Los Angeles, California, United States
Supported data-driven research on power-carbon market coordination, virtual power plants, and power-sector decarbonization. Collected, cleaned, and organized policy, energy, and carbon market data using Excel and Python; developed tracking tables and visual summaries to support research reports on electricity market mechanisms, carbon trading, and low-carbon transition pathways.
Conducted multi-scale characterization (SEM, TEM, TKD) on Mg-based alloys for high-temperature applications. Investigated oxidation behavior and degradation mechanisms under elevated temperatures. Correlated microstructural evolution with material stability and performance in energy-related environments.
Analyzed market trends of new energy materials using Python (Pandas, NumPy). Developed data-driven evaluation models to support strategic insights.
Assisted in fabrication of thin-film energy materials via MBE for battery electrode and electrochemical applications. Characterized crystal structure and phase stability using XRD to evaluate electrochemical performance potential. Built and analyzed lattice models using VESTA to investigate ion transport pathways and structure-property relationships. Conducted electrochemical measurements (CV, LSV) and supported analytical testing (GC) to evaluate material behavior. Participate in the 3rd SECUF-2024 Symposium on Integrated Extreme Conditions Physics, held at the Institute of Physics.
Monitored and analyzed energy consumption across production systems, identifying key areas for efficiency improvement. Evaluated energy utilization processes and supported optimization strategies for large-scale industrial operations. Conducted assessment of power systems and equipment, gaining understanding of energy flow and system efficiency.