In Vivo Biosensing



  • Development of biosensors for the continuous, real-time measurement of specific molecules in the human body.
  • Fabrication of analytical devices for point-of-care diagnostics.
  • Integration of analytical technologies with wearable/smartphone output readout.


Additional Interests/Previous Experience

Scanning Electrochemical Microscopy (SECM)

  • Fabrication and characterization of new probes.
  • Study of surface oxidation processes and reaction intermediates via SECM titrations.
  • Studies of electron transfer through thin films/monolayers/membranes.


Computer Programming and Modeling

  • Numerical simulations of electrochemical systems using finite element analysis.
  • Matlab and python coding to support real-time data acquisition and plotting.
  • Use of electrochemical theory to fit experimental results.
  • Development of educational resources and training in theoretical simulations.


PotEnergyReaction Kinetics

  • Studies of electron transfer coupled to homogeneous reactions.
  • Determination of electrochemical parameters and stability of analytes in various media.