Media: How can we keep Eindhoven’s air as clean as possible?

Anyone who lives in Eindhoven breathes a different mix of exhaust fumes, dust particles and fresh air every day. But where exactly the air is most polluted, and who is most affected, remained unclear for a long time. That’s why the Municipality of Eindhoven, TNO, Zicht op Data, TU/e and Fontys are working together within Eindhoven Engine on DynaPopeX: an innovative approach that shows where residents inhale high concentrations of fine particulate matter and nitrogen dioxide, and how the city can take targeted action.

Thanks to funding from the Regio Deal, these insights are now sharper than ever.

• Go to article (Dutch)

 

Our socials

Source: Brainport Eindhoven
Photography: Nick Bookelaar

Climate-neutral Brainport 2040: Circular water hubs

We proudly announce a landmark collaboration between Eindhoven Engine, Rijkswaterstaat, and a coalition of visionary partners. This agreement, officially kicked off during the Festival of Disruption 2025, marks a decisive step toward achieving a climate-neutral Brainport by 2040 through circular water hubs. Among those present at this milestone: Patricia Zorko, Deputy Director-General at Rijkswaterstaat, and Silvia Lenaerts, Rector Magnificus of TU/e.

 

Our socials

Why does it matter?

Water scarcity is no longer a distant threat—it’s a pressing reality already impacting the Netherlands, especially during increasingly dry summers. By 2030, we will need an additional 100 million m³ of drinking water every year to meet growing demand. Without bold action, structural shortages could disrupt households, industries, and ecosystems. In the Brainport region, this challenge is even more urgent due to climate change, rapid economic growth, and fragile sandy soils.

Our solution: circular water hubs

We are building a regenerative water system that not only uses water but actively restores and strengthens the natural cycle. Our guiding principle: Every drop you receive should be returned at least as clean—ideally cleaner—so nature benefits too.

This approach connects to other societal challenges such as nitrogen, energy, raw materials, and food. It’s a wicked problem that demands integrated, multidisciplinary collaboration. Eindhoven Engine acts as the orchestrator, leveraging expertise from TU/e, Fontys, Avans, and Yuverta, alongside key partners including businesses, the Ministry of Defence, Brabant Water/Rehydro, and Waterschap De Dommel. Rijkswaterstaat contributes innovationsite Kloosters from InnovA58 and its assets—such as the Wilhelmina Canal and highways—to enable this transformation.

The commitment

The collaboration runs for four years, with the intention to extend. This agreement forms part of Rijkswaterstaat’s sustainability strategy, with Eindhoven Engine leading as regional orchestrator within the University 4.0 hub. A budget of €800,000 has been allocated to kick-start this initiative. By integrating technical, societal and organizational innovations we improve our ability to tackle complex problems.

Brabant invests €2 million in sustainable chip production

Brabant is known for its strong semiconductor sector. With the Innovation Coalition Circular Semicon (ICCS), the province of North Brabant will help companies in the chip industry produce smarter, more sustainably, and future-proof starting today. The province is allocating €2 million to accelerate this circular transition.

Together with leading companies, knowledge institutions, and intermediaries, the province supports businesses in gaining better access to raw materials, reducing dependence on foreign suppliers, and designing products with circular principles. “With this coalition, we are taking a significant step toward a future-proof economy,” says Martijn van Gruijthuijsen, Provincial Executive for Economy, Knowledge, and Talent Development in North Brabant.

Less waste, more autonomy

ICCS focuses on smarter use of materials, extending product lifespans, and reusing components. This contributes to strategic autonomy: companies become less dependent on scarce raw materials and international suppliers, enabling them to respond better to market changes.

In addition to initiators Brainport Industries, ImpactX, and the Brabant Development Agency (BOM), companies such as ASML, VDL ETG, Prodrive Technologies, Neways, KMWE, ERIKS, HQ Pack, Meilink, and Aalberts Advanced Mechatronics are contributing their knowledge, experience, and financial resources. Knowledge partners like TNO, TU/e, Eindhoven Engine, and Fontys also provide research and expertise.

What does this mean for Brabant residents?

A circular semiconductor sector will create more jobs in Brabant, especially in technical and service-oriented roles. Moreover, products will become more affordable and sustainable through smarter use of materials and components—good for both the environment and consumers’ wallets.

Brabant as a driving force for national and European innovation

The coalition’s circular ambitions will take shape through concrete projects. For example, a fault analysis and repair center will be established where companies can inspect and restore machine components. A digital tool will also be developed to show which parts can be reused. Furthermore, the parties will create a plan and tools to help companies adopt circular practices more easily. The first results are expected in 2026.

