
    • Graduate Research Student
    • Institute for Sustainable Futures
    • Graduate Research StudentInstitute for Sustainable Futures
    PhD Candidate - Ultra Fast Fashion Lab (ISF UTS)
     
    Aleasha McCallion is a sustainability and circular economy professional and PhD candidate focused on textiles and fashion systems, with a particular interest in revaluing clothing through repair and reuse. She works across research, policy, and industry collaboration to advance practical pathways toward circularity, regeneration, and equitable transitions in Australia and internationally.
     
     
    PhD Candidate - Ultra Fast Fashion Lab (ISF UTS)
     
    Aleasha McCallion is a sustainability and circular economy professional and PhD candidate focused on textiles and fashion systems, with a particular interest in revaluing clothing through repair and reuse. She works across research, policy, and industry collaboration to advance practical pathways toward circularity, regeneration, and equitable transitions in Australia and internationally.
     
     
    • Higher Degree by Research
    • Graduate Research Student
    • Institute for Sustainable Futures
    • Graduate Research StudentInstitute for Sustainable Futures

    Institutue For Sustainable Futures - PhD Student 

    Transdisciplinary School - Casual Academic

     

    Hannah is a transdisciplinary researcher interested in the transition to a safe circular economy for fashion, textiles and packaging. Specifically in elimination of hazardous chemicals, product stewardship, and circular design.

     

    She is a current PhD candidate at the Institute for Sustainable Futures (ISF), University of Technology Sydney (UTS). Her research explores how clothing brands can have product stewardship over hazardous chemicals in their clothing, with a specific focus on silver nanoparticles. Her research seeks to understand the current role brands play in chemical management, the challenges they face and the enablers to transition to pro-active chemicals management strategies. Hannah’s supervisor team consists of A/Prof. Nick Florin, Dr Rachael Wakefield-Rann and Dr Taylor Brydges.

     

    She has over 7 years' experience working in sustainability within the fashion industry, ranging from small scale start-ups to large corporations, which informs her research and teaching experience.

     

    Hannah holds a double degree in a Bachelor of Design in Fashion and Textiles, and a Bachelor of Creative Intelligence and Innovation, at UTS.

     

    Please contact via student email: hannah.mullen@student.uts.edu.au

    Institutue For Sustainable Futures - PhD Student 

    Transdisciplinary School - Casual Academic

     

    Hannah is a transdisciplinary researcher interested in the transition to a safe circular economy for fashion, textiles and packaging. Specifically in elimination of hazardous chemicals, product stewardship, and circular design.

     

    She is a current PhD candidate at the Institute for Sustainable Futures (ISF), University of Technology Sydney (UTS). Her research explores how clothing brands can have product stewardship over hazardous chemicals in their clothing, with a specific focus on silver nanoparticles. Her research seeks to understand the current role brands play in chemical management, the challenges they face and the enablers to transition to pro-active chemicals management strategies. Hannah’s supervisor team consists of A/Prof. Nick Florin, Dr Rachael Wakefield-Rann and Dr Taylor Brydges.

     

    She has over 7 years' experience working in sustainability within the fashion industry, ranging from small scale start-ups to large corporations, which informs her research and teaching experience.

     

    Hannah holds a double degree in a Bachelor of Design in Fashion and Textiles, and a Bachelor of Creative Intelligence and Innovation, at UTS.

     

    Please contact via student email: hannah.mullen@student.uts.edu.au

    • Higher Degree by Research
    • Graduate Research Student
    • Institute for Sustainable Futures
    • Graduate Research StudentInstitute for Sustainable Futures

    Lailly Prihatiningtyas is a PhD student and Research Consultant at the Institute for Sustainable Futures, University of Technology Sydney (UTS), specializing in climate change and labour market governance. Her doctoral research examines the institutionalization of social dialogue mechanisms for just energy transition through a comparative study of Australia and Indonesia. It explores different institutional frameworks that can facilitate deliberative process to achieve an equitable transitions to a lower-carbon economy, while creating sustainable and decent employment opportunities.

     

    Lailly’s broader research interests encompass sustainable development issues, particularly in green jobs and just transition, and good governance frameworks. Her transdisciplinary  approach draws from environmental policy, labour economics, socio-technical transition, industrial relations, and governance studies, reflecting the complex nature of just transition challenges. She has been involved in various public policy advocacy and projects, specifically on analysing socio-economic implications of climate change and climate actions, especially in South-East Asia region. She had assisted various international organisations including ILO, UNDP, ASEAN Secretariate, the World Bank, and C40.

    Lailly Prihatiningtyas is a PhD student and Research Consultant at the Institute for Sustainable Futures, University of Technology Sydney (UTS), specializing in climate change and labour market governance. Her doctoral research examines the institutionalization of social dialogue mechanisms for just energy transition through a comparative study of Australia and Indonesia. It explores different institutional frameworks that can facilitate deliberative process to achieve an equitable transitions to a lower-carbon economy, while creating sustainable and decent employment opportunities.

