Under the UN Convention, people with disabilities have the right to access communication aids. In practice, however, they and their informal carers face obstacles. Why is this the case, and what can be done to improve it...
Healthcare technology – or e-health – is now an integral part of the healthcare sector. But how does a healthcare professional choose the right tool for the patient? The Rehabilitation and Technology Research Group...
Around one-third of our national energy consumption takes place in buildings for heating, cooling, lighting and electrical equipment. But in spite of all the clever gadgets, innovations and creativity, gas consumption in...
Project BlueShift focuses on visibility, reach, and the societal impact of sport. The Hague University of Applied Sciences investigates how technology and audience analysis can increase the impact of Paralympic sport.
NIS2 makes shared responsibility in the supply chain more urgent than ever. In this project, universities of applied sciences and industry partners jointly develop a risk-based cybersecurity supply-chain approach for the...
The Hague University of Applied Sciences is conducting a cyber resilience assessment among organisations in the region and organising a meeting to present the initial results and discuss next steps.
From healthcare to the retail sector and from the world of education to the business community - whichever sector we work in, the way in which we collaborate and live is changing at a rapid pace.
In this project The Hague University of Applied Sciences and the platform Samen Digitaal Veilig (SDV) join forces to strengthen the digital security of SMEs in the Netherlands.
The world is urbanizing at a very fast rate. In the EU, 75% of the population currently lives in cities, and in the Netherlands, this percentage is even higher at 92%.
The Key Enabling Technology (KET) Lab of The Hague University of Applied Sciences is an innovation lab that strengthens research and education by means of key technologies such as photonics, micro- and nanotechnology.
Researchers of THUAS work together with the companies Single Quantum and Photosynthetic on the fabrication and testing of microscopic lenses that can optimally focus photons onto superconducting nanowire detectors.
In the greenhouse horticulture sector, there is an increasing focus on sensor technology to monitor crop growth and development. Stem thickness and its variation is a crucial indicator of crop growth.
It is truly unique. The double honour of earning a PhD in the same month as well as being voted the most sustainable lecturer in higher education in 2022 fell to Rosa Groen.