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Bachelor's degree

My bachelor's in Microengineering was comprehensive and challenging, providing a solid foundation in  theoretical knowledge for different domains, such as Mathematics, Physics, Material sciences and Electronics.

 

Relevant coursework

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- Electromagnetism​

- Signals and Systems

- Sensors

- Optical Engineering

Master's degree

I decided to continue my education with a Master in Microengineering and specialize in micro and nano-systems. The program encompasses many fields, from solid-state physics and microfabrication to robotics, embedded systems, optics, and biomedical devices. At EPFL, this interdisciplinary curriculum is supported by world-class research facilities such as CMi (Center of MicroNanoTechnology). This environment has allowed me to gain both theoretical foundations and hands-on experience in the design, simulation, and fabrication of miniaturized systems with real-world applications.

 

Relevant coursework

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- Product design & systems engineering

- Optical Detectors

- Advanced MEMs

- Legged Robots

- Physical Modeling of Nano-Systems

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Statement of Results 

Microfabrication experience

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The CMi (Center of MicroNanoTechnology) at EPFL is a complex of clean rooms and processing equipment dedicated to microtechnology users for training and scientific experimentation.

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I developed hands-on experience in cleanrooms, including full photolithography processes, etching, thin film deposition techniques, metrology (AFM, SEM..), wire bonding and InkJet processes.

Coding languages

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Python , Matlab, R, C/C++

Languages

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English, French

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