PERSONAL PROJECTS
This index highlights the main topics I have worked on or studied.
Electrons dance where atoms glow
Building a basic electronic VCO typically involves using operational amplifiers (op-amps), transistors, and passive components like resistors and capacitors. The core of the VCO is often a relaxation oscillator, where a capacitor is charged and discharged through a resistor, creating a periodic waveform. The frequency of this waveform is controlled by varying the current flowing into the capacitor, which is achieved by applying a control voltage to the circuit. This control voltage modifies the charging rate, thus altering the output frequency. Fine-tuning the VCO often requires adjusting component values and incorporating a stable voltage reference to ensure accurate and linear frequency response to the control voltage.
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Explore this project: VCO
The World of Nuclear Energy – Intimately Linked with Electronics and Innovation
Nuclear technology stands at the intersection of technology and science, closely intertwined with advances in electronics. Innovation drives this relationship and paves the way for new opportunities: harnessing renewable energies, designing safer next-generation reactors, and improving medical radiology techniques. Through this synergy between nuclear technology and electronics, a future where technology and sustainability advance together is taking shape.
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Explore this project: Nuclear Power Plant Simulation
Neutron Physics at the Core
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Neutron physics is the study of neutrons, the small uncharged particles that play a crucial role in the operation of nuclear reactors. Within a reactor, neutrons induce nuclear reactions by colliding with the nuclei of fuel atoms. These reactions release energy and more neutrons, creating a fission chain reaction.
Neutron physics investigates how these neutrons move and interact with nuclear fuel, moderators (which slow down neutrons), and other materials inside the reactor. By understanding these interactions, we can control the reaction rate within the reactor, which is essential for maintaining stable and secure energy production.
Explore this project: MCNP Monte Carlo Simulation
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As an engineer specializing in electronics and nuclear physics, I have forged my career path between France and Germany, exploring diverse fields such as experimental research, control systems, and the development of innovative solutions. Passionate about energy, technology, and science, I am particularly interested in the challenges related to the energy transition, notably hydrogen and nuclear power. Inquisitive and driven, I am drawn to projects that combine innovation with a lasting impact. My free time is often spent deepening my knowledge of new technologies, exploring novel energy solutions, and engaging in discussions on scientific topics. |
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