Latest Update:2026/01/08 10:20:42

FRY Jacob

FRY Jacob
Researcher Name
FRY Jacob
Div (Section) name/title
Material Cycles Division(Global Resource Sustainability Research Section)/Research Associate
Research Subject
Energy and material basis of the economy, climate change mitigation, industrial metabolism
Degree(s)
PhD (science)
Professional Qualification(s)
Science,Computer Science,Economics
Environmental Speciality Field
resource efficiency,environmental impact assessment,input-output analysis
Keyword(s)
industrial ecology,life cycle assessment,climate change mitigation,circular economy
Brief Description of Research
Jacob's research work has involved constructing large-scale global economic-environmental models. These models are used to trace environmental impacts along complex global supply chains, and investigate the link between environmental impacts, consumption and trade. Jacob’s research interests include waste and the circular economy, the carbon footprints of cities, freight transport and sustainable healthcare.
Career
Jacob completed his Doctorate in supply chain analysis from the University of Sydney, and Bachelor of Science (Applied Physics) from the University of Technology, Sydney. Jacob is also an Adjunct Senior Research Fellow at the Monash Sustainable Development Institute in Melbourne, Australia.

Jacob has also worked in industry, working in built-environment energy efficiency as an applied scientist. He has also applied innovation and rapid-prototyping techniques to help companies solve sustainability challenges. Jacob also contributes to open-source research tools and open-science datasets.
URL
https://orcid.org/0000-0002-2349-6745
https://scholar.google.com/citations?user=JWG4JToAAAAJ
https://www.quoll.co
Research Subject
  • Fiscal Year: 2025
    • 27206 : Material flows transition and social adaptation
    • 27235 : Research to enhance adaptation strategies and practices based on scientific projections
    • 27362 : A cascaded battery use system for decarbonization technologies in Japan
    • 27388 : Sustainability assessment and future vision of resource use
  • Fiscal Year: 2024
    • 26819 : Material flows transition and social adaptation
    • 26850 : Research to enhance adaptation strategies and practices based on scientific projections
    • 27175 : A cascaded battery use system for decarbonization technologies in Japan
    • 27181 : Sustainability assessment and future vision of resource use
Research Result (Publication)
  • all
  • Other Publications
Research Result (Presentation)
  • all
  • Research Presentation