
Experimental Skills: Schlenk techniques and air/moisture-sensitive reactions, low-temperature chemistry, and optimizing reaction conditions and analytical methods Handling sensitive reagents, including Grignard reagents, butyllithium, andsodium, optimizing reaction conditions and analytical methods
Electrochemical/Spectroscopy techniques: Glove box, Bruker Advance NMR 400 MHz/500MHz, UV-Visiblespectrometer, Mass Spectrometer, Cyclic Voltammetry (CV), Differential Pulse Voltammetry (DPV), FT-IR, Rotary evaporator, GC/MS
MS Office, Bio Render, PowerPoint, Excel, Visual FoxPro, Origin Lab
Laboratory Skills: Titrimetric analysis (conductometry, potentiometry, iodimetry, complexometric, gravimetric), separation methods (column, ion-exchange, paper, thin-layer chromatography, solvent extraction), HPLC, Calorimeter, and organic analysis, including synthesis, purification, and functional group characterization of organic compounds
Hands-on experience in conjugation and bioconjugation chemistry; familiarity with solid-phase synthesis methods for oligonucleotides or peptides is highly desirable
Adaptable and highly motivated to thrive in a dynamic, fast-paced research environment Excellent leadership, communication, and collaboration skills, with experience mentoring students and contributing to interdisciplinary project
Teaching Assistant, UT Austin, Texas [Aug’2023-Dec’2023, Aug’2025-Dec’2025]
• Facilitated student learning and comprehension of general chemistry concepts by leading discussion sections, conducting office hours, and providing one-on-one support to clarify complex topics.
• Evaluated and provided constructive feedback on assignments, lab reports, and examinations for a cohort of 100+ students.
• Collaborated with course professors and teaching staff to coordinate lesson plans, address common student difficulties, and maintain the smooth operation of the laboratory and course.
Graduate Research Assistant, UT Austin, Texas [Jan’ 2024 – Aug’ 2025]
• Directed and supervised an undergraduate intern's research project, from initial training on lab safety and techniques and analysis.
• Cultivated a mentee's independent problem-solving skills through guided troubleshooting of experimental procedures and regular progress discussions.
• Empowered the intern to achieve project objectives, enhancing their technical proficiency and understanding of the scientific research process.
•Organic: Organic Spectroscopy, Organic Reactions, Heterocyclic Chemistry, Biomolecules.
•Inorganic: Main group elements, Coordination chemistry, Organometallics, Chemical Bonding, Catalysis, Synthesis of Industrial Catalysts, Advance Inorganic Chemistry.
•Physical: Electrochemistry, Phase equilibria, Chemical kinetics, Thermodynamics, Quantum Chemistry, Material Characterization.
•Chemical Biology: Advance Chemical Biology, Drug Design and Small Molecule Synthesis
•Others: Calculus, Differential equations, Numerical Methods, Analytical