Smart Societies research projects

Research projects within Smart Societies

Within Smart Societies, we develop digital technologies aimed at creating a smart, healthy and sustainable society. Our projects focus on themes such as smart health and inclusive technology, working towards a future where digital innovations enhance the quality of life for all.

Completed research projects

Our completed projects have delivered innovative insights and solutions to pressing social issues, including the use of VR applications for heritage preservation and advancements in smart healthcare. These projects reflect our commitment to leveraging technology for societal good and improving everyday lives.

Ongoing research projects

We are currently working on several projects that tackle key challenges in health and inclusivity. Below is a selection of these projects:

  • 'Building 4 Belonging'
  • '(Why) are there more men than women with autism? Sex differences in autism: Genes, brain and healthcare system (SCANNER)'
  • 'From lab to life: Predicting metabolic rate in real-time with wearable sensors'

Building 4 Belonging, 2024

The Building 4 Belonging project focuses on promoting inclusive school environments to combat loneliness among young people. Through co-creation and the development of interventions, the researchers aim to establish a supportive network in which students feel heard, connected and valued. Educational technologies are also integrated to strengthen social connections and encourage inclusivity. By bringing together researchers from various universities, this project provides valuable insights for improving social cohesion and creating more supportive, inclusive school communities.

Research title

TBC

Researchers involved

TBC

Improving autism diagnosis through motion signatures, 2024

Autism is relatively common, with an estimated 1 to 2 in every 100 children worldwide diagnosed with the condition. However, it is often misdiagnosed, overlooked, or diagnosed too late, particularly in (young) women. Research has shown a link between autism and movement, with individuals with autism displaying unique motor coordination patterns, referred to as 'movement signatures'. This project explores how these movement signatures can improve the autism diagnosis process. It is part of the SCANNER project, which investigates gender differences in autism.

Research title

'(Why) are there more men than women with autism? Sex differences in autism: Genes, brain and healthcare system (SCANNER)'

Researchers involved

Sander Begeer
Dees Postma (Contact)
Dennis Reidsma

Real-time metabolism monitoring with wearable technology, 2024

Currently, real-time monitoring of metabolic rate is limited to laboratory environments. This project aims to develop machine learning models that can predict oxygen uptake using wearable sensors, such as heart rate monitors, smart vests and NIRS devices. The project will unfold in two phases: first, developing the model for controlled cycling exercises, followed by expanding it to include everyday activities like walking and running. The project brings together expertise in sports physiology (VU), artificial intelligence (UT) and sports technology (UT), while also offering internship opportunities.

Research title

'From lab to life: Predicting metabolic rate in real-time with wearable sensors'

Researchers involved

Richie Goulding (Contact)
Dees Postma
Alexia Briassouli

Reload 🗙