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Stories of Artificial Intelligence

Stronger together: Swarm mini-drones sniff out gas leaks

Developing drones that are smaller and lighter than normal drones but still capable of performing the same tasks – Bart Duisterhof has succeeded in doing just that, and has been named Best Graduate in the Faculty of Aerospace Engineering. For his Master’s thesis, he developed smart mini-drones that can independently detect gas leaks. “If you’re not afraid of thinking outside the box, you can reach solutions that you might not otherwise have thought of.”

Monitoring buildings to boost performance

Professor Laure Itard is working to identify solutions for energy waste and faulty indoor climate within buildings. The key question facing the recently-launched Brains 4 Buildings (B4B) research programme is: how can artificial intelligence (AI) and machine learning contribute to improving sustainability and comfort? Living

Digital Water

Overflowing sewers, plastic waste and leaking water mains… the Netherlands and the world are facing water challenges below ground as well as above. Simple human effort alone is not enough to solve the problem, Professor Zoran Kapelan says. That is why he has been using Artificial Intelligence and machine learning.

Shelf-stocking robot working independently

A robot that helps store employees by moving independently through the supermarket and shelving products in their proper place. According to researcher Carlos Hernández Corbato of the Department of Cognitive Robotics, this may be possible in the future. But the robot must be able to adapt to the dynamic and challenging conditions in a supermarket.

The wind app that puts the wind in your sails

Catching the breeze may bring you gold but sail too close to the wind and you’ll miss the boat. Combined with a sailor’s intuition meteorologist Sukanta Basu’s highly detailed wind forecast may well help the Dutch sailing team secure a win at the Olympics this year.

Paint robot Bob Rob serves Delft Blue apprenticeship

Painting is something that we see as an exclusively human skill - a combination of manual dexterity and creativity. Yet researchers at the Faculty of Industrial Design are investigating how far a robot can get in the art of painting. Painting Delft Blue tiles is the latest robotic highlight.

Artificial intelligence with a moral compass

The rapid development of artificial intelligence brings its own set of new ethical challenges. In her PhD research, Andreia Martinho is trying to bring the ultra-theoretical world of ethics and the practice of artificial intelligence closer together.

LandShapes: made to feel real

Master’s student in industrial design Frederik Ueberschär used artificial intelligence to create non-existent satellite images of the earth’s surface in his interactive installation LANDSHAPES. People can change these landscapes, and in this playful way he wants to involve them emotionally in climate change.

Resonance between brain and mind for better design

Caiseal Beardow, master’s student at TU Delft’s Faculty of Industrial Design, built an audio-visual installation that explores how brain and mind respond to subtle changes in a landscape of light and sound that test subjects experience in her installation.

Autonomous robots protect the lives of emergency services in disasters

Search and rescue robots play an important role in rescue missions following disasters. Dr. Jamshidnejad is trying to make these robots even more intelligent so that they can make decisions autonomously in complex situations, thereby relieving rescue workers of life-threatening tasks and making rescue operations more efficient.

Hit the roads safely with autonomous vehicles

When the time comes for autonomous cars to hit the roads, they’ll have to take other road users into account. For example, they’ll need to stop when a cyclist abruptly turns. Laura Ferranti is studying how this can be best achieved. Even when roads are packed with traffic.

Getting it straight: bridges are becoming circular

A large number of bridges in the Netherlands are scheduled for large-scale maintenance work or replacement. In order to minimise the effect on the environment and bring down costs researcher Wenjun Cao is working on a model to assess the potential for circularity of these bridges. This will help the Netherlands to achieve its aim of a fully Circular Economy (CE) by 2050.