Source: www.brabant.nl

Original text: Brabant investeert samen met het bedrijfsleven ruim 4 miljoen in duurzame chipproductie | Brabant

How healthy is your neighborhood?

A new way to understand urban well-being

Cities are more than just buildings. They shape how we live, feel, and connect. A healthy city offers clean air, safe transportation, green spaces, and opportunities for social interaction. Yet, as urban areas expand, these qualities come under pressure.

By 2050, nearly 70% of the world’s population will live in cities, facing increased noise, pollution, inequality, and stress.

Improve health

To address these challenges, the municipality of Eindhoven launched the Healthy Living Area project, aiming to improve health in neighborhoods. However, they encountered a key obstacle: existing tools focused either on hard data or personal experiences — rarely both. What was needed was a method that could integrate objective indicators with the lived experiences of residents.

In collaboration with the municipality, Eindhoven Engine hosted the EngD project of Golnoosh Sabahifard, embodying its core philosophy: deeply understand the problem before jumping to solutions. A systems overview was essential, beginning with a systems dynamics sketch — the foundation for a model that could later support policy scenarios. Crucially, the project wasn’t done for the people, but with them. Stakeholders were involved in co-creating and validating the systems map, ensuring it reflected real experiences. These principles — co-creation, systems thinking, and problem understanding — are central to Eindhoven Engine’s approach to innovative solutions.

 

A new approach: Combining data with daily life

With a background in architecture and built environment, Golnoosh brought a systems-thinking mindset to the project. She combined systems dynamics modeling with citizen participation, using the Vensim platform to build a model based on eight criteria — four social and four environmental — already used by the municipality:

Social indicators:

• Socioeconomic status (SES)
• Loneliness
• Stress
• Years in good perceived health

 

Environmental indicators:

• Green space
• Noise levels
• Distance to facilities
• Population density

These criteria were applied to two neighborhoods: Hemelrijken and Blixembosch-Oost. The model visualized how these factors interact, enabling comparison and scenario testing. But numbers alone weren’t enough. To capture residents’ perspectives, Golnoosh used the Repertory Grid technique. Participants compared criteria in triads — for example, stress, green space, and noise — and explained which two felt similar and why. This revealed personal constructs like “quiet vs noisy” or “stressful vs calm.” Residents then rated all criteria, adding depth and nuance to the model.

Neighborhood-specific strategy

The findings were revealing. In Hemelrijken, low SES and high stress emerged as the strongest negative drivers of health. Green space and noise were key environmental concerns. Residents confirmed these insights, emphasizing stress, noise, and crowding as major issues. They prioritized solutions such as stress relief, affordable housing, and long-term health support.

In contrast, Blixembosch-Oost presented a different picture. Residents focused more on long-term health, SES, and green space. Loneliness and distance to facilities were more prominent concerns, reflecting the suburban layout. While noise and stress were present, they weren’t central. Residents valued green space and lifestyle health, viewing affordability and density as moderate issues.

These differences highlight a crucial lesson: urban health strategies must be neighborhood-specific. What works in one area may not apply in another. A one-size-fits-all approach simply doesn’t work.

Based on the findings, Golnoosh proposed tailored solutions:

• For Hemelrijken: pocket parks, green roofs, noise reduction measures, affordable housing, and community events to relieve stress and foster belonging
• For Blixembosch-Oost: preserving green infrastructure, health awareness programs, noise buffers, and inclusive community activities

 

Two additional insights emerged. First, urban health is shaped not just by data, but by people’s lived experiences. Residents often described health in personal terms, such as ‘quiet vs noisy’ or ‘stressful vs calm’. Second, co-creation is essential: involving residents leads to more grounded and accepted solutions.

The next phase

The project didn’t end there. A new team member, Veron Afonso, joined to expand the systems dynamics simulation, bringing an IT perspective. The next phase involves returning to residents for validation and scenario building, continuing the cycle of co-creation and refinement.

This project exemplifies how diverse expertise, citizen involvement, and systems thinking can lead to meaningful urban innovation. As Golnoosh’s work shows, understanding the problem deeply is the key to designing healthier cities. Once the real challenges are clear, solutions follow naturally.

Media: Mijke the Matchbot guides you through the jungle of social organisations

Imagine you have a question about finances, your health, or a difficult letter. But in the maze of social organisations, your first attempt always leads you to the wrong organization. For over three million Dutch people with limited basic skills, this is a daily reality. Many give up out of frustration or shame. Mijke the Matchbot aims to change that: a friendly digital assistant, developed with support from the Regio Deal Brainport Eindhoven funds, that actually points you in the right direction.

