Participated in multiple corporate service projects at a top international management consulting firm. Responsible for cleaning and classifying massive amounts of underlying data, building KPI models, and conducting visual analysis. Optimized workflows using the latest AI efficiency tools, providing direct decision-making insights for the project team.

Deeply collaborated across the entire research and teaching chain. Built efficient mechanisms for grading assignments, analyzing errors, and providing Q&A feedback. Created a closed-loop system from classroom teaching to student mastery, significantly improving student satisfaction.

Accumulated over 100 hours of teaching experience. Specialized in the First-Principles Teaching Method: accurately deconstructing complex STEM knowledge points, explaining English academic concepts thoroughly using Chinese logic, and utilizing visualization tools to aid understanding. Helped numerous students achieve ideal scores in IB exams.

Leading visual output and coordination for major CSSA events. Produced high-quality promotional videos using professional photography combined with AI-assisted editing, significantly boosting event outreach and brand influence within the international student community.

Headed overall management and cross-departmental collaboration of the student union. Planned and executed multiple flagship school events while maintaining top 5% academic performance despite a heavy extracurricular workload.

Designed a chemical process for the hydrodealkylation (HDA) of toluene to produce benzene. Analyzed the main reaction (toluene + hydrogen → benzene + methane) and side reactions (e.g., diphenyl formation), performing material and energy balance calculations across the process. Evaluated separation schemes—flash drums and distillation columns—to isolate light gases, benzene, and unreacted toluene. Optimized toluene recycle and overall process performance by balancing process interactions, operating conditions, and engineering trade-offs.

Conducted computational chemistry research under the guidance of a Johns Hopkins University (JHU) professor. Focused on the adsorption properties of Metal-Organic Frameworks (MOFs) in specific environments. Independently completed large-scale simulation data calculation, noise reduction, and correlation analysis.