About
Applied AI researcher (PhD, PostDoc) specializing in electric-vehicle and energy systems: battery SOH/RUL estimation, second-life battery assessment, energy-storage sizing, and grid-aware charging — backed by a strong ML toolkit in deep learning, time-series forecasting, reinforcement learning, and agentic AI.
Approximately ten years across academia and applied industry research, with 14 publications (h-index 6), including two in the Journal of Energy Storage (IF 10.7). Currently conducting independent research on AI for second-life EV batteries and uncertainty-aware charging optimization, with an active international collaboration.
I turn research into deployment-ready systems and work fluently with research, industry, and government stakeholders. Available for forecasting pipelines, ML model development and validation, battery and energy data analysis, optimization, and technical writing or manuscript review.
Employment
Employment history is unavailable.
Education
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Projects & Funding
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Publications (14)
- Sclera segmentation and recognition Save
- Energy storage system optimum sizing in battery electric vehicle: The role of battery modelling Save
- Towards Industrial Artificial Intelligence: A Discussion of Management, Technology and Human Save
- Effect of supercapacitor modelling and unit cell capacitance selection towards economic sizing of energy storage system in electric vehicle Save
- Methods to detect breast cancer using traditional machine learning technique Save
- Effect of supercapacitor modelling and unit cell capacitance selection towards economic sizing of energy storage system in electric vehicle Save
- Condition monitoring of machinery: A case study Save
- Energy storage sizing in plug-in Electric Vehicles: Driving cycle uncertainty effect analysis and machine learning based sizing framework Save
- Identifying quality attributes of FODA and DSSA methods in domain analysis using a case study Save
- Economic performance of solar assisted battery and supercapacitor based E-rickshaw Save