Students Shaping Sustainable Futures through Innovative Food Security Solutions
MCM was pleased to support colleagues from the Business and Foreign Languages Department in the recent Universities Challenge in Food Security and Sustainability, organized by the United Arab Emirates University as part of Global Food Week (23–25 October, 2025, Abu Dhabi). The team we coached and prepped, including Suma Kedan, Shaikha Almarzooqi, and Ani Nahapetyanm, stood out among 80 participating universities by winning one of three awards for their exceptional project. Their work offers a fresh vision of how students can turn ideas into actionable pathways for sustainability.
Connecting Learning with Urban Food Security
At the heart of their winning initiative lies a visionary concept: connecting food security, urban agriculture, and experiential learning through a holistic sustainability education model. Their proposal reimagines underused public and commercial spaces as living classrooms, where students and communities learn by doing, bridging the persistent “say–do gap” that often separates sustainable intentions from everyday actions. In these spaces, solar energy, hydroponic farming, and pollinator habitats come together to animate biodiversity and food security in tangible, interactive ways.
Addressing Abu Dhabi’s Urban Sustainability Challenges
Abu Dhabi’s urban landscape faces distinct challenges: limited green areas, high dependence on food imports, and the need for active community engagement around sustainability. To respond, the Hayat Garden initiative introduces an innovative framework for sustainability education and urban transformation, It is based on repurposing commercial rooftop areas, such as shopping malls, into community hubs that integrate green roofs, local food cultivation, and renewable energy. These “gardens in the sky” harness technology, collaboration, and ecological awareness to nurture long-term sustainable food practices.
Experiential Learning and Community Engagement
Central to the Hayat Garden vision is immersive, experiential learning. Rooftop classrooms and hydroponic systems give students and residents hands-on insight into sustainable agriculture, biodiversity, and clean energy. The presence of pollinator habitats supporting bees and butterflies reinforces the essential interdependence between ecosystems and food production. Digital dashboards relay real-time environmental data, linking theoretical learning with practical sustainability work and strengthening STEM education outcomes.
Beyond their educational dimension, these rooftop gardens deliver tangible environmental benefits. Rooftop gardens help cool urban areas, improve air quality, and conserve water—up to 90% less than conventional farming. This model aligns with the UAE National Food Security Strategy 2051, fostering local food production and environmentally sound practices. It demonstrates how local innovation can help diversify food sources and reduce dependency on imports while creating green, livable spaces in the city.
Environmental and Educational Impact
Supported by Emerge Energy, a joint venture between EDF Energy and Masdar, Hayat Garden also integrates photovoltaic systems to power its gardens sustainably. The collaboration sets an example of how clean energy partners can work with educators and students to scale viable urban sustainability models.
Above all, Hayat Garden reflects how students can lead change through creativity, collaboration, and applied learning cultivating climate-conscious mindsets and lifelong commitments to food resilience by turning rooftops into spaces for community engagement and environmental awareness. Ultimately, Hayat Garden goes beyond infrastructure; it represents a transformational approach to environmental education and community engagement.
Sustainability at the Heart of MCM
At MCM, sustainability is deeply embedded in our research and in our courses. We empower students to create innovative solutions that contribute meaningfully to the UAE’s sustainable future and global food security vision.
Facebook X LinkedIn WhatsApp Telegram