     

    Lailly’s broader research interests encompass sustainable development issues, particularly in green jobs and just transition, and good governance frameworks. Her transdisciplinary  approach draws from environmental policy, labour economics, socio-technical transition, industrial relations, and governance studies, reflecting the complex nature of just transition challenges. She has been involved in various public policy advocacy and projects, specifically on analysing socio-economic implications of climate change and climate actions, especially in South-East Asia region. She had assisted various international organisations including ILO, UNDP, ASEAN Secretariate, the World Bank, and C40.

    • Higher Degree by Research
    • HDR Director
    • Institute for Sustainable Futures
    • HDR DirectorInstitute for Sustainable Futures

    Jason Prior is Professor of Planning, Health and Environment at the Institute for Sustainable Futures (ISF) UTS. Jason is also the lead of the cross-university Healthy Populations and Environments Platform in Maridulu Budyari Gumal: Sydney Partnership for Health, Education, Research and Enterprise (SPHERE) and co-convenor of the Climate Change and Health Collaborative within the Research Institute for Innovative Solutions for Wellbeing and Health (INSIGHT) UTS.

    As an architect, planner, and geographer, Jason's research program focuses on the environment, planning, and human and planetary health. Jason has attracted over $12M in competitive external funding through this research program. He has led 54 national and international research projects through productive collaborations with research organisations, government, industry, NGOs, communities and the professions. Jason's research has been published widely in various journals, edited collections, and through public reports and interactive tools.

    Jason is the lead of the Graduate Research Program at ISF and a Responsible Academic Officer. He is currently the principal supervisor of 8 HDR students. 

    Jason is also a member of the Global Alliance for Inter- and Transdisciplinarity Leadership Board. Jason is also a registered planner and architect.

    Jason Prior is Professor of Planning, Health and Environment at the Institute for Sustainable Futures (ISF) UTS. Jason is also the lead of the cross-university Healthy Populations and Environments Platform in Maridulu Budyari Gumal: Sydney Partnership for Health, Education, Research and Enterprise (SPHERE) and co-convenor of the Climate Change and Health Collaborative within the Research Institute for Innovative Solutions for Wellbeing and Health (INSIGHT) UTS.

    As an architect, planner, and geographer, Jason's research program focuses on the environment, planning, and human and planetary health. Jason has attracted over $12M in competitive external funding through this research program. He has led 54 national and international research projects through productive collaborations with research organisations, government, industry, NGOs, communities and the professions. Jason's research has been published widely in various journals, edited collections, and through public reports and interactive tools.

    Jason is the lead of the Graduate Research Program at ISF and a Responsible Academic Officer. He is currently the principal supervisor of 8 HDR students. 

    Jason is also a member of the Global Alliance for Inter- and Transdisciplinarity Leadership Board. Jason is also a registered planner and architect.

    • 3 Good Health and Well Being
    • 11 Sustainable Cities and Communities
    • 13 Climate Action
    • 5 Gender Equality
    • 17 Partnerships for the Goals
    • Academic
    • Collaborative projects
    • Masters Research or PhD student supervision
    • Media enquiries
    • Industry Projects
    • Membership of an advisory committee
    Disciplines
    • Strategic, metropolitan and regional planning
    • Urban analysis and development
    • Urban informatics
    • Urban planning and health
    • Urban policy
    • Policy and administration
    • Sociology
    • Urban and regional planning
    • Senior Research Consultant
    • Institute for Sustainable Futures
    • Senior Research ConsultantInstitute for Sustainable Futures
    David is a Senior Research Consultant at the Institute for Sustainable Future. He has worked in the water and international development sectors for 13 years specializing in WASH and humanitarian emergency response throughout Asia, Africa and the Pacific. His experience includes engineering design of water and sanitation systems, hydraulic modelling, behaviour change programming and policy development. David has previously been based in Lebanon working on the WASH needs and environmental impacts of refugee settlements and the Solomon Islands working on rural WASH projects. He has worked on disaster responses in Papua New Guinea, Laos and the Solomon Islands and has also managed reforestation projects across Africa. His current areas of research include governance of WASH projects, water safety planning, climate resilience and groundwater safety
    David is a Senior Research Consultant at the Institute for Sustainable Future. He has worked in the water and international development sectors for 13 years specializing in WASH and humanitarian emergency response throughout Asia, Africa and the Pacific. His experience includes engineering design of water and sanitation systems, hydraulic modelling, behaviour change programming and policy development. David has previously been based in Lebanon working on the WASH needs and environmental impacts of refugee settlements and the Solomon Islands working on rural WASH projects. He has worked on disaster responses in Papua New Guinea, Laos and the Solomon Islands and has also managed reforestation projects across Africa. His current areas of research include governance of WASH projects, water safety planning, climate resilience and groundwater safety
    • 1 No Poverty
    • 3 Good Health and Well Being
    • 5 Gender Equality
    • 6 Clean Water and Sanitation
    • 10 Reduced Inequalities
    • 11 Sustainable Cities and Communities
    • 13 Climate Action
    • 16 Peace, Justice and Strong Institutions
    • 17 Partnerships for the Goals
    • Academic
    • Collaborative projects
    • Industry Projects
    • Join a web conference as a panellist or speaker
    • Technical support
    • Graduate Research Student
    • Institute for Sustainable Futures
    • Graduate Research StudentInstitute for Sustainable Futures

    Jordan Roods is a PhD candidate for the Australian Research Council Research Hub for Nutrients in a Circular Economy (ARC NiCE Hub). He is conducting research on the governance of a new circular nutrient economy in Australia which is based on the recovery and recycling of the macro nutrients contained in human-urine for use in safe/effective renewable fertilisers.  

