To serve and excel as a technology facilitator mainly in microtechnolgies (development and characterisation), a research engineer to prolong career in industrial MEMS, optofluidic system engineering for healthcare and diagnostic technologies.
Cachan2015 - 2018Implementation of droplet opto-fluidic laboratory for fluorescence spectroscopy.
Design and implementation of a novel, reflection-mode dual channel-recording platform for
- membrane transport
- content analysis
- high throughput monitoring and fluorescence detection.
Training of Graduate/undergraduate students seeking career in droplet-optofluidics.
Conduction of Microfluidics Simulation lab for Erasmus Master program (MONABIPHOT).
Cachan2015 - 2015Developed a droplet-based microfluidics technique for its potential applications in cell biology for controlled investigation of cellular structure and fabrication protocol for such a model through standard lithography technique and finally imaging the grown cellular replica by a non-invasive microscopy technique.
IMS Laboratory, University of Bordeaux
- Research Intern
2014 - 2014Worked on a polymer ring resonator used as a label-free sensor for environmental monitoring of chemical pollutants. This solution leads to on-chip absorption spectroscopy without alteration of the molecules under study. Main tasks included, firstly a complementary simulations to those made at the beginning of this project in order to extract the optimal design of this micro-resonator, second step was to a necessary experimental part considering first the complete optical characterization of the ring resonator to allow feedback on the sensor design. A set-up for characterization was proposed and optimized.
An experimental microfluidic design engineer, pursing doctorate in biophotonics. Design expertise involve optofluidic system engineering for healthcare and diagnostic technologies. Day to day activities include droplet-optofluidics laboratory maintenance, runtime analysis and troubleshooting for time and resource optimization.
