Working with universities and research centres across the world on AI-driven research spanning geospatial analytics, biomedical sensing, IoT security, and sustainable technology.
UA Little Rock — Donaghey Emerging Analytics Center
Little Rock, USAGeospatial analytics and historical mapping of colonial Kolkata, using GIS, historical datasets, and interactive digital platforms.
Research collaboration between AUAICoE and the Donaghey Emerging Analytics Center focusing on geospatial analytics, historical mapping, and digital exploration of colonial Kolkata. The collaboration involves GIS-based analysis, historical data integration, and development of interactive web interfaces using open-source technologies.
Florida Polytechnic University
Florida, USAJoint research in nanomaterials, AI-driven environmental monitoring, sustainable water management, and biomedical sensing.
Joint research collaboration focusing on advanced nanomaterials, artificial intelligence, sustainable water and wastewater management, and biomedical sensing. The partnership explores AI-driven solutions and intelligent platforms for environmental monitoring and sustainable healthcare applications.
Sogang University
Seoul, South KoreaMEMS-based sensing, nanomaterial biosensors, and AI-powered biomedical diagnostics for wearable healthcare.
Research collaboration focusing on MEMS-based sensing, nanomaterial-enabled biosensors, and artificial intelligence for biomedical and healthcare applications. The collaboration aims to develop intelligent sensing platforms for point-of-care diagnostics and wearable healthcare systems.
Fu Jen Catholic University
Taipei, TaiwanAI, IoT, blockchain-enabled security, and intelligent data analysis for healthcare and environmental monitoring.
Research collaboration focusing on artificial intelligence, Internet of Things (IoT), blockchain-enabled security, and intelligent data analysis. The partnership explores secure IoT architectures, privacy-preserving data sharing, and AI/ML applications for healthcare and environmental monitoring.
