Sustainable Intelligence
Design an AI data centre Egypt can afford to build: technically, economically and ethically, all at once.
Egypt is building its AI backbone now
An AI data centre needs enormous amounts of electricity and water, and Egypt is short of both. Every design choice is also a decision about:
- The gridWhat it can carry
- WaterWho gets it
- NeighboursWho lives next to the site
- The rulesWhether it can be approved at all
You do not need to code to belong here. Egypt’s AI future needs ethicists, economists and storytellers as much as engineers.
One brief, three lenses, all required
Technically feasible
Architecture, cooling, energy mix, siting, load and risk.
- Computer science
- Data science
- Engineering
- Physics
- Actuarial science
- Architecture
Economically viable
The investment case, the market and the financial model.
- Business
- Finance
- Marketing
- Accounting
- Economics
Sustainable and licensed
Water and energy ethics, community impact, governance and regulation.
- Anthropology
- Sociology
- History
- Political science
- Philosophy
- Environmental science
- Literature
- Design and the arts
Miss any one lens and the proposal cannot win. The scoring enforces it.
Your team picks one sector to serve
The sector is your demand case: who the data centre is built for, and how much computing they need.
- Healthcare
- Education
- Agriculture
- Tourism
- Transportation
- Smart cities
- Manufacturing
- Energy
What you submit: two documents
The design proposal
Up to ten pages, scored on all three lenses, with a key figures table:
- Capacity
- Cooling
- Water use
- Electricity mix
- Capital
- People affected
The policy briefNew this year
The legal gap your own facility falls into today, and how to close it.
The strongest briefs are published together as one reviewed document on governing AI data centres in Egypt.