In what ways can ZOwonen - a housing association in the Westelijke Mijnstreek - develop new products or services? What opportunities do you see for a new business model for ZOwonen?
Enthusiastic students from all fields of study
DUC Brabant brings together students, startups, educational institutions, and organizations to drive societal impact in the Brabant region.
Student teams with their own Start ups, and individual students who would like to work on the business cases of our partners.
How can Vion Food Group turn manure from a disposal cost into a circular business opportunity? In this challenge, you will explore whether manure from slaughterhouse processes and supplier farms can be transformed into valuable products such as cellulose nanofibers (CNF) and liquid fertilizer. Your task is to investigate the business potential, financial feasibility, and environmental impact, including possible reductions in nitrogen emissions and CO2 footprint.
ambitious students who want to work on a real sustainability challenge with direct business impact and who are interested in circular economy, business modelling, innovation, or reducing environmental impact.
This challenge is about reducing hidden water losses at festivals by using smart measurement, digitalisation and data driven control of pipe flushing water. The goal is to lower overall drinking water use while ensuring safety and legionella prevention.
We are looking for students interested in data, digitalisation, sustainability and innovation. This challenge fits students in data science, engineering, IT, environmental sciences and business innovation who enjoy solving real world problems.
Help ID Logistics find innovative and sustainable solutions that improve ergonomics and workplace safety in logistics operations. The challenge is to reduce physical strain on employees while supporting efficient, responsible and future proof transport and warehouse processes.
We are looking for students in automation, AI, engineering, healthcare, financial services and IT who can develop practical, cost efficient solutions to improve ergonomics, safety and efficiency within a modern logistics environment.
BrabantWonen challenges students to develop a smart neighbourhood energy concept that enables new housing despite grid congestion. The focus is on sharing existing capacity, using local energy more efficiently, and reducing pressure on the public grid through innovative and future-proof solutions.
We are looking for students interested in sustainability, energy systems and innovation, especially in Urban Design, Electrical Engineering, Innovation Sciences, Industrial Design, Built Environment and related fields.
Enthusiastic students from all fields of study
Ontwikkel een toekomstbestendige oplossing waarmee apotheken, huisartsen en andere zorgprofessionals slimmer kunnen samenwerken door taakherschikking, digitalisering en veilige gegevensuitwisseling.
We zoeken Nederlandstalige studenten met een achtergrond in: Informatica / Software Development en/of Gezondheidswetenschappen / Gezondheid & Technologie.
Develop an integrated energy optimisation plan for SD42 and SD403 that: reduces energy consumption (gas + electricity) per tonne of product,increases process stability, provides input for the long-term energy transition (e.g. reduced gas dependency), is directly usable for decision-making.
Enthusiastic students from all fields of study
What will aging look like in 2055? And what 2–3 strategic decisions must Incluzio make over the next three years to remain relevant, affordable, and people-centered by then?
Enthusiastic students from all fields of study.
DUC brings together students, startups, educational institutions, and organizations to drive societal impact.
Student teams with their own Start ups, and individual students who would like to work on the business cases of our partners.
Samsung invites young people to take a closer look at real challenges in their communities and come up with creative, tech-based solutions that can truly make a difference. Along the way, you’ll receive support from professionals, take part in hands-on workshops, and get the chance to showcase your project on a bigger stage.
Youngsters between 17 and 25 years old from Belgium and the Netherlands!
The Brightlands Startup Challenge empowers the innovative potential of students in the Limburg region. Home to a diverse array of educational institutions, Limburg boasts a rich talent pool across various sectors. The challenge connects these bright minds with a locally invested international partner network, fostering an ideal environment for entrepreneurship and innovation.
Students who desire to develop solutions to societal and entrepreneurial issues.
Practical working experience for students who want to be challenged and contribute to the Sustainable Development Goals!
All students who are studing in The Netherlands and have affinity with sustainability or who want to gain real-life working experience!
Investigate how ICM has developed over time and make future projections considering current trends in agriculture. How can ICM become more practical and accessible for farmers?
How can DSV optimise the charging planning of its electric trucks to maximise driving time, minimise downtime, and reduce driver waiting time?
Supply Chain, Engineering, Business, Data
All students who are interested in making real-life change in the Alentejo region of Portugal.
How can Afriflora internally position, justify and structure the transition from diesel-powered energy systems to solar energy solutions in a way that is financially convincing, strategically aligned and organizationally feasible? The focus is not on engineering design, but on internal decision-making, stakeholder alignment and investment justification.
Students from backgrounds such as: ● Business Administration ● Finance ● Sustainability ● Supply Chain Management ● Operations Management ● Strategy ● Public Policy
What does the ideal work of the future look like? And how do we support people through government policy if unemployment or illness occurs in that context? How do we keep the system workable and manageable?
All students who have an interest in this topic
Anatech currently uses tap water to cool analytical instruments during internal testing, which leads to high water consumption and rising costs. A more sustainable and controlled cooling solution is needed without compromising test accuracy.
Enthusiastic students from all fields of study
Water Flow Map + Baseline on a Single A4 Create a simple visual map showing where water enters a location, where it is used, and where it flows out. In addition, provide an initial baseline based on 3–4 straightforward indicators, such as: - liters of water per day - main water‑using processes or equipment - cost per 1,000 liters - where possible: indirect water consumption (a rough estimate is sufficient) Top 3 Water Users & High‑Potential Quick Wins Identify the top three areas where the most water is used or wasted. For each area, describe: - what happens there - why it consumes a lot of water - which improvement actions are feasible - the potential savings in liters and euros
Enthusiastic students in; - Data analysis - Technical backgrounds (e.g. watermanagement) - Marketing/communication - Business/economics & business - Combination of students fluent in Dutch & English
BNG wil netto nul CO₂ in 2050; Restemissies moeten gecompenseerd worden. Bedenk hoe BNG CO₂ kan compenseren in Nederland: mechanismen, stappenplan en kosten.
Studenten met een achtergrond in economie, data of duurzaamheid
The Twin Transition Challenge mobilizes students and businesses in South Africa to create digital solutions for a greener future. By tackling real-world challenges, participants explore how technology and innovation can drive both environmental impact and economic opportunity.
The Twin Transition Challenge is for ambitious 3rd-year Bachelor and Master’s students from top universities in Cape Town & Johannesburg who want to tackle real-world sustainability challenges from forward-thinking companies through digital innovation.
At Vesteda, we want to make biodiversity at our complexes transparent and improve it.
Students with a background or interest in biodiversity, ecology, biology, data science, BI, or real estate.