Creating photovoltaic labs
I created two laboratories: one for photovoltaic panel characterization and another for thin-film photovoltaic cell development.
Read more →Problems I helped solve
A selection of projects where physics, instrumentation and practical engineering were combined to solve concrete experimental problems.
Advanced spectroscopy
Photoacoustic, visible-IR and XPS methods used to extract information from materials and devices.
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Scientific instrumentation
Custom benches, sensors and software interfaces developed for experimental measurements.
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Detecting electricity fraud
A multisensory detector combining acoustic, passive magnetic and active magnetic methods.
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Thermal solar energy
Solar refrigeration and hot-water systems adapted to practical needs in Northeast Brazil.
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Non-destructive testing
Infrared thermography and laser-ultrasonics for inspection of composite aircraft structures.
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High-power laser
Contribution to the development and feasibility demonstration of a chemical laser concept.
Read more →How I work
Every project is different. Rather than applying predefined solutions, I start by understanding the experimental problem, the available instrumentation and the expected results.
My role is to identify the origin of the difficulty, propose practical solutions and help implement them, whether the problem concerns scientific instrumentation, measurement techniques or specialized software.
Whenever possible, I privilege simple, robust and durable solutions.
How I can help
- Experimental diagnostics
- Instrumentation
- Measurement systems
- Scientific software
- Photovoltaics
- Thin films
- Optical spectroscopy
- XPS spectroscopy
Languages
French • English • Portuguese