     

    A core focus of Jordan's research is to investigate how the circular economy could be more effectively governed to improve outcomes for the natural environment. While ‘regenerating nature’ is the third principle of the circular economy, there has been limited engagement with how this could be achieved in practice. Jordan is advancing the call for an ‘earth-centred’ governance framework that reprioritises nature in circular economy discourse.

     

    Jordan also works in the Resource Stewardship team at the Institute for Sustainable Futures, where he assists organisations to identify and evaluate opportunities to avoid, reuse and recover resources and adopt new circular economy business models.

     

    Jordan is passionate about law reform, policy development and socio-ecological justice. He holds a combined Bachelor of Communication (Social & Political Sciences) and Bachelor of Laws, First Class Honours, UTS, as well as a Graduate Certificate in Professional Legal Practice, UTS. 

    Jordan Roods is a PhD candidate for the Australian Research Council Research Hub for Nutrients in a Circular Economy (ARC NiCE Hub). He is conducting research on the governance of a new circular nutrient economy in Australia which is based on the recovery and recycling of the macro nutrients contained in human-urine for use in safe/effective renewable fertilisers.  

     

    A core focus of Jordan's research is to investigate how the circular economy could be more effectively governed to improve outcomes for the natural environment. While ‘regenerating nature’ is the third principle of the circular economy, there has been limited engagement with how this could be achieved in practice. Jordan is advancing the call for an ‘earth-centred’ governance framework that reprioritises nature in circular economy discourse.

     

    Jordan also works in the Resource Stewardship team at the Institute for Sustainable Futures, where he assists organisations to identify and evaluate opportunities to avoid, reuse and recover resources and adopt new circular economy business models.

     

    Jordan is passionate about law reform, policy development and socio-ecological justice. He holds a combined Bachelor of Communication (Social & Political Sciences) and Bachelor of Laws, First Class Honours, UTS, as well as a Graduate Certificate in Professional Legal Practice, UTS. 

    • 11 Sustainable Cities and Communities
    • 12 Responsible Consumption and Production
    • 16 Peace, Justice and Strong Institutions
    • Higher Degree by Research
    • Graduate Research Student
    • Institute for Sustainable Futures
    • Graduate Research StudentInstitute for Sustainable Futures
    • Higher Degree by Research
    • Graduate Research Student
    • Institute for Sustainable Futures
    • Graduate Research StudentInstitute for Sustainable Futures

    Maryam is an interdisciplinary researcher interested in reclaimed water, greenhouse gas assessment, sustainable agriculture, resource recovery, and climate change. Her research explores the intersection of agriculture, water, sanitation, and environmental sustainability, with a particular focus on greenhouse gas emissions, wastewater reuse, and the agricultural use of faecal sludge.

    She is currently a PhD candidate at the Institute for Sustainable Futures (ISF), University of Technology Sydney (UTS). Her research investigates greenhouse gas emissions associated with the agricultural use of wastewater and faecal sludge. Maryam's supervisor team consists of Dr Jeremy Kohlitz and Prof Juliet Willetts.

    Prior to joining UTS, Maryam completed a PhD in Agricultural Development at the University of Tehran and was a Visiting Researcher at the University of Queensland, where she conducted research on climate-smart agriculture and sustainability transitions.

    Maryam is an interdisciplinary researcher interested in reclaimed water, greenhouse gas assessment, sustainable agriculture, resource recovery, and climate change. Her research explores the intersection of agriculture, water, sanitation, and environmental sustainability, with a particular focus on greenhouse gas emissions, wastewater reuse, and the agricultural use of faecal sludge.

    She is currently a PhD candidate at the Institute for Sustainable Futures (ISF), University of Technology Sydney (UTS). Her research investigates greenhouse gas emissions associated with the agricultural use of wastewater and faecal sludge. Maryam's supervisor team consists of Dr Jeremy Kohlitz and Prof Juliet Willetts.

    Prior to joining UTS, Maryam completed a PhD in Agricultural Development at the University of Tehran and was a Visiting Researcher at the University of Queensland, where she conducted research on climate-smart agriculture and sustainability transitions.

