Executive Summary
- Strong Academic & Engineering Foundation: Chemical Engineering major at UCSD (GPA 3.9+), with robust academic foundation in chemical process design, computational chemistry, and rigorous laboratory practices.
- Proven Summer Internship Track Record: Research assistant at a Cabot Corporation and data analytics at Korn Ferry, combining industrial R&D implementation with strategic business insights.
- Hands-On Problem Solving: Proficient in integrating chemical engineering principles, computational simulations, and designing experiments. Designed& Built an high-CADR air purifier and a liquid bromine synthesis system.
- Communication Skills: Serves as an IB STEM tutor (100+ teaching hours) with proven ability in visualizing complex scientific concepts and explaining abstract theories.
Work & Internship Experience
The application of fumed silica as a flow aid for super absorbent polymers (SAP) was investigated. Cabot's product M3KD was analyzed through dynamic and static characterization in powder rheology, SEM, and particle size distribution (PSD). Batch analysis, anti-caking, and competitor analysis were conducted.
Responsible for data cleaning/classification, Key Performance Indicator (KPI) modeling, and data visualization. Leveraged AI tools to optimize workflow and content delivery, providing actionable insights for project decision-making.
Accumulated over 100 teaching hours, deconstructing complex STEM knowledge points with customized visualization tools to enhance comprehension. Guided multiple students to achieve expected scores in IB exams.
Academic & Project Experience
Participated in the design of a hydrodealkylation (HDA) chemical process converting toluene to benzene. Material and energy balance calculations; evaluated separation schemes including flash drums and distillation columns, optimizing toluene recovery, recycle loops, and overall process performance.
Under the guidance of Prof. Thomas Lectka at Johns Hopkins University, conducted computational chemistry research evaluating hydrogen adsorption and storage capacities across various Metal-Organic Frameworks (MOFs).
Engineered a high-performance, ultra-low-cost air purifier inspired by the "Steve Jobs Design Philosophy." Implemented a 4-sided H12 HEPA filter layout that eliminates complex traditional air ducts and outer shell structures, maximizing air inlet contact area and performance-to-cost ratio.
Designed and executed a synthesis experiment of liquid bromine. Independently assembled ground-joint 3-neck flask system with efficient condensation and waste gas absorption, achieving an 85% yield. Demonstrated strict EHS risk management and expertise in complex inorganic synthesis.