About us
Introduction
About UMMISCO SEA: Science in Action
UMMISCO SEA is the Southeast Asia center of UMMISCO, an international research lab focused on computational science and modeling. By applying agent-based modeling, mathematical modeling, AI applications, and data science, UMMISCO SEA addresses regional challenges in environment, health, and sustainable development.
"To lead the way in creating a sustainable world where advanced modeling and AI empower informed decision-making, effective action, and inclusive solutions for global challenges."
Our Mission
Introduction
OUR
MISSION
Innovate for Impact
Lead research in modeling to tackle water, health, and ecological challenges.
Empower Decisions
Equip communities and leaders with tools for sustainable choices
Build Partnerships
Forge local and global collaborations for tailored, effective solutions
Timeline
Key Milestones in UMMISCO’s Journey
Each milestone reflects UMMISCO SEA’s commitment to sustainable solutions through global partnerships and research innovation.
2009
2009
Founding Vision
UMMISCO was established through a partnership between IRD, Sorbonne University, and universities across the Global South. Its mission: to advance modeling and decision-making tools for sustainable development.
2013
2018
2013-2018
Innovation for a Sustainable Future
Thematic areas emerged to focus research, and regional hubs were established in Africa, Asia, and the Mediterranean, strengthening UMMISCO’s global impact.
2018
2023
2018-2023
Leading in Sustainability Science
UMMISCO’s influence expanded with international projects like SIMPLE, integrating AI and modeling to address critical global challenges.
2025
2028
2025-2028
Innovation for a Sustainable Future
This new phase deepens research in agent-based modeling, AI, and citizen science, aiming to empower communities worldwide in sustainable solutions.
Partners
Our Network of Partners
UMMISCO SEA proudly collaborates with leading universities and research institutions worldwide. Each partnership brings unique expertise that supports our mission of sustainable, science-driven solutions.
Global
Cadi Ayyad University (UCA) in Marrakech (Morocco)
Cheikh Anta Diop University (UCAD) in Dakar (Senegal)
Gaston Berger University (UGB) in Saint-Louis (Senegal)
The University of Yaoundé I (Cameroon)
VinUniversity (VinUni) in Hanoi (Vietnam)
Panthéon Sorbonne
Universite in Paris (France)
Regional
Red River Delta
VinUniversity (VinUni)
Mekong Delta and Southern Vietnam
Can Tho University (CTU)
Thailand
Thammasat University (TU)
MALAYSIA
Universiti Sains Malaysia (USM)
Partner Industrial and Public Sector
Z115 Factory, under the Ministry of National Defense (MND)
Green and Smart Mobility Joint Stock Company (GSM)
VinFast Trading and Production Limited Liability Company
People's Committee of Hoan Kiem District
Department of Transport of Khanh Hoa Province
Department of Transport of Hanoi
Ca Mau Department of Agriculture and Rural Development
Hai Phong Urban Environment Co., Ltd, Vietnam
Laboratory network
Advanced Computational Research On Sustainability Science (ACROSS)
Vietnam Institute for Advanced Study in Mathematics (VIASM)
Collaborative System for Modeling and Simulation (COSMOS)
Regional Teams
Regional Impact Initiatives
Our teams work closely with local partners across various regions, driving impactful research that addresses critical socio-environmental challenges unique to each area.
RED RIVER DELTA – VIETNAM
Smart Transportation & Urban Mobility
In Hanoi, our team develops AI-powered Digital Twin models to improve public transport systems and tackle urban challenges—ranging from smart bus scheduling to sustainable electric charging networks.
MEKONG DELTA – VIETNAM
Salinity Intrusion Monitoring & Water Management
In Cà Mau, we co-develop simulation tools and data systems to assess saltwater intrusion, supporting long-term strategies for freshwater conservation and agricultural adaptation.
THAILAND
Flood Modeling & Urban Risk Mitigation
Our team collaborates with Thai partners to design predictive tools for urban flooding. These tools help cities plan smarter drainage systems and strengthen early warning mechanisms.
MALAYSIA
Epidemiological Modeling for Dengue Fever
In collaboration with local institutions, we apply hybrid modeling techniques to study and forecast the spread of dengue fever, enabling better outbreak preparedness and community health planning.
Our Team
Meet Our Members
A committed team of researchers and experts working across regions to advance sustainable solutions.