    • 6 Clean Water and Sanitation
    • 13 Climate Action
    • Higher Degree by Research
    • Graduate Research Student
    • Institute for Sustainable Futures
    • Graduate Research StudentInstitute for Sustainable Futures

    Tara brings a multidisciplinary skillset spanning life‑cycle assessment (LCA) analysis and consulting, LCA critical review, economic and sustainability assessments, and metallurgical engineering. She also holds a Dual Bachelors degree in Chemical Engineering (Honours) and Economics from The University of Queensland.

     

    Tara has delivered, refined, and project‑managed LCA consultancy services for clients across the global battery supply chain, including Apple and Rio Tinto. Her work spans the full value chain - from raw material extraction through battery manufacturing, use‑phase modelling, and end‑of‑life recycling pathways. She also brings broad technical depth from the mining and minerals processing sectors. Her experience includes on‑site operational exposure at a Glencore underground copper mine and concentrator in Queensland, followed by tenure at Glencore Technology, where she contributed to smelter decarbonisation initiatives and circularity‑focused process development.


    At UTS, Tara has joined the Resource Stewardship team as a PhD candidate, where her research focuses on scenario modelling, environmental impact assessment, and the economic dynamics of commodities and energy‑transition minerals. Her initial research examines the emerging global sulfuric acid supply deficit and its consequences for sectors that depend on sulfuric acid as a critical input, including the mining, electronics and battery industries.

    Tara brings a multidisciplinary skillset spanning life‑cycle assessment (LCA) analysis and consulting, LCA critical review, economic and sustainability assessments, and metallurgical engineering. She also holds a Dual Bachelors degree in Chemical Engineering (Honours) and Economics from The University of Queensland.

     

    Tara has delivered, refined, and project‑managed LCA consultancy services for clients across the global battery supply chain, including Apple and Rio Tinto. Her work spans the full value chain - from raw material extraction through battery manufacturing, use‑phase modelling, and end‑of‑life recycling pathways. She also brings broad technical depth from the mining and minerals processing sectors. Her experience includes on‑site operational exposure at a Glencore underground copper mine and concentrator in Queensland, followed by tenure at Glencore Technology, where she contributed to smelter decarbonisation initiatives and circularity‑focused process development.


    At UTS, Tara has joined the Resource Stewardship team as a PhD candidate, where her research focuses on scenario modelling, environmental impact assessment, and the economic dynamics of commodities and energy‑transition minerals. Her initial research examines the emerging global sulfuric acid supply deficit and its consequences for sectors that depend on sulfuric acid as a critical input, including the mining, electronics and battery industries.

    • 13 Climate Action
    • 8 Decent Work and Economic Growth
    • 9 Industry, Innovation and Infrastructure
    • Higher Degree by Research
    • Graduate Research Student
    • Institute for Sustainable Futures
    • Graduate Research StudentInstitute for Sustainable Futures

    Driven by a passion for nature and creating better places for people, Somayeh is a transdisciplinary researcher with a background in urban planning and design, focused on climate-responsive and sustainable cities and built environments across scales. She is a PhD candidate and Research Assistant at the UTS Institute for Sustainable Futures (ISF).

     

    For her PhD, she is investigating transition pathways for mainstreaming Blue-Green Infrastructure (BGI) in cities through a soci-technical transition lens and incorporating systems thinking practices. Her doctoral research examines how planning systems, governance structures and socio-technical factors influence the adoption of BGI and nature-based solutions, with a focus on Sydney’s urban and environmental context.

     

    Alongside her PhD, she has been contributing to several ISF projects, including climate adaptation outcome frameworks for government, resilience toolkits for communities, sustainability and fitout guidelines, and sector-wide climate risk and vulnerability assessments. Her work has spanned qualitative research, literature reviews, systems mapping, policy analysis, spatial mapping and co-design workshops with government and community partners.

     

    Prior to joining ISF, Somayeh worked as an urban planner and designer in both government and consultancy settings, where she delivered master plans, regeneration strategies, environmental and spatial analyses, and transport- and housing-related planning projects.

    Driven by a passion for nature and creating better places for people, Somayeh is a transdisciplinary researcher with a background in urban planning and design, focused on climate-responsive and sustainable cities and built environments across scales. She is a PhD candidate and Research Assistant at the UTS Institute for Sustainable Futures (ISF).

     

    For her PhD, she is investigating transition pathways for mainstreaming Blue-Green Infrastructure (BGI) in cities through a soci-technical transition lens and incorporating systems thinking practices. Her doctoral research examines how planning systems, governance structures and socio-technical factors influence the adoption of BGI and nature-based solutions, with a focus on Sydney’s urban and environmental context.

     

    Alongside her PhD, she has been contributing to several ISF projects, including climate adaptation outcome frameworks for government, resilience toolkits for communities, sustainability and fitout guidelines, and sector-wide climate risk and vulnerability assessments. Her work has spanned qualitative research, literature reviews, systems mapping, policy analysis, spatial mapping and co-design workshops with government and community partners.

     

    Prior to joining ISF, Somayeh worked as an urban planner and designer in both government and consultancy settings, where she delivered master plans, regeneration strategies, environmental and spatial analyses, and transport- and housing-related planning projects.

