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<!DOCTYPE html>
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<meta charset="UTF-8">
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<title>Maxime Fily - CV</title>
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<div class="header">Maxime Fily</div>
<div class="subhead">Linguist and Engineer/Physicist</div>
<img alt="profile pic" src="max_casquette_pour_CV_small.png" width="360" />
<div class="chapter-title">Employment history</div>
<ul class="compactlabel">
<li class="employment-entry"><span class="label">Since 2023:</span> Research fellow at <span class="bold">CNRS</span>, <span class="bold">LLF</span>, Laboratoire de Linguistique Formelle and <span class="bold">Lacito</span>, Langues et Civilisations à Tradition Orale.</li>
<li class="employment-entry"><span class="label">2023:</span> Supervision of BA student Berthilde Biard (Université Sorbonne Nouvelle). <i>Data extraction and analysis for the construction of verbal and nominal paradigms in Naish languages</i> (3 months).</li>
<li class="employment-entry"><span class="label">2018 - 2022:</span> Doctoral student at <span class="bold">Lacito</span> (Villejuif) and <span class="bold">Gipsa-lab</span> (Grenoble Image Parole Signal Automatique).</li>
<li class="employment-entry"><span class="label">2020 - 2021:</span> Mandarin teacher, private classes, 2h/week.</li>
<li class="employment-entry"><span class="label">2018 - 2019:</span> Temporary lecturer for the class "Introduction to linguistics and language families", Université Grenoble Alpes (24 hours).</li>
<li class="employment-entry"><span class="label">2017 - 2018:</span> Research Intern at <span class="bold">Gipsa-lab</span> in the frame of a Linguistics MA. <i>Oral-nasal signals analysis for the acoustic study of the oral and nasal cues of nasalised sounds in French and Taiwan Mandarin</i>.</li>
<li class="employment-entry"><span class="label">2014 - 2017:</span> Confirmed Engineer at <span class="bold">Areva NP</span>. Neutronic design of nuclear fuel assemblies, Lyon, France.</li>
<li class="employment-entry"><span class="label">2011 - 2014:</span> Confirmed Engineer at <span class="bold">Wecan</span>, an <span class="bold">Areva-CGN</span> (China General Nuclear) joint-venture specializing in nuclear design and safety, Shenzhen, China.</li>
<li class="employment-entry"><span class="label">2007 - 2011:</span> Engineer at <span class="bold">Areva NP</span>, in nuclear safety analyses, Paris, France.</li>
</ul>
<div class="chapter-title">University Education</div>
<ul class="compactlabel">
<li class="education-entry"><span class="label">2018 - 2022:</span> PhD in Phonetics, Phonology and Speech Sciences, Université Paris III Sorbonne Nouvelle.</li>
<li class="education-entry"><span class="label">2017 - 2018:</span> Master's degree in Linguistics, with a specialization in the field of experimental phonetics and phonology, Université Grenoble Alpes, obtained with honors.</li>
<li class="education-entry"><span class="label">2014 - 2015:</span> Level 3 University degree (DU niveau 3) in Chinese language and culture, Université Lyon 3, obtained with honors.</li>
<li class="education-entry"><span class="label">2001 - 2007:</span> Master of Engineering at École Nationale Supérieure de Physique de Grenoble (PHELMA, Institut National Polytechnique de Grenoble).</li>
</ul>
<div class="chapter-title">Languages spoken</div>
<ul class="compactlabel">
<li class="language-entry"><span class="label">English:</span> C1 (TOEFL test: 627/677)</li>
<li class="language-entry"><span class="label">Mandarin:</span> B2/C1 (HSK level 5: 214/300, 2017; HSK level 3: 299/300, 2015)</li>
<li class="language-entry"><span class="label">Spanish:</span> Intermediate</li>
<li class="language-entry"><span class="label">Na (Narua):</span> Working knowledge</li>
<li class="language-entry"><span class="label">Russian:</span> Notions</li>
</ul>
<div class="chapter-title">Computer skills</div>
<ul class="compactlabel">
<li class="computer-skill-entry"><span class="label">General IT:</span> GNU/Linux systems administration (Ubuntu, Mint), Knowledge in GPU installations, Pytorch, LaTeX, Libre Office, MS Office</li>
