A partnership between MIT and King Fahd University of Petroleum and Minerals (KFUPM) in Saudi Arabia, CCWCE focuses on research in desalination, low-carbon energy, and related areas.
CCES is a research collaboration between MIT and the King Abdulaziz City for Science and Technology (KACST), based in Ridayh, Saudi Arabia.
This project looks at the influence of factors such as cultural norms, environment, and demographics on various city systems such as land use, transportation, energy, and communication infrastructures.
Researchers aim to design a simulation and analysis tool that can be used to improve the livability and economic vitality of cities and reduce resource consumption.
A team from MIT led a workshop in Riyadh to test their CityScope platform, an augmented reality simulation system that projects information onto objects that participants can move.
This project aims to model and visualize the impact of cyber-attacks on IT infrastructure, and to develop a data privacy preserving framework.
Open to Saudi Arabian women scientists and engineers who hold a doctoral degree, this fellowship supports recipients to spend one year doing research at MIT in collaboration with an MIT faculty member.
MIT ILP is dedicated to creating and strengthening mutually beneficial relationships between MIT and corporations worldwide.
This project aims to create a modeling tool that will help decision makers explore possible energy mixes of conventional and renewable technologies to meet the growing energy demands of Saudi Arabia.
This project aims to understand the labor market dynamics of Saudi Arabia and its impact on economic growth, and then develop a framework for modeling, simulation, and analysis of those dynamics.
The MIT Regional Entrepreneurship Acceleration Program (REAP) provides opportunities for communities around the world to engage with MIT in an evidence-based, practical approach to strengthening innovation-driven entrepreneurial (IDE) ecosystems.
This project will investigate and develop technologies for the remediation and reuse of water produced during oil and gas extraction, focusing in particular on conditions in Saudi Arabia.
Researchers are designing hybrid fossil fuel concentrated solar power plants, low temperature catalysts that can be used to store solar energy by reforming fuels, and clean flexible combustion.
This project aims to develop a platform for planning the efficient deployment of a solar-desalination network in Saudi Arabia.
This project looks at various energy and water strategies for Saudi Arabia, aiming to evaluate options for managing the supply and demand of these services over the long term.