    • 11 Sustainable Cities and Communities
    • 13 Climate Action
    • 9 Industry, Innovation and Infrastructure
    • Higher Degree by Research
    Disciplines
    • Climate change impacts and adaptation
    • Urban design
    • Urban and regional planning
    • Photovoltaic devices (solar cells)
    • Urban analysis and development
    • Urban policy
    • Environmentally sustainable engineering
    • Graduate Research Student
    • Institute for Sustainable Futures
    • Graduate Research StudentInstitute for Sustainable Futures

    Hansika Singh's research at ISF explores the gap and tension between ambition and collective action when using systems approach in sustainability transformations. She is a also a Director at Socratus and leads the systems and futures practice to catalyse collective action on complex development and sustainability challenges. With over 14 years of experience, she has led transformative projects in key systems like Food & Land-based commodities, energy, cities, as well as themes like gender, climate change, adaptation and resilience. She has worked closely with business, government, and civil society across different countries and contexts.

    Hansika Singh's research at ISF explores the gap and tension between ambition and collective action when using systems approach in sustainability transformations. She is a also a Director at Socratus and leads the systems and futures practice to catalyse collective action on complex development and sustainability challenges. With over 14 years of experience, she has led transformative projects in key systems like Food & Land-based commodities, energy, cities, as well as themes like gender, climate change, adaptation and resilience. She has worked closely with business, government, and civil society across different countries and contexts.

    • Higher Degree by Research
    • Graduate Research Student
    • Institute for Sustainable Futures
    • Graduate Research StudentInstitute for Sustainable Futures
    • Higher Degree by Research
    • Graduate Research Student
    • Institute for Sustainable Futures
    • Graduate Research StudentInstitute for Sustainable Futures

    Amensisa Hailu Tesfaye is a Public Health researcher and PhD Candidate at the Institute for Sustainable Futures (ISF), University of Technology Sydney (UTS). His doctoral research explores innovative strategies to enhance the resilience of community health workers (CHWs) to the impacts of climate change, advancing efforts to build sustainable, adaptive, and climate-resilient health systems in Australia and beyond.

     

    With a multidisciplinary background in environmental and occupational health, Amensisa’s research explores the intersections between work environments, health systems, and climate-related risks. His work focuses on building workforce resilience, advancing planetary health, and promoting evidence-based approaches to improve population wellbeing.

     

    Prior to joining UTS, Amensisa served as a Lecturer and Researcher at the Institute of Public Health, University of Gondar, Ethiopia. In this role, he taught undergraduate and postgraduate students, supervised 15 undergraduate and 8 Master of Public Health theses, and coordinated several national and international research projects. His scholarly contributions span occupational health, musculoskeletal disorders, mental health, environmental epidemiology, and public health systems, with over 50 peer-reviewed publications in reputable international journals.

     

    Amensisa has led and collaborated on multiple international projects with partners including The George Institute for Global Health, University of New South Wales (UNSW), and WaterAid UK. His research has informed practical interventions and policy recommendations aimed at improving the health and well-being of working populations and communities.

     

    Amensisa enjoys working within multidisciplinary and multicultural research teams. He has a collaborative spirit, adaptability, and commitment to continuous learning, and is deeply dedicated to creating meaningful societal impact through research, teaching, and community engagement.

    Amensisa Hailu Tesfaye is a Public Health researcher and PhD Candidate at the Institute for Sustainable Futures (ISF), University of Technology Sydney (UTS). His doctoral research explores innovative strategies to enhance the resilience of community health workers (CHWs) to the impacts of climate change, advancing efforts to build sustainable, adaptive, and climate-resilient health systems in Australia and beyond.

     

    With a multidisciplinary background in environmental and occupational health, Amensisa’s research explores the intersections between work environments, health systems, and climate-related risks. His work focuses on building workforce resilience, advancing planetary health, and promoting evidence-based approaches to improve population wellbeing.

     

    Prior to joining UTS, Amensisa served as a Lecturer and Researcher at the Institute of Public Health, University of Gondar, Ethiopia. In this role, he taught undergraduate and postgraduate students, supervised 15 undergraduate and 8 Master of Public Health theses, and coordinated several national and international research projects. His scholarly contributions span occupational health, musculoskeletal disorders, mental health, environmental epidemiology, and public health systems, with over 50 peer-reviewed publications in reputable international journals.

     

    Amensisa has led and collaborated on multiple international projects with partners including The George Institute for Global Health, University of New South Wales (UNSW), and WaterAid UK. His research has informed practical interventions and policy recommendations aimed at improving the health and well-being of working populations and communities.

     

    Amensisa enjoys working within multidisciplinary and multicultural research teams. He has a collaborative spirit, adaptability, and commitment to continuous learning, and is deeply dedicated to creating meaningful societal impact through research, teaching, and community engagement.

