FUNDED PROJECTS
The MIT Portugal Partnership 2030 (MPP2030) is focused on promoting collaborative research between Portuguese universities, industry partners, and MIT, targeting research projects with the full potential to address complex challenges of global and societal impact.
On this page you will find information on projects that have been funded by past calls.
Climate Science
& Climate Change
- Analyzing Environmental and Climate Records in Portuguese Speleothems using Ultra-high Sensitivity Magnetic Microscopy
- Plasma-assisted CO2 Recycling: from Earth to Mars
- Advanced Materials and Design Rules for Interface Engineering Towards a New Generation of Li-ion Batteries
- Changing the Design Paradigm – 3D Printing on Molecular Texture in Plastics
- Ionic Liquids and Porous Structures for CO2 Valorization
- Exploratory Analysis of Biomimetic-inspired Oceanic Hyperloop Transport Infrastructures
- Eutectic Systems as Sustainable Electrolytes for Energy Storage
- Spatiotemporal Data Models and Algorithms for Earth and Environmental Sciences
Earth Systems:
Oceans to Near Space
- Analyzing Environmental and Climate Records in Portuguese Speleothems using Ultra-high Sensitivity Magnetic Microscopy
- Plasma-assisted CO2 Recycling: from Earth to Mars
- Advanced Materials and Design Rules for Interface Engineering Towards a New Generation of Li-ion Batteries
- Changing the Design Paradigm – 3D Printing on Molecular Texture in Plastics
- Ionic Liquids and Porous Structures for CO2 Valorization
- Exploratory Analysis of Biomimetic-inspired Oceanic Hyperloop Transport Infrastructures
- Eutectic Systems as Sustainable Electrolytes for Energy Storage
- Spatiotemporal Data Models and Algorithms for Earth and Environmental Sciences
Digital Transformation
in Manufacturing
- Analyzing Environmental and Climate Records in Portuguese Speleothems using Ultra-high Sensitivity Magnetic Microscopy
- Plasma-assisted CO2 Recycling: from Earth to Mars
- Advanced Materials and Design Rules for Interface Engineering Towards a New Generation of Li-ion Batteries
- Changing the Design Paradigm – 3D Printing on Molecular Texture in Plastics
- Ionic Liquids and Porous Structures for CO2 Valorization
- Exploratory Analysis of Biomimetic-inspired Oceanic Hyperloop Transport Infrastructures
- Eutectic Systems as Sustainable Electrolytes for Energy Storage
- Spatiotemporal Data Models and Algorithms for Earth and Environmental Sciences
Sustainable
Cities
- Analyzing Environmental and Climate Records in Portuguese Speleothems using Ultra-high Sensitivity Magnetic Microscopy
- Plasma-assisted CO2 Recycling: from Earth to Mars
- Advanced Materials and Design Rules for Interface Engineering Towards a New Generation of Li-ion Batteries
- Changing the Design Paradigm – 3D Printing on Molecular Texture in Plastics
- Ionic Liquids and Porous Structures for CO2 Valorization
- Exploratory Analysis of Biomimetic-inspired Oceanic Hyperloop Transport Infrastructures
- Eutectic Systems as Sustainable Electrolytes for Energy Storage
- Spatiotemporal Data Models and Algorithms for Earth and Environmental Sciences