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Guidance with Stichting Witte TulpGuidance with Stichting Witte Tulp is a historical project line connected to early educational, social and technical work around ASK-Solutions and the IRADIS Foundation. The work combined mentoring, learning support, cultural confidence, technical explanation and practical computer infrastructure.
The project is important because it shows that the foundation’s work was never only about software, hardware or websites. Technical knowledge, personal confidence, cultural background, safe infrastructure and education were treated as connected parts of the same public-benefit work.
Stichting Witte Tulp in Haarlem was publicly known for homework guidance and educational support, especially for Turkish pupils. In the context of the Appeltjes van Oranje in 2004, the project was described as a focused homework-guidance initiative carried largely by Turkish volunteers, with around 200 children in primary and secondary education having been supported.
The ASK-Solutions and IRADIS Foundation involvement should be understood within that wider educational and community context. The work was not only about giving children more lesson time or more exercises. It was about strengthening their confidence, widening their view of knowledge and showing that their background could be a source of strength, curiosity and learning.
The guidance model grew from earlier mentoring experience, work around Hogeschool Haarlem, social involvement and practical experience with children and young people who were struggling with school, confidence or identity. A recurring question was how children with a Turkish or similar migration background could build a stronger self-image without being pushed toward ego, defensiveness or macho behaviour.
The approach was to connect learning with dignity and historical depth. Instead of treating children mainly as pupils with a deficit, the work introduced them to the history, science, language, technology, art, literature and inventions connected to their own or their family’s background. That changed the frame: the question was no longer only “how do we catch up?”, but also “what knowledge, history and strength are already part of where we come from?”
Examples included the origins of algebra, the history of numerals used in calculation, early machines, pumps and automata, books, mapping, medicine, astronomy, engineering and scientific traditions from the Islamic world and surrounding cultures. These subjects helped children see that science, technology and literacy were not distant or exclusively Western achievements, but part of a much wider human history.
The aim was not to replace school subjects with cultural history. The aim was to make learning possible again by changing how children saw themselves in relation to knowledge. When a child believes that their family background is associated only with disadvantage, prejudice or being “behind”, learning can become defensive or disconnected. When that child discovers a richer history of science, language, craft, discovery and culture, school knowledge can become less alien.
This fitted the wider ASK-Solutions approach: motivation often returns indirectly. People do not always move forward by being pushed harder at the blocked subject. Sometimes they need another route: a story, a technical object, a historical example, a practical activity or a person who can explain things in a way that restores attention and confidence.
Hüseyin and Laura both helped shape this model. Hüseyin, one of the founders and board members of the IRADIS Foundation, carried much of the approach into the practical guidance and homework-support setting and taught children directly as a volunteer. Laura, also one of the founders and connected to the board, was an important sparring partner, bringing social-work experience and the foundation’s wider ethical and technical view of knowledge, education and responsibility into the model. The approach was also shared with other teachers and volunteers involved in the work.
There was also a technical side behind the scenes. Computers were installed, a local network was built, cabling was pulled through the building, and a safer internet connection was arranged through XS4ALL. This was not treated as a neutral technical detail. The way the network was built, what software was installed, and how internet access was explained were all part of the educational environment.
At the time, safe internet use meant explaining very practical issues: what an IP address is, what ports are, why a wired network was arranged in a particular way, how traffic could sometimes be observed on insufficiently protected networks, and why a reliable provider mattered. It also meant explaining which software should or should not be installed, how to use a browser such as Netscape Navigator responsibly, what virus scanners and anti-malware tools could and could not do, and how to avoid unwanted browser bars and other accidental installations.
The choice for XS4ALL over cheaper alternatives was part of that same reasoning. Cost was not the only consideration. Reliability, technical quality, trust, support for responsible internet use and the ability to explain the connection properly mattered as well.
The work with Stichting Witte Tulp shows the ASK-Solutions approach in an educational and community setting. Knowledge, confidence, technology and responsibility were brought together in practical work with children and young people. The same questions that shaped the foundation were present here: how do people learn, how do they gain confidence, and how can knowledge become something they can use rather than something that remains distant?
This project line developed in the same early period as the Cosmicus A340 simulator. The Cosmicus project used aviation, simulator hardware, software and free hardware as a learning environment. The Witte Tulp work used mentoring, cultural confidence, safe computer use and technical explanation. The settings were different, but the working pattern was closely related: make knowledge visible, meaningful and connected to real life.
The project connected social guidance with technical and cultural explanation. Children were approached through a wider view of learning: where knowledge comes from, how science and technology develop, how culture and language carry history, and how practical tools such as computers and networks can be understood and used safely.
The work also belongs next to the workshop history that later carried the name The Owl’s Nest. In Haarlem-Overveen, practical making, repair, learning and shared tools were developing in an open workshop-like environment. In the Witte Tulp context, the same approach appeared through mentoring, cultural confidence, safe computer use and technical explanation.
This is a historical project line. Its role today is explanatory: it documents an early form of public-benefit work in which mentoring, cultural confidence, technical infrastructure and safe internet access were treated as connected parts of practical education.
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