    • 3 Good Health and Well Being
    • 13 Climate Action
    • 11 Sustainable Cities and Communities
    • 5 Gender Equality
    • 8 Decent Work and Economic Growth
    • 17 Partnerships for the Goals
    • 6 Clean Water and Sanitation
    • Higher Degree by Research
    • Collaborative projects
    • Industry Projects
    • Join a web conference as a panellist or speaker
    • Graduate Research Student
    • Institute for Sustainable Futures
    • Graduate Research StudentInstitute for Sustainable Futures
    • Higher Degree by Research
    • Research Principal
    • Institute for Sustainable Futures
    • Research PrincipalInstitute for Sustainable Futures
    Andrew is a smart city researcher and program lead working at the Institute for Sustainable Futures at the University of Technology Sydney. His work centres on smart city strategy development, smart sensing technologies, and how to deliver impact through better management, interpretation, sharing and activation of data. He has worked to design and deliver a variety of critically acclaimed smart city projects since 2017, in collaboration with a diversity of organisations including local, state and Commonwealth governments in Australia, multiple other universities, public and private sector corporations across multiple sectors, SMEs and start-ups.

    Andrew’s background is in environmental sustainability and social impact, with an MSc in Human Ecology and a BSc hons. in Geography. He has worked previously in environmental NGOs and Corporate Social Responsibility and has straddled the space between community advocacy, industry and public sector research, providing an ideal background for leading collaboration in the smart city sector. Andrew is also a PhD candidate, exploring the applications of smart sensor technologies to urban sustainability.

    ---
    An overview of Andrew's notable projects:

    ---
    1) OPENAIR (Operational Network of Air Quality Impact Resources) (2021-2023)

    Total project value: AUD 2.05 million

    Andrew's role: Initiated and developed the project design, partner coalition and funding application, in collaboration with the NSW Smart Sensing Network; 'Methodology lead' for the project.

    Project summary: Air quality is increasingly recognised as a threat to the health and wellbeing of communities. Emerging smart technologies are enabling local governments to monitor and respond to local air quality issues in new ways. Until now, there has been no clear support or guidance relating to the use of these technologies. The Operational Network of Air Quality Impact Resources (OPENAIR) project brought together a coalition of five universities (led by the ISF), six local governments, the NSW Smart Sensing Network, and NSW Department of Planning and Environment, to develop a comprehensive suite of best practice resources on all aspects of smart low-cost air quality monitoring. The project team worked directly with Council practitioners to understand the realities of working with this technology, ensuring that resources were as practical and relevant as possible. OPENAIR established a growing community of practice for smart low-cost air quality monitoring in NSW. The project also trialled the sharing and harmonisation of near-real-time data from local governments into a state government-managed platform, establishing a basis for scaled intergovernmental smart city data sharing in the coming years.

    ---
    2) SIMPaCT (Smart Irrigation Management for Parks and Cool Towns) (2021-2023)

    Total project value: AUD 5.84 million

    Andrew's role: Initiated and developed the project design, partner coalition and funding application, in collaboration with the University of Western Sydney; Smart city strategy and implementation lead for the project.

    Project summary: SIMPaCT tackles three challenges facing Australian cities: urban heat; water scarcity; and providing high quality green spaces. As the climate crisis deepens, and cities are densifying, these challenges are becoming more pronounced. SIMPaCT is a smart irrigation management solution that directly addresses these challenges. Through a combination of smart low-cost sensing, real-time IoT data management and advanced analytics (including a Machine Learning application), SIMPaCT helps to maximise urban cooling, optimise water efficiency, and maintain thriving green infrastructure. The pilot project was delivered at Sydney Olympic Park with support from the NSW Government’s Smart Places Acceleration Fund, in collaboration with Sydney Olympic Park Authority, NSW Department of Planning and Environment, Sydney Water and Western Sydney University, as well as a number of industry partners. ISF’s role was to oversee the delivery of live data from the park, writing of the project Blueprint, and leading the development of a post-project Roadmap for scalability.

    SIMPaCT has received multiple awards, including:
    - The 2023 IoT Impact 'Research' award
    - The 2023 IoT Impact 'IoT for Good' award
    - The 2023 Innovation Australia 'Govtech project, product or service award'
    - The 2023 Innovation Australia 'People's Choice Award'
    - FINALIST - 2023 World Smart City Awards
    - FINALIST - 2023 Banksia Award for 'Climate Technology Impact'
    - FINALIST - 2023 Banksia Award for 'Placemaking'

    ---
    3) Climate Responsive Neighbourhoods: Melrose Park (2018-2020)

    Total project value: AUD 1.14 million

    Andrew's role: Initiated and developed the project design, partner coalition and funding application, in collaboration with the City of Parramatta. Smart city strategy and implementation lead for the project.

