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Nolwenn M.NM

Nolwenn M.

Chemist specializing in electrochemistry

€200/day
Paris, FR
3-7 years

Average response time: 1 hour

Freelancer profile translated to English.
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About Nolwenn

PhD in chemistry and specialist in electrochemistry, I put my scientific expertise at the service of industrial companies, start-ups and laboratories to: optimize your electrochemical processes, develop electrode materials, train your teams in electrochemical techniques (cyclic and linear voltammetry, chronoamperometry, etc.), write protocols and literature reviews (I am the author of a review), etc. I also have experience in analytical chemistry: transmission and scanning electron microscopy, liquid and gas chromatography, mass spectrometry, IR and UV-vis spectrophotometry, XPS, etc.
Do not hesitate to contact me to discuss your project.

Keywords: electrochemistry, chemistry, analytical chemistry, chromatography, HPLC, mass spectrometry, electron microscopy, zeta potential, water chemistry, solid-state chemistry, green chemistry, materials science, surface characterization, nanoparticle synthesis, nanomaterials, inorganic chemistry, literature research, scientific literature, scientific popularization, content creation, translation, publication writing
  • French

    Native or bilingual

  • English

    Fluent

Can work on-site
Paris (up to 50km), Lyon (up to 50km), Limoges (up to 50km), Bordeaux (up to 50km), Rouen (up to 50km)

Experience

  • Indépendant
    Private tutor
    November 2021 - January 2025 (3 years and 2 months)
    Private chemistry lessons given online for students from middle school to master's degree. Personalized lessons according to students' needs.
    Teaching Higher education Pedagogy Chemistry Oral presentation
  • Université de Poitiers
    PhD student in electrochemistry
    CHEMICAL
    October 2016 - March 2020 (3 years and 5 months)
    Unsupported gold-based nanoparticles of controlled shapes (rods, octahedra, etc.) were prepared by the seed growth method. Physicochemical characterizations (UV-visible, electron microscopy, etc.) allowed the observation of nanoparticles of the desired shape and size. Electrochemical characterizations such as potential deposition by cyclic voltammetry revealed the crystallographic orientation and the presence of high Miller index faces. The surface oxidation of these nanoparticles in an electrolytic supporting medium depends on the different crystallographic orientations.
    Electrochemistry Research and development Literature research Nanotechnology Chemistry

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Education

  • PhD
    University of Poitiers
    2019
    Doctorat en électrochimie

Skill set

Categories

  • Other