<li class="computer-skill-entry"><span class="label">Programming:</span> <b>Linux/Unix</b>: Bash, csh, Ksh ; <b>General</b>: Python, C, XML, Jupyter, <b>Speech processing</b>: Praat, <b>NLP</b>: Transformers-based neural networks (Wav2Vec2.0, XLSR), <b>Statistics</b>: R, seaborn</li>
</ul>
<div class="chapter-title">Foreign collaborations</div>
<ul class="compactlabel">
<li class="collaboration-entry"><span class="label">2019:</span> Research trip to Kunming Yunnan Minzu University, organized at the invitation of M. He Likun and M. Liu Jinrong (School of Ethnic Cultures). During this visit I attended seminars that covered a range of descriptive works on Yunnan languages. Additionally, I gave a seminar on the phonological system of Shekua Na.</li>
</ul>
<div class="chapter-title">Technical achievements</div>
<ul class="compactlabel">
<li class="achievement-entry"><span class="label">2021:</span> Creation of a fully customizable keyboard for Linux users interested in writing with the International Phonetic Alphabet. See <a href="https://lacito.hypotheses.org/3086">link</a></li>
<li class="achievement-entry"><span class="label">2020:</span> Realization of a solution to allow the conversion of Praat textgrids to XML format to accelerate Pangloss deposits. See <a href="https://github.com/maxime-fily/TXTGRD2XML">GitHub</a></li>
<li class="achievement-entry"><span class="label">2018:</span> Design of the acquisition module for a separate recording of oral and nasal tract output, by modifying the Glottal Enterprise nasalance plate.</li>
</ul>
<div class="chapter-title">Grants and projects</div>
<ul class="compactlabel">
<li class="grant-entry"><span class="label">2019:</span> International mobility grant (3,750€), obtained from the <span class="bold">UGA IDEX</span> International Mobility Commission.</li>
</ul>
<div class="chapter-title">Publications</div>
<ul class="compactlabel">
<li class="publication-entry"></li><span class="label">See <a href="https://cv.hal.science/maxime-fily"> my HAL profile</a></li>
<li class="publication-entry"></li><span class="label">or <a href="https://scholar.google.fr/citations?hl=fr&user=XYvTKbIAAAAJ"> my Google Scholar profile</a></li>
</ul>
<div class="chapter-title">Documentation work</div>
<ul class="compactlabel">
<li class="skill-entry"><span class="label"></span>Since the beginning of my work as a field linguist, I have focused on the Shekua variety of the Na language, also known as Lataddi Narua. Shekua is a small village situated in proximity to the Grass Sea of lake Lugu. The speakers in this village use a variety that is closely related to Yongning Narua, whose tone system has been described in Michaud (2017). The detail of my fieldwork experience is outlined below:</li>
<li class="skill-entry"><span class="label">2023: </span>Interviews of Shekua Na speakers : narratives, phonological confirmation paradigms, dialogues (Yunnan, 2 months)</li>
<li class="skill-entry"><span class="label">2019: </span>Interviews of Shekua Na speakers : phonetics and phonology, narratives (Sichuan and Yunnan, 3 months)</li>
<li class="skill-entry"><span class="label">2018: </span>Transcription, translation and archiving or unpublished recordings by ā huì (MA, Yunnan University).</li>
</ul>
<div class="chapter-title">Ongoing research</div>
<ul class="compactlabel">
<li class="ongoing-research-entry"><span class="label"></span><b>Comparative work on Na dialects:</b> The study relies on nouns and verbs in tonal paradigms to characterize the tonal morphology of these lexemes. A preliminary study included ~ 100 cognates. Data collection permitted to rise up to ~200 cognates. Post-processings are done via : Sankey diagrams, Agglomerative Hierarchical Clustering.</li>
<li class="ongoing-research-entry"><span class="label"></span><b>NLP for the less documented languages:</b> Work started with classic ASR for low-resource languages (fine-tuning a multilingual model). A follow-up article investigates the role of rogue dimensions in the representations and the best setting to represent the phonetic segments in the vector space (VarDial 2025, submitted).</li>
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