faizan Muhammad

•Battery Performance Testing: Conducted advanced cell-level electrochemical testing (GCPL, CV, EIS) to evaluate aging behavior, efficiency, and lifetime stability. •Root Cause & Failure Analysis: Utilized SEM/EDX and XRD to identify micro-structural defects and link chemical degradation to performance loss. •Process Optimization: Applied engineering principles to enhance electrolyte formulations, electrode designs, and cycling strategies for improved battery longevity.

• Synthesized and optimized silicon-based and prelithiated anode materials for Li-ion batteries. • Performed material characterization using XRD, SEM, EDX, FTIR, and EIS. • Fabricated and tested coin cells for electrochemical performance evaluation. • Conducted cycling, CV, and charge–discharge analysis to assess stability and capacity. • Analyzed experimental data to improve anode performance and durability. • Contributed to research on sustainable, high-performance energy materials.

Supported R&D activities for energy systems, including component testing, performance evaluation, and technical documentation. Coordinated test plans, data collection, and reporting across multi-site engineering teams. Gained working knowledge of system communication interfaces and contributed to troubleshooting and process improvement tasks. Assisted in preparing project reports, engineering documentation, and customer-facing technical materials.

Operated natural gas processing and refinery equipment, ensuring safe, compliant, and efficient plant operation. Investigated deviations, production losses, and equipment malfunctions; collaborated with maintenance for corrective actions. Supported shutdown planning, equipment isolation, and safe startup activities following SOP and safety rules. Recorded and interpreted operating data (T/P/flow) to improve efficiency and identify limiting factors.

Energy Systems Engineering(Emerging and Future Photovoltaic Technology Options, Energy Storage, Energy System Operation, Solar Energy, Energy in Buildings, Batteries & Supercapacitors, From the Principles of Re-Design to New Products )(Fundamentals of Resilience, Dynamics of Materials Sustainable Materials Engineering(Material Life Cycle, Electrochemical Fuel Cell, Materials Selection For Sustainable Systems Engineering, Physics of Failure, composite Materials)