San Jose, California, United States
• Combined SIMION and FDM 3D printing technology to rapidly simulate and fabricate ion mobility spectrometers for fundamental studies of ion motion at ambient pressure. • Maximized data acquisition by combining ambient pressure drift tube ion mobility with two-dimensional tandem mass spectrometry to collect ion mobility and the entire MS/MS data domain in a single experiment. • Developed a screening platform based on open-source Delta 3D printer aimed at low-cost high-throughput screening applications for chemical reactions.
• Supervised weekly laboratory exercises and recitation sessions for 24 undergraduate general chemistry students. • Developed and delivered weekly recitation sessions for students to supplement lecture exercises.