    Project summary: In collaboration with the City of Parramatta Council, developer PAYCE, and technology partners ESRI Australia and Urban Institute, this multimillion-dollar project is a demonstration site (30-hectare brownfield development over 10 years) for sensor-integrated site management to measure current development planning and regulatory practices supported by real-time, continuous, distributed, and localised data. The project establishes use cases for low-cost sensor data for environmental variables (temperature, humidity, air quality, noise, and stormwater) and develops further sophistication in the TULIP approach, including improved data capture and data management methodologies and the creation of the TULIP Data Lake by UTS Rapido. The challenge is to better understand and respond to local environmental changes as the site develops. The benefits include improved site monitoring and management, as well as understanding how environmental conditions can vary on a micro-climate level. The project worked with the local community, exploring citizen’s concerns about environmental liveability, and delivering novel and accessible new technologies, such as an open community LoRaWAN network and a public data discovery dashboard. The data collected and the lessons learnt from this project were published in a Blueprint for Climate Responsive Neighbourhoods, which can be translated into future projects to deliver comprehensive information regarding microclimates in city neighbourhoods, and beyond.

    ---

    4) Smart Beaches project: Lake Macquarie and Sydney Northern Beaches (2018-2020)

    Total project value: AUD 2.0 million

    Andrew's role: Initiated and developed the project design, partner coalition and funding application, in collaboration with Lake Macquarie City Council and Northern Beaches Council; contribution to project design/strategy in the first six months of project establishment

    Project summary: Smart Beaches utilised a range of emerging sensing technologies such as GPS trackers, accelerometers, and AI-powered image processing to gather real-time data about beach conditions and the the location/movement of surf life-saving equipment. The project engaged with lifeguards and beach safety organisations and developed innovative safety solutions that made use of these new data resources. The technology has continued as an ongoing and valued program of Lake Macquarie City Council.

    ---

    5) Smart liveable neighbourhoods: Lake Macquarie and City of Sydney (2017-2019)

    Total project value: AUD 866,000

    Andrew's role: Initiated and developed the project design, partner coalition and funding application, in collaboration with Lake Macquarie City Council and City of Sydney Council. Smart city strategy and implementation lead for the project.

    Project summary: We worked collaboratively with Lake Macquarie City Council and the City of Sydney to explore the intersection of emerging smart city technologies, applied methodologies, city operations, community participation, and urban development agendas that prioritise sustainability, liveability, and resilience outcomes. The project saw the deployment of over 100 smart low-cost environmental sensors, including the TULIP EMS device, for measuring environmental variables such as urban heat, air quality, noise levels, and vehicle and pedestrian density, with the aim of using the data to inform better public spaces and services, optimise council operations, and to digitally engage community. We developed the TULIP open architecture model and built a deep working knowledge of environmental monitoring and deployment methodologies, device management, data management, data analytics and visualisation, and data sharing to help Councils to improve planning, design, and management of public spaces and facilities. The lessons learned through the project have supported a growing understanding of best practice for distributed low-cost urban environmental monitoring, positioning UTS as a national leader in the field.
    Andrew is a smart city researcher and program lead working at the Institute for Sustainable Futures at the University of Technology Sydney. His work centres on smart city strategy development, smart sensing technologies, and how to deliver impact through better management, interpretation, sharing and activation of data. He has worked to design and deliver a variety of critically acclaimed smart city projects since 2017, in collaboration with a diversity of organisations including local, state and Commonwealth governments in Australia, multiple other universities, public and private sector corporations across multiple sectors, SMEs and start-ups.

    Andrew’s background is in environmental sustainability and social impact, with an MSc in Human Ecology and a BSc hons. in Geography. He has worked previously in environmental NGOs and Corporate Social Responsibility and has straddled the space between community advocacy, industry and public sector research, providing an ideal background for leading collaboration in the smart city sector. Andrew is also a PhD candidate, exploring the applications of smart sensor technologies to urban sustainability.

    ---
    An overview of Andrew's notable projects:

    ---
    1) OPENAIR (Operational Network of Air Quality Impact Resources) (2021-2023)

    Total project value: AUD 2.05 million

    Andrew's role: Initiated and developed the project design, partner coalition and funding application, in collaboration with the NSW Smart Sensing Network; 'Methodology lead' for the project.

    Project summary: Air quality is increasingly recognised as a threat to the health and wellbeing of communities. Emerging smart technologies are enabling local governments to monitor and respond to local air quality issues in new ways. Until now, there has been no clear support or guidance relating to the use of these technologies. The Operational Network of Air Quality Impact Resources (OPENAIR) project brought together a coalition of five universities (led by the ISF), six local governments, the NSW Smart Sensing Network, and NSW Department of Planning and Environment, to develop a comprehensive suite of best practice resources on all aspects of smart low-cost air quality monitoring. The project team worked directly with Council practitioners to understand the realities of working with this technology, ensuring that resources were as practical and relevant as possible. OPENAIR established a growing community of practice for smart low-cost air quality monitoring in NSW. The project also trialled the sharing and harmonisation of near-real-time data from local governments into a state government-managed platform, establishing a basis for scaled intergovernmental smart city data sharing in the coming years.

    ---
    2) SIMPaCT (Smart Irrigation Management for Parks and Cool Towns) (2021-2023)

    Total project value: AUD 5.84 million

    Andrew's role: Initiated and developed the project design, partner coalition and funding application, in collaboration with the University of Western Sydney; Smart city strategy and implementation lead for the project.

