Projects
A selection of my research projects and open-source repositories.
Currently Active
Joint project of the Power and Renewable Energy Lab at Incheon National University (INU), South Korea, and the Korea Electrotechnology Research Institute (KERI). The work develops distributed multi-agent algorithms for self-healing grid operation — coordinating dispatch, reserves, and flexible loads under contingencies, with the longer-term goal of integrating learning-based controllers into hierarchical grid architectures. Related publication: Applied Energy 2026 (DOI).
View RepositoryEnd of Life
Code implementations accompanying my Medium blog series on optimal operations of microgrids. Includes C++/CPLEX implementation guides, mathematical models, and practical optimization examples for energy dispatch problems. This repository is no longer actively maintained.
View RepositoryC++/CPLEX implementation of multi-energy microgrid operation, covering economic dispatch, storage scheduling, and resilience-oriented constraints. The repository is preserved as an archive and is no longer actively maintained.
View RepositoryLSTM-based deep learning models for time series forecasting of floods and droughts. Completed as my Final Year Project at Namal University (Undergraduate), under the joint supervision of the Center of Artificial Intelligence and Big Data (Namal) and Water Informatics Technology (WIT, LUMS). The project explored data-driven hydrological forecasting from historical river-flow and climate signals.
View RepositoryAn archive of older work from my Bachelor's at Namal University and a seminar at Incheon National University (INU). It collects coursework, experiments, and small utilities — preserved as-is rather than actively maintained.
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