Experience

Transdermal Diagnostics Ltd

• Medical Equipment Manufacturing
• 1 - 100 Employee

• Biosensor Scientist

  • Oct 2022 - Present

  My role includes: > Development of highly sensitive glucose biosensors using nanomaterials, ETM's and conductive polymers >Development of Enzyme conjugates > Modification of transducer with modified recognition elements for fast ET > Electrochemical depositions > Characterization of modified electrodes: -Voltammetry -Chronoamperometry -Impedance spectroscopy >Real-time application of the developed sensors My role includes: > Development of highly sensitive glucose biosensors using nanomaterials, ETM's and conductive polymers >Development of Enzyme conjugates > Modification of transducer with modified recognition elements for fast ET > Electrochemical depositions > Characterization of modified electrodes: -Voltammetry -Chronoamperometry -Impedance spectroscopy >Real-time application of the developed sensors



Ulsan National Institute of Science and Technology

• South Korea
• Higher Education
• 300 - 400 Employee

• Postdoctoral Researcher

  • Dec 2021 - Oct 2022

  Development of paper based electrochemical assays for detection of Human coronavirus OC43 Project title: Detection of Human Coronavirus-OC43 using paper based electrochemical immunosensor  CAD designing of the paper sensor  Fabrication of electrochemical paper sensor  Immobilization of the capture antibody on the working electrode  Electrochemical characterization of the paper sensor (Differential pulse voltammetry)  Interference, selectivity and stability studies of the developed sensor  Real-time application of the developed biosensor (Human saliva) Show less



Gachon University

• South Korea
• Higher Education
• 200 - 300 Employee

• Research Assistant Professor

  • Apr 2019 - Nov 2021

  I passionately develop electrochemical enzyme and immuosensors for the detection of clinically important target biomarkers using antibody and enzyme modified electrodes. My role as a researcher includes CAD designing of various interdigitated electrodes, multi electrode arrays, Chemical Modification of the fabricated electrodes, Development of the electrochemical biosensors. Characterized sensor linear range, response time, reproducibility, sensitivity and storage stability using chronoamperometry. Project title: Interdigitated microelectrodes for detection of the Arthritis biomarkers Salient features: > Synthesis of antibody conjugated nanomatrix > CAD design and fabrication of Interdigitated wave and chain shaped microelectrodes > Microelectrode modification with self-assembled monolayers and nanomaterials > Characterization of the modified electrodes (SEM, EDS, XRD, XPS, TEM) > Development of electrochemical label and label-free biosensors for direct detection of Rheumatoid arthritis biomarkers (IgM-RF, Anti-CCP-ab and CRP) > Real-time application of the developed biosensor Show less



Gachon University School of Medicine

• 1 - 100 Employee

• Research Assistant Professor

  • Apr 2017 - Feb 2019

  Project: Electrochemical non-enzymatic minimally invasive continuous glucose monitoring devices Salient features: > Fabrication of the gold microneedle electrode arrays.> Modification of the electrode arrays with glucose sensing layer. > Packaging of the modified microneedles and electrochemical characterization of the modified microneedles using cyclic voltammetry and chronoamperometry.> Evaluation of the sensor performance characteristics (Limit of detection, linear range and sensitivity)> Real-time application of the developed microneedles in animal models. Show less

• Visiting Research Scientist

  • Mar 2017 - Apr 2017

  Development of minimally invasive microneedle electrode arrays for the electrochemical continuous glucose monitoring



Soongsil University

• South Korea
• Higher Education
• 100 - 200 Employee

• Research And Development Scientist

  • Aug 2016 - Feb 2017

  Project title: Non-invasive electrochemical detection of Glucose based on Prussian blue modified Screen printed electrode. Salient features: > One-pot hydrothermal synthesis of Prussian Blue > Electrode modification with the glucose catalyzing layer > Characterization of the modified electrodes > Practical application of the developed non-enzymatic sensor Project title: Non-invasive electrochemical detection of Glucose based on Prussian blue modified Screen printed electrode. Salient features: > One-pot hydrothermal synthesis of Prussian Blue > Electrode modification with the glucose catalyzing layer > Characterization of the modified electrodes > Practical application of the developed non-enzymatic sensor