Overview
The University promotes healthy, responsible food provision on its campus and supports families in need in the communities around it.
The University pursues this goal across its teaching, its scientific research, its campus operations and its service to the community. The sections below set out how it delivers the goal, the activities held during the year, the research its academics published, and the policies that underpin its commitment.
How the University delivers this goal
- Provides healthy, affordable and varied food across its campus food court, including vegetarian options for all.
- Runs seasonal food-support drives, particularly during Ramadan, that relieve hunger among students and families in need.
- Applies responsible catering and procurement that favour local and sustainable sources and limit food waste.
- Builds nutrition and food-safety awareness through the teaching and community activity of its health faculties.
Activities in 2024/25
- In March 2025 the University held its fourth consecutive community Ramadan Iftar on campus, bringing together students, faculty and staff — including those far from home — for a shared evening meal, reinforcing both food provision and a sense of community.
Research & publications in 2024/25
During 2024/25, researchers at Future University in Egypt published 5 Scopus-indexed research outputs that contribute to this goal, across its faculties and research centre. Representative works include:
- Smart agriculture technology: An integrated framework of renewable energy resources, IoT-based energy management, and precision robotics. Rehman, A.U. and 5 more (2024). Cleaner Energy Systems · cited 130 times.
- Fuzzy logic-based IoT system for optimizing irrigation with cloud computing: Enhancing water sustainability in smart agriculture. Morchid, A. and 4 more (2025). Smart Agricultural Technology · cited 75 times.
- Internet of Things Assisted Plant Disease Detection and Crop Management Using Deep Learning for Sustainable Agriculture. Al-Shahari, E.A. and 5 more (2025). IEEE Access · cited 31 times.
- A computation analysis with heat and mass transfer for micropolar nanofluid in ciliated microchannel: With application in the ductus efferentes. Imran, A. and 2 more (2024). Heliyon · cited 21 times.
Policies supporting this goal
Back to the 2024/25 report Overall report 2024/25
