Battery R&D
Measure and model the physical system
Thermal behavior, calorimetry, state-of-charge estimation and model-based validation form the technical base.
About
Electrical R&D from battery evidence to field decisions.
Mohammad Rezwan Khan is an Electrical R&D Engineer working across battery systems and model-based validation. He was awarded a PhD in Energy Technology by Aalborg University, Denmark, for research on thermal management of battery systems for electric-vehicle and smart-grid applications.
Working perspective
Research depth is most useful when it improves an engineering decision.
My work began with battery measurement, thermal modeling and state estimation. It expanded into grid-connected storage, technical due diligence, FAT/SAT readiness, NCR traceability and the quality controls needed to move complex energy systems toward handover.
Grid and EPC
Make interfaces and assumptions reviewable
BESS control, utility-scale sizing, bidder review and technical requirements connect models to delivery decisions.
QA/QC
Trace evidence through acceptance
Inspection records, FAT/SAT evidence, NCR closure and handover files support accountable project review.
Collaboration
Work across research and industry
The public record is organized for recruiters, engineering leaders, research collaborators and energy-system partners.
Personal engineering perspective
The question that has stayed with me.
How can an engineering decision be trusted when battery temperature, cell behavior, operating conditions, supplier interfaces, and project evidence keep changing? That question first shaped my measurement and modeling work. It later became the same question I asked of requirements, FAT/SAT records, NCR closure, and handover files.
I am most engaged when a team has enough technical depth to see the complexity, but still needs a reviewable path to the next decision. My role is to help make the assumptions visible, connect the evidence, and leave a record another engineer can challenge and continue.
Public engineering record
The portfolio keeps method, evidence, and limitation together.
Seven selected original repositories connect battery models, degradation analysis, thermal validation, power conversion, grid-storage operation, research benchmarking, and BESS acceptance evidence without treating any open reference as a qualified design authority.
Explore the full career and technical record.Open career and skillsOpen engineering evidence