Page 3 - InnoRenew CoE International Conference 2021, Healthy and Sustainable Renovation with Renewable Materials
P. 3
note Address 2021
Lisanne Havinga, modeling and simulation strategies to support
MSc. PhD decision-making in the energy transition of the built
environment. Core topics include the optimization
Assistant Professor Building Performance of renovation decisions using parametric
and Principal Scientist System Integration, exploration of housing variations, user behavior
Technische Universiteit Eindhoven and renovation solutions. A holistic assessment
of environmental impact, incorporating life cycle
Lisanne Havinga is Assistant Professor at the assessment and circularity, is a priority in her work.
Building Performance group at Eindhoven Lastly, she focuses on setting up interdisciplinary
University ofTechnology (TU/e) in the Netherlands. collaborations to develop multi-scale, multi-
She is also Principal Scientist System Integration carrier, dynamic models that support system
of the Eindhoven Institute for Renewable Energy integration and decision-making across scale
Systems, and part of the management team of the levels (technology-building-neighborhood-city-
institute. She received her Ph.D. in 2019 from TU/e, region-country) and sectors (mobility, industry,
titled ‘Advancing Post-War Housing: Integrating built environment). The evaluation of innovative
Heritage Impact, Environmental Impact, technologies and their potential in addressing the
Hygrothermal Risk and Costs in Renovation Design key challenges of the energy transition is a priority.
Decisions’. Her research focuses on developing
In recent years, she’s contributed to the
development of the Climate Agreement of the
Netherlands by developing ‘the Renovation
Accelerator’, a subsidy program that was recently
launched, aiming to accelerate the large-scale
renovation of the housing stock. In this context,
she’s been an advisor and led research projects
for multiple governmental organizations in
the Netherlands. In addition to working for
governmental organizations, she has built
consortia with a wide variety of industry partners.
Although she only recently was awarded her PhD
thesis, she has already developed a substantial
track record of publications and is already building
teams of PDEngs, PhD’s and postdocs on the
topics 1) circularity/LCA, 2) sustainable renovation,
3) urban energy transition. She has been guest-
editor for Renewable and Sustainable Energy
Reviews and has authored publications for journals
such as Building and Environment, Renewable and
Sustainable Energy Reviews, Energy and Buildings
and Journal of Cultural Heritage. She is a frequent
reviewer for these and more academic journals
and has been a member of several scientific
committees of international conferences. She
was chief editor (together with Emanuele Naboni)
of the book publication ‘Regenerative Design in
Digital Practice’.
HEALTHY AND SUSTAINABLE RENOVATION WITH RENEWABLE MATERIALS
3
Lisanne Havinga, modeling and simulation strategies to support
MSc. PhD decision-making in the energy transition of the built
environment. Core topics include the optimization
Assistant Professor Building Performance of renovation decisions using parametric
and Principal Scientist System Integration, exploration of housing variations, user behavior
Technische Universiteit Eindhoven and renovation solutions. A holistic assessment
of environmental impact, incorporating life cycle
Lisanne Havinga is Assistant Professor at the assessment and circularity, is a priority in her work.
Building Performance group at Eindhoven Lastly, she focuses on setting up interdisciplinary
University ofTechnology (TU/e) in the Netherlands. collaborations to develop multi-scale, multi-
She is also Principal Scientist System Integration carrier, dynamic models that support system
of the Eindhoven Institute for Renewable Energy integration and decision-making across scale
Systems, and part of the management team of the levels (technology-building-neighborhood-city-
institute. She received her Ph.D. in 2019 from TU/e, region-country) and sectors (mobility, industry,
titled ‘Advancing Post-War Housing: Integrating built environment). The evaluation of innovative
Heritage Impact, Environmental Impact, technologies and their potential in addressing the
Hygrothermal Risk and Costs in Renovation Design key challenges of the energy transition is a priority.
Decisions’. Her research focuses on developing
In recent years, she’s contributed to the
development of the Climate Agreement of the
Netherlands by developing ‘the Renovation
Accelerator’, a subsidy program that was recently
launched, aiming to accelerate the large-scale
renovation of the housing stock. In this context,
she’s been an advisor and led research projects
for multiple governmental organizations in
the Netherlands. In addition to working for
governmental organizations, she has built
consortia with a wide variety of industry partners.
Although she only recently was awarded her PhD
thesis, she has already developed a substantial
track record of publications and is already building
teams of PDEngs, PhD’s and postdocs on the
topics 1) circularity/LCA, 2) sustainable renovation,
3) urban energy transition. She has been guest-
editor for Renewable and Sustainable Energy
Reviews and has authored publications for journals
such as Building and Environment, Renewable and
Sustainable Energy Reviews, Energy and Buildings
and Journal of Cultural Heritage. She is a frequent
reviewer for these and more academic journals
and has been a member of several scientific
committees of international conferences. She
was chief editor (together with Emanuele Naboni)
of the book publication ‘Regenerative Design in
Digital Practice’.
HEALTHY AND SUSTAINABLE RENOVATION WITH RENEWABLE MATERIALS
3
