SRG – 232384: Artificial Intelligence-Driven Health Diagnosis and Prognostics for Lithium-ion Battery Management Systems in Electric Vehicle Applications: Socio-economic and Environmental Impacts Towards Sustainable Development Goals (Funder: Ministry of Science and Technology, Bangladesh).
G-23-22-14: A Hybrid AI-Based Optimisation Approach for States Estimation of Lithium-ion Battery Management System in Electric Vehicles Towards Sustainable Development Goals (Funder: Green University of Bangladesh).
ET20222235: Deep Learning for Battery Thermal Management Scheme in Electric Vehicle Applications Towards Decarbonizationc (Funder: Bangladesh Bureau of Educational Information and Statistics, Bangladesh).
DIP-2021-003: A multi-time scale co-estimation hybrid intelligent optimization approach for advanced lithium-ion battery management system toward sustainable electric vehicle performance enhancement (Funder: The National University of Malaysia).
GGPM-2020-006: Novel Optimized Deep Learning Algorithm Toward Accurate State of Charge and Health Estimation of Lithium-ion Batteries in Electric Vehicles (Funder: The National University of Malaysia).
G-23-22-18: Optimized Hybrid Algorithms for Charging-Discharging, Scheduling and Sizing of Energy Storage System in Microgrid Applications (Funder: Green University of Bangladesh).
DIP-2020-021: Enhanced Intelligent Facility Monitoring of Computer Network System via Fusion of IoT and Complex Event Detection (Funder: The National University of Malaysia).
DIP-2018-020: Prescriptive Analytics of Integrated Engineering Systems Application Developments for A Unified Connected System (Funder: The National University of Malaysia).