Source: Brainport Eindhoven

Advancing energy flexibility in buildings

Transforming building energy management with smart control systems

The BuildInFlexergy project, funded by the Dutch Mission-Driven Research, Development, and Innovation (MOOI) program, is revolutionizing building energy flexibility. This is supported by the Dutch Ministry of Economic Affairs and Climate Policy and the Ministry of the Interior and Kingdom Relations, and managed by the Netherlands Enterprise Agency (RVO). This four-year industry leading initiative unites 10 industry partners (including Eindhoven Engine) and 2 top universities (TU Eindhoven and TU Delft).

A unified approach to innovation

Coordinated and managed by Kropman B.V., the consortium includes installation companies, energy consultants, platform developers, building owners and managers, technology providers, and other experts. The aim is to foster open knowledge exchange and drive innovation through strategic collaboration and widespread dissemination of results.

Buildings at the heart of the energy transition

As the energy sector shifts towards a decentralized, digital, and low-carbon future, buildings—significant consumers of electricity and thermal energy—are key to providing demand-side flexibility. This flexibility allows buildings to adjust their energy use in response to external signals like electricity prices, carbon intensity, or grid constraints, without sacrificing occupant comfort or essential functions.

Kick-off meeting 17th June, 2025 | Kropman Nijmegen

The power of model predictive control

Model Predictive Control (MPC) is a cutting-edge tool for optimizing building energy performance. Unlike traditional control systems, MPC uses predictive models and real-time data to proactively manage a wide range of systems, including HVAC (Heating, Ventilation, and Air Conditioning), lighting, heat pumps, thermal storage, electric vehicles charging and other building loads It uses forecasts of occupancy, weather conditions and other relevant parameters to determine the best control actions over a future period, continuously updating the plan based on new data.

Tackling energy challenges in buildings

The BuildInFlexergy approach

As buildings become increasingly reliant on electricity to maintain their indoor climate, they face challenges such as electricity supply and limited grid capacity.

To address these issues, Eindhoven Engine is happy to announce the BuildInFlexergy initiative commenced on May 1st, 2025.

Focus on energy flexibility

This project brings together 12 partners, including Eindhoven Engine. It aims to enhance the reliability and efficiency of local energy supply by better utilizing energy flexibility. Additionally, this initiative is particularly crucial for large, complex building systems equipped with heat pumps and thermal energy storage. These systems often experience stability and coordination issues, which can negatively impact both energy and comfort performance. Therefore, by focusing on energy flexibility, BuildInFlexergy aims to overcome these challenges and ensure a more stable and efficient energy supply for building.

Smart control systems and model predictive control

By transforming building energy management with smart control systems and model predictive control, we achieve real-time responsiveness and dynamic climate control. Moreover, this optimization uses key performance indicators. This unified approach to innovation places buildings at the heart of the energy transition, paving the way for the future of building energy flexibility.

Mijke the Matchbot: Bridging gaps with AI

Introducing Mijke, the Matchbot: a conversational AI designed to bridge the gap between individuals with low literacy and the support systems around them.

Hi, I’m Sichen, and I am currently pursuing an Engineering Doctorate (EngD) at Eindhoven Engine. With a background in Industrial Design and a strong focus on user experience (UX) and interaction design, I completed my master’s at Eindhoven University of Technology.

Currently, I work within the focus area of Inclusive Society. Here, I explore how AI can create more accessible and supportive environments for everyone. Our solution? Mijke, the Matchbot.

 

Breaking barriers with AI

My EngD project focuses on the development of Mijke from the Met Mij project. Mijke is a conversational AI chatbot designed to support NT1 (Dutch as a first language) adults with limited basic skills in accessing local services. Hosted on WhatsApp and powered by a large language model, Mijke offers both voice and text interaction. This reduces the barriers many users face with written communication.

 The project explores five core challenges:

Addressing information inequality

Millions of people in the Netherlands struggle with basic literacy, numeracy, and digital skills. Mijke shows a possibility of solving this information inequality by offering a friendly experience tailored to the real-world needs of often overlooked people via Artificial Intelligence (AI). This work stands at the crossroads of technology, social equity, and public service innovation. It shows how AI can be used responsibly in human-centered design.

Empowering communities

To achieve these goals, I plan to run iterative user tests to gather insights and improve mijke’s usability.  to help people with limited basic skills access support more easily and confidently. By doing so, I hope to decrease the workload of stakeholders, such as social workers, employees from municipalities, or public service staff. Additionally, I want to set a benchmark for evaluating AI recommendations in social public service contexts and contribute new knowledge and tools to the fields of human-computer interaction (HCI), accessibility, and digital inclusion.