Jean-Baptiste Robert Orhan

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In this thesis, we intend to develop the sol-gel technology (a chemical way to make glass) from the traditional "raw" materials side to a novel technology allowing realization of innovative products in the field of micro- and nanotechnology. We first prese ...

A fully parameterized three-dimensional model with specific dimensions has been developed in ANSYS for an insulin injection pen used by diabetic persons. The insulin injection pen has a smart pen cap which hosts four electrodes used for the smart pen cap e ...

We present a novel technological approach for the in situ realization of a micron-thin poly-acrylamide membrane in the center of a microfluidic channel. The membrane is formed by interfacial polymerization of an inner stream of monomer solution in between ...

A low-power 14-bits first order incremental Analog-to-Digital Converter (ADC) is presented. Based on the charge balancing principle, this switched-capacitor (SC) circuit integrates the input signal multiple times to reach the targeted resolution, linearity ...

Jean-Baptiste Robert Orhan

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Sol-gel processes applied to micro- and nanotechnology

Three-Dimensional Model and Evaluation of an Insulin Injection Pen for Precise Dose Capacitive Measurement

In situ fabrication of a polyacrylamide membrane in a microfluidic channel

A high sensitivity low-power capacitive front-end for insulin injection pens

Reactive oxide micro-molding of thick lenses containing diffractive optical elements

In-situ fabrication of polyacrylamide membrane in microfluidic device

Fabrication and characterization of three-dimensional micro-lens arrays in sol-gel glass

Borosilicate nanoparticles prepared by exothermic phase separation

In-situ modification of poly(dimethylsiloxane) microchannels with a sol-gel borosilicate glass coating

Fabrication of three-dimensional microlens arrays in sol-gel glass