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reading time: 6 min

Critical raw materials, from our own European backyard

New technologies require raw materials that are in limited supply. In the EU, we are largely dependent on China. The big question is: how can we become more self-sufficient in Europe? Researcher Willem Auping is trying to map the future market development of scarce metals using simulation models.
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reading time: 6 min

Critical raw materials, from our own European backyard

New technologies require raw materials that are in limited supply. In the EU, we are largely dependent on China. The big question is: how can we become more self-sufficient in Europe? Researcher Willem Auping is trying to map the future market development of scarce metals using simulation models.

reading time: 5 min

A digital product passport for a circular economy

From 2027, various products in the EU must have a Digital Product Passport (DPP). TU Delft scientist Jolien Ubacht is conducting research on where companies can obtain this data and how they can incorporate it into the passport.

reading time: 5 min

Preventing hospital-acquired pressure ulcers: A case study about system innovations in healthcare

MSc Industrial Ecology student Quan van der Knokke worked during his GreenTU board year on a platform where (prospective) students can find courses and electives with a focus on sustainability, climate, or SDGs: the GreenDatabase.

reading time: 6 min

Examining mental health apps for just healthcare

Through a mental health app, people can seek help for advice for dealing with mental issues or on preventing them. Such an app is convenient, but not for everyone.

reading time: 7 min

Edge AI: The bridge between the cloud and smart devices for sustainable, safe, and user-friendly AI

Artificial Intelligence (AI) offers many possibilities but also comes with drawbacks. For instance, the significant energy consumption associated with data processing in the cloud and the risks related to privacy and the reliability of services. Edge AI, which involves processing data as close as possible to the user, offers a potential solution. TU Delft scientist Aaron Ding is researching how we can shape artificial intelligence using Edge AI in a sustainable, safe, reliable, and inclusive manner.

reading time: 5 min

The GreenDatabase: a platform for finding sustainable education at TU Delft

MSc Industrial Ecology student Quan van der Knokke worked during his GreenTU board year on a platform where (prospective) students can find courses and electives with a focus on sustainability, climate, or SDGs: the GreenDatabase.

reading time: min

Protect European power grid against hackers through model-based investment prioritization.

reading time: min

Building safe and liveable coasts with nature and people

InDetail: Rolf van Wegberg over cybercriminaliteit

Je hebt cybercrime en “traditionele” criminaliteit. Lang zagen wij het als twee verschillende dingen. Maar dat zijn het niet meer. Cybercriminaliteit wordt traditionele criminaliteit: Drugs koop je online, en oplichters zitten in je inbox. Hoe werkt dit en hoe gaan cybercriminelen te werk?

reading time: 4 min

A safe and just algorithm? Start with a systems perspective

Whereas algorithms are good at keeping planes airborne and forthcoming self-driving cars on the road, algorithmic decision-making by the government puts civilians at ever-increasing risk. Unless we apply lessons from systems and control engineering to the design processes and governance of public algorithmic systems, like Roel Dobbe does.

read time: 4 min

Hydrogen leads the way to a climate neutral Europe without energy poverty

Energy is a driver of economic activity, personal development, and social participation in civic life. That is why, for professor of Smart Energy Systems Zofia Lukszo, the energy transition is about much more than reducing CO2 emissions. ‘Our future energy system should not only be sustainable, but also inclusive – dependable, available and affordable for everyone.’

reading time: 6 min

The Future Ground: Planning cities for an uncertain future

It is estimated that some 5.5 billion people will live in highly vulnerable climate regions by 2050. However, cities are grappling with ways to think and plan for a resilient future. To become resilient to extreme climate disruptions such as flooding and droughts, cities must transform long-term urban planning. With her advisors, Dr Nazli Aydin and Prof. Tina Comes, PhD candidate Supriya Krishnan is developing "The Future Ground": a methodology for long-term urban planning under climate change.