    Project summary: SIMPaCT tackles three challenges facing Australian cities: urban heat; water scarcity; and providing high quality green spaces. As the climate crisis deepens, and cities are densifying, these challenges are becoming more pronounced. SIMPaCT is a smart irrigation management solution that directly addresses these challenges. Through a combination of smart low-cost sensing, real-time IoT data management and advanced analytics (including a Machine Learning application), SIMPaCT helps to maximise urban cooling, optimise water efficiency, and maintain thriving green infrastructure. The pilot project was delivered at Sydney Olympic Park with support from the NSW Government’s Smart Places Acceleration Fund, in collaboration with Sydney Olympic Park Authority, NSW Department of Planning and Environment, Sydney Water and Western Sydney University, as well as a number of industry partners. ISF’s role was to oversee the delivery of live data from the park, writing of the project Blueprint, and leading the development of a post-project Roadmap for scalability.

    SIMPaCT has received multiple awards, including:
    - The 2023 IoT Impact 'Research' award
    - The 2023 IoT Impact 'IoT for Good' award
    - The 2023 Innovation Australia 'Govtech project, product or service award'
    - The 2023 Innovation Australia 'People's Choice Award'
    - FINALIST - 2023 World Smart City Awards
    - FINALIST - 2023 Banksia Award for 'Climate Technology Impact'
    - FINALIST - 2023 Banksia Award for 'Placemaking'

    ---
    3) Climate Responsive Neighbourhoods: Melrose Park (2018-2020)

    Total project value: AUD 1.14 million

    Andrew's role: Initiated and developed the project design, partner coalition and funding application, in collaboration with the City of Parramatta. Smart city strategy and implementation lead for the project.

    Project summary: In collaboration with the City of Parramatta Council, developer PAYCE, and technology partners ESRI Australia and Urban Institute, this multimillion-dollar project is a demonstration site (30-hectare brownfield development over 10 years) for sensor-integrated site management to measure current development planning and regulatory practices supported by real-time, continuous, distributed, and localised data. The project establishes use cases for low-cost sensor data for environmental variables (temperature, humidity, air quality, noise, and stormwater) and develops further sophistication in the TULIP approach, including improved data capture and data management methodologies and the creation of the TULIP Data Lake by UTS Rapido. The challenge is to better understand and respond to local environmental changes as the site develops. The benefits include improved site monitoring and management, as well as understanding how environmental conditions can vary on a micro-climate level. The project worked with the local community, exploring citizen’s concerns about environmental liveability, and delivering novel and accessible new technologies, such as an open community LoRaWAN network and a public data discovery dashboard. The data collected and the lessons learnt from this project were published in a Blueprint for Climate Responsive Neighbourhoods, which can be translated into future projects to deliver comprehensive information regarding microclimates in city neighbourhoods, and beyond.

    ---

    4) Smart Beaches project: Lake Macquarie and Sydney Northern Beaches (2018-2020)

    Total project value: AUD 2.0 million

    Andrew's role: Initiated and developed the project design, partner coalition and funding application, in collaboration with Lake Macquarie City Council and Northern Beaches Council; contribution to project design/strategy in the first six months of project establishment

    Project summary: Smart Beaches utilised a range of emerging sensing technologies such as GPS trackers, accelerometers, and AI-powered image processing to gather real-time data about beach conditions and the the location/movement of surf life-saving equipment. The project engaged with lifeguards and beach safety organisations and developed innovative safety solutions that made use of these new data resources. The technology has continued as an ongoing and valued program of Lake Macquarie City Council.

    ---

    5) Smart liveable neighbourhoods: Lake Macquarie and City of Sydney (2017-2019)

    Total project value: AUD 866,000

    Andrew's role: Initiated and developed the project design, partner coalition and funding application, in collaboration with Lake Macquarie City Council and City of Sydney Council. Smart city strategy and implementation lead for the project.

    Project summary: We worked collaboratively with Lake Macquarie City Council and the City of Sydney to explore the intersection of emerging smart city technologies, applied methodologies, city operations, community participation, and urban development agendas that prioritise sustainability, liveability, and resilience outcomes. The project saw the deployment of over 100 smart low-cost environmental sensors, including the TULIP EMS device, for measuring environmental variables such as urban heat, air quality, noise levels, and vehicle and pedestrian density, with the aim of using the data to inform better public spaces and services, optimise council operations, and to digitally engage community. We developed the TULIP open architecture model and built a deep working knowledge of environmental monitoring and deployment methodologies, device management, data management, data analytics and visualisation, and data sharing to help Councils to improve planning, design, and management of public spaces and facilities. The lessons learned through the project have supported a growing understanding of best practice for distributed low-cost urban environmental monitoring, positioning UTS as a national leader in the field.
    • 11 Sustainable Cities and Communities
    • Academic
    • Collaborative projects
    • Join a web conference as a panellist or speaker
    • Media enquiries
    • Membership of an advisory committee
    Disciplines
    • Urban and regional planning