Undergraduate Research Assistant (Jan, 2020
–Present) at University of Arizona, USA.
Publication: Trinh, V., Malloy, C. S., Durkin, T. J., Gadh, A., & Savagatrup, S. (2022). Detection of PFAS and Fluorinated
Surfactants Using Differential Behaviors at Interfaces of Complex Droplets. ACS sensors, 7(5), 1514-1523.
• Publication: Barua, B., Durkin, T. J., Beeley, I.M., Gadh, A., & Savagatrup, S. (2023). Multiplexed and continuous microfluidic sensors using dynamic complex droplets. Soft Matter.
● Conduct research to make chemical sensors for rapid, inexpensive, real-time detection of pathogens, including designing microfluidic capillary chips using PDMS while enforcing and maintaining safely protocols at all times
● Apply the principles of soft materials science, fluid dynamics, device engineering, and applied chemistry (molecular engineering) to probe chemical and physical interactions at complex interfaces
● Lead investigation of characteristics and properties of surfactants and complex emulsions under different conditions
● Coded MATLAB programs for accurately calculating droplet sizes using electronic microscope images & microscope power
● Analyze the interfacial tension at complex emulsion interfaces using force and pendant drop tensiometer
● Present acquired data in comparison to peer reviewed results using strong verbal communication skills in weekly meetings
● Troubleshoot problems encountered with the microfluidics machine, compound microscope, and side-view microscope