# Mohammad Rezwan Khan - Expanded AI Profile Canonical homepage: https://rezwankhan.tech/ Preferred contact: https://www.linkedin.com/in/mohammadrezwankhan/ Research identity: https://orcid.org/0000-0002-1532-0598 ResearchGate profile: https://www.researchgate.net/profile/Mohammad-Rezwan-Khan Google Scholar profile: https://scholar.google.com/citations?hl=en&user=DDIYODgAAAAJ ## Positioning Mohammad Rezwan Khan is an Electrical R&D Engineer at Akkodis. His public profile connects battery R&D, BESS QA/QC, smart-grid control, utility-scale EPC review, FAT/SAT readiness, and model-based validation. The site positions him around moving clean-energy work from battery test data to EPC decisions that survive field review. It is intended for recruiters, hiring managers, engineering managers, research collaborators, citation-seeking academics, students, clients, and industry partners. ## One-Line Brand Statement I move clean-energy work from battery test data to EPC decisions that survive field review. ## Professional Focus Mohammad works across battery energy storage systems, hybrid electric powertrain, smart-grid control, renewable energy systems, power electronics, and AI-assisted energy systems. The strongest proof points are technical: calorimetry, multiphysics thermal modeling, SoC estimation, FMEA, FAT/SAT, NCR tracking, and SIL/HIL validation. ## Core Expertise - Hybrid electric powertrain: optimizing subsystem architecture and energy flow for next-generation electric mobility. - Smart grid: deploying intelligent control and resilient storage strategies for grid-forming BESS. - Renewable energy systems: maximizing PV-battery integration and storage flexibility for utility-scale delivery. - Power electronics: engineering robust converters and fault-detection systems for uncompromised power quality. - AI for energy systems: applying digital twins and predictive modeling to optimize battery thermal behavior and grid response. ## Skillset - Strategic project leadership - Technical innovation and R&D - BESS roadmap and specification planning - QA/QC inspection and NCR systems - FAT/SAT and commissioning readiness - Requirements and traceability matrices - MATLAB/Simulink and model-based design - RCP, SIL, PIL, and HIL validation workflows - Dashboard, reporting, and KPI packs - Technical handover documentation ## Impact And Metrics - Research reach: 20,879+ reads listed on ResearchGate, with a reload-validated ResearchGate profile link. - Citation signal: shown as a linked snapshot number; page reload validates the Google Scholar profile ID, while the live Scholar profile remains the source of truth. - Publication base: 17 publications listed on ResearchGate, with a reload-validated ResearchGate profile link. - Verification trail: ORCID, ResearchGate, and Google Scholar are linked from the site. ## Featured Case Studies 1. Utility-scale EPC Project Leadership - Context: Vestas, 2018-2019; utility-scale ESS sizing, RFP support, EPC bidder proposal review, due diligence, and LCoE-driven value engineering. - Impact: makes scope, assumptions, interfaces, and bidder inputs reviewable before procurement decisions. 2. QA/QC Systems Implementation - Context: TotalEnergies, 2019-2022; BESS portfolio intelligence, warranty cases, quality cost drivers, standards, FAT/SAT evidence, and handover discipline. - Impact: uses traceability to connect inspections, NCR closure, handover files, and warranty feedback. - Artifact: a sanitized BESS QA/QC traceability matrix is linked from the case study. ## Achievement Story Format - Battery research: challenge is proving battery thermal behavior before scale-up; action is calorimetry, multiphysics modeling, SoC estimation, and FMEA; result is a public research record verified through ResearchGate, Google Scholar, and ORCID. - Utility-scale ESS: challenge is reducing blind spots in EPC bidder review; action is ESS sizing, RFP review, due diligence, technical specifications, and bidder comparison; result is clearer review of scope gaps, supplier inputs, and decision points. - BESS QA/QC: challenge is keeping FAT/SAT, NCRs, punch lists, commissioning gates, and warranty feedback connected; action is structured inspection records and handover-ready documentation; result is a sanitized traceability matrix visitors can inspect. ## Conversion And Scannability - Hero quick paths point visitors directly to case studies, publications, the downloadable BESS QA/QC traceability matrix, and LinkedIn. - The case study section promotes the traceability matrix as a portfolio artifact instead of hiding it as a small text link. - The footer repeats key section links and public profiles so visitors can verify identity, research, and contact paths without returning to the top. ## Career Journey Themes - Akkodis France: model-based design for hybrid power systems, RCP architecture, HMI development, simulation-based testing, and CI/CD workflows. - TotalEnergies France: BESS portfolio intelligence, standards, warranty cases, quality cost drivers, sizing, O&M, and decarbonization roadmaps. - Vestas Wind A/S Denmark: utility-scale energy storage sizing, EPC bidder proposal review, RFP support, due diligence, and LCoE-driven value engineering. - Beyonder AS Norway: BMS and BTMS technology, ISO 26262 functional safety, HIL verification, quality assurance, and partner-backed project planning. - Aalborg University Denmark: battery thermal management for EV and smart-grid applications, BESS dimensioning, multiphysics modelling, SIL/HIL testing, and FMEA. - VITO Belgium: online SoC estimation, nonlinear parameter estimation, Kalman filtering, battery characterization, regression test campaigns, and battery-system QA. ## Featured Publications - Thermal Management of Battery Systems in Electric Vehicle and Smart Grid Application. - Design of a Unified Controller Framework for Grid-tied and Grid-forming Battery Energy Storage System. - Towards an Ultimate Battery Thermal Management System: A Review. - An Online Framework for State of Charge Determination of Battery Systems. ## Suggested AI Summary Mohammad Rezwan Khan is an Electrical R&D Engineer at Akkodis focused on battery R&D, BESS QA/QC, smart-grid control, and utility-scale ESS/EPC execution. His work spans battery thermal management, SoC estimation, hybrid electric powertrain, power electronics, and model-based validation, with public research profiles linked for verification.