Features

Computer modeling and artificial intelligence enable nuclear power plants to store and release energy more efficiently, paving the way for a more reliable and greener grid.

A mathematical model that balances a household’s need for water and energy could become one of the building blocks of sustainable cities.

Robotics experts discussed and shared insights about pathways to sustainable development at this year’s International Conference on Intelligent Robots and Systems.

Modelling energy supply and demand in different building types highlights how crucial built form and function are to urban sustainability.

Through key collaborative efforts and innovative research, Khalifa University endeavors to offer sustainable water solutions and establish itself as a global leader in desalination technologies.

With Yahya Zweiri at its helm, Khalifa University’s Advanced Research and Innovation Center is harnessing robotics and AI technologies to benefit society.

Khalifa University is putting the emphasis on water and environment in its latest strategic priorities.

With the steel industry accounting for a significant portion of global CO2 emissions, calculating the technical and economic feasibility of future steel factories with reduced carbon emissions is vital in the transition toward a greener sector.

Researchers at Khalifa University are pioneering applied research and AI tools to integrate renewable energy into national power grids with real-world solutions.