Sustainable Building Technology
The Sustainable Building Technology Research Group focuses on developing innovative technologies and knowledge to make buildings more sustainable and reduce CO₂ emissions. With a focus on the built environment, our research group seeks concrete solutions that contribute to a more sustainable society and accelerate the transition to a climate-friendly construction sector.
Our areas of expertise
Quantifying and analysing energy performance of buildings and installations
Designing models and measurement setups with the aim of monitoring the actual energy performance of building (components) and making the data available for impact simulations.
Digitalisation of the built environment
Design and implementation of building and neighbourhood models (digital twins) for the calculation of transformation alternatives and building management.
Characterisation and testing of circular building materials
Improving and adding functional properties to wood and other building materials (including bio-based materials) and establishing material performance through measurement.
Questions?
Please contact us!
dr. ir. Christian Struck
Our focus
We are a technical research group conducting applied scientific research in the three areas of buildings (envelope), installations and usage. Performance of building materials, building components, installations and entire renovation and new construction concepts are assessed quantitatively with measurements and simulations. Thus, we actively contribute to solving society's resource efficiency and energy transition goals.
Result-oriented (Re)Construction
This line of research focuses on innovative and performance-oriented construction, renovation and planned maintenance of housing with sustainable energy and circularity as focus areas.
Functional Biomaterials
This line of research focuses on investigating ways to improve the performance of biological building materials, such as wood.
Data-driven Building Operation
This line of research completes the data processing chain in construction, from design through construction (production) to operation. The aim is to produce efficient installations that are adapted to each other, to the building envelope and to those using the building.
Our projects
Testing and measuring sustainable home improvements in practice: this is of immense value to our organisation. And we owe it to this collaboration.
How can we work together?
As a Sustainable Building Research Group, our focus is on the provision of methods and resources such as digital tools. We facilitate the reduction of construction-related greenhouse gas emissions during the construction and operational phase, combat climate change and support the market power of our project partners. The insights and developments gained support local market players in the application of new products and services. Our research group focuses on the interaction between the building envelope (materials), the users and the installations, with a healthy indoor climate as a prerequisite.
Let’s find a solution together
Explore optionsInnovative concepts and products are developed through multidisciplinary collaboration between companies, research groups and educational institutions. Collaboration takes place at the regional, national and international level.
We work closely with the Pioneering Foundation in several areas of research. This is a construction industry organisation in the east of the Netherlands that aims to facilitate partnerships between entrepreneurs, knowledge institutions, government and clients to develop new practices and products. Two Knowledge Network members of the SBT research group are active members of the Pioneering Expert Team.
The collaboration with Domijn focuses on applying for and conducting research projects, involving Saxion researchers, lecturers and students as well as Domijn employees. These include projects related to energy, indoor climate, circular (re)construction and reducing CO2 emissions. Research is also being conducted into the introduction of innovative technologies, production processes and forms of cooperation all along the chain from construction to rental. Our mission is to combine sustainability with affordable, comfortable and healthy homes. The research findings are put into practice through pilot projects and publications to stimulate further research and other forms of knowledge sharing on sustainability in housing.
Wood is the best-known bio-based material. In the near future, it will be used even more as a building material. The reasons for this include the versatility of the material, its ability to store CO2, its recyclability and the appearance of wood.
There are many initiatives among market players, (higher) education and research institutes, but a continuous learning pathway is missing. The Fieldlab Efficient Building with Wood (and other bio-based materials - FiEBH) addresses this issue by working with ROC Twente, the University of Twente and Saxion University of Applied Sciences and regional parties to establish links between the market, research and education. We will facilitate practical research and develop education to make better use of wood and other bio-based materials in the construction sector and incorporate this topic more into education at MBO, HBO and WO level.
The Fieldlab Digitalisation Energy Transition Twente is a partnership in which the knowledge institutions ROC Twente, Saxion University of Applied Sciences and University of Twente work together strategically with local authorities and companies. The aim of FiDETT is the acceleration of neighbourhood approaches to energy transition through the intensive use of digital technologies. To achieve this objective, FiDETT is working on two themes: (1) renewal and linking of MBO, HBO and WO study programmes and (2) putting on the agenda and conducting practical and fundamental research into new forms of cooperation and methods.
The Sustainable Building Technology Research Group is an asset to the field lab. It contributes knowledge and skills in building renovation, building performance assessment, digital modelling and simulation of buildings and neighbourhoods. Preliminary results of FiDETT are the cooperation between students and researchers on the application of a ground penetrating radar and the development of a 'measuring bicycle', as well as successful results in the SIA RAAK KIEM-funded project "Digitalisation for the energy transition of neighbourhoods: Digital Twins and innovative chain collaboration" (https://www.nwo.nl/projecten/kiemk2001068).
For several years, we have collaborated with Gooskens Hout on various research projects. This research focuses on both wood treatment and surface coating with bio-based materials.
The application of biomaterials in construction has enormous potential to reduce CO2 emissions related to the production of steel, concrete and cement. Wood, for example, absorbs CO2 during its growth phase and is easy to process industrially. However, if left untreated, it will weather and needs a protected surface. Wood treatment methods or coatings can be used to achieve the protective surface properties.
Therefore, there is plenty of potential here for further collaboration. Over the next few years, we will therefore be intensifying our collaboration, where research, education and practice will be a source of mutual enrichment!
Our researchers
dr. ir. Christian Struck
Lector Sustainable Building Technology
Twan Rovers
Associate Lector Sustainable Building Technology
Sabine Even
Project coordinator
Jaimy Oosterveld
Project support
Annemarie Weersink
Teacher/researcher
Michael Sailer
Researcher
Rick van Rijt
Researcher
Raby Malki
Co-operator Education and Research
Stephanie Rensink
Teacher/researcher
Jeroen van 't Ende
Teacher/researcher
Erik Beeren
Teacher/researcher
Rob Meester
Teacher/researcher
Jacques Bazen
Lecturer/researcher
Steven Brockötter
Researcher
Quint Geerman
Researcher
Myron Wolters
Team lead
Gerard Salemink
Researcher
Sabine Elferink
Project leader
Patrick Weßeler
Researcher
Amir Babakhani
Researcher
Chujie Lu
Researcher
Collaboration research group, work field and education
The Sustainable Building Technology Research Group is able to work on research projects in collaboration with multidisciplinary student teams (Smart Solutions Semester), with students from the Industrial & Sustainable building Minor, and with graduating students.
Are you about to graduate or looking for an internship? Want to do more in addition to your study and are you interested in research? Become a member of our research group network and join our network of researchers, companies and former students. Check out your options.
Related programmes
The research group participates in the following programmes: