Update Resume

master
Félix Desmaretz 2026-06-22 00:18:03 +02:00
parent 142e89be48
commit aa4c934300
7 changed files with 178 additions and 171 deletions

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@ -98,6 +98,12 @@
] ]
} }
#let cvsummary(info, isbreakable: true) = {
if info != none {
block(width: 100%, inset: ("left": 3%, "right": 3%))[#h(1em) #text(weight: "regular")[#info.summary]]
}
}
#let cvwork(lang, info, isbreakable: true) = { #let cvwork(lang, info, isbreakable: true) = {
if info.experience != none { if info.experience != none {
block[ block[
@ -126,6 +132,11 @@
#text(weight: "semibold", size: 9.0pt, fill: luma(30.6%))[#p.what #h(1fr) #text(weight: "semibold", size: 9.0pt, fill: luma(30.6%))[#p.what #h(1fr)
#start #sym.dash.en #end] \ #start #sym.dash.en #end] \
// highlights or description // highlights or description
#if "technologies" in p and p.technologies != none [
#text(weight: "light", style: "italic")[
Technologies: #eval(p.technologies.join(" #sym.circle.filled.small "), mode: "markup")
]
]
#for hi in p.why [ #for hi in p.why [
- #text(weight: "light")[#eval(hi, mode: "markup")] - #text(weight: "light")[#eval(hi, mode: "markup")]
] ]
@ -166,9 +177,12 @@
#text(weight: "semibold", size: 9.0pt, fill: luma(30.6%))[#edu.what #h(1fr) #text(weight: "semibold", size: 9.0pt, fill: luma(30.6%))[#edu.what #h(1fr)
#start #sym.dash.en #end] \ #start #sym.dash.en #end] \
#for hi in edu.why [ #if edu.why != none and edu.why.len() > 0 {
- #text(weight: "light")[#eval(hi, mode: "markup")] edu.why
] // for hi in edu.why [
// - #text(weight: "light")[#eval(hi, mode: "markup")]
// ]
}
] ]
} }
] ]
@ -324,26 +338,34 @@
] ]
} }
#let cvskills(lang, info, isbreakable: true) = { #let cvskills(lang, info, isbreakable: true, sortLexically: true) = {
block( block(
breakable: isbreakable, breakable: isbreakable,
)[ )[
== #info.skills.title == #info.skills.title
#for skill in info.skills.content { #for skill in info.skills.content {
let skillContent = skill.content.sorted(key: x => { let baseContent = if sortLexically {
if type(x) == dictionary { skill.content.sorted(key: x => {
x.keys().first()
} else { x }
}).map(
x => {
if type(x) == dictionary { if type(x) == dictionary {
[#x.keys().first() (#text(style: "italic")[#x.values().first().sorted().join(", ")])] x.keys().first()
} else { } else { x }
[#x] })
} } else {
}, skill.content
).join(", ") }
let skillContent = baseContent
.map(
x => {
if type(x) == dictionary {
[#x.keys().first() (#text(style: "italic")[#x.values().first().sorted().join[ #sym.circle.filled.tiny ]])]
} else {
[#x]
}
},
)
.join[ #sym.circle.filled.small ]
[- *#skill.title*#text(weight: "light")[: #skillContent]] [- *#skill.title*#text(weight: "light")[: #skillContent]]
} }

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@ -38,18 +38,19 @@
return date return date
} }
// Recursively filter entries based on the language prefix.
#let filterLanguage(lang, data) = { #let filterLanguage(lang, data) = {
if type(data) == dictionary { if type(data) == dictionary {
if data.at(lang, default: none) == none { if data.keys().contains(lang) {
data = data
.pairs()
.map(xs => (xs.first(), filterLanguage(lang, xs.last())))
.fold((:), (acc, xs) => {
acc.insert(xs.first(), xs.last())
acc
})
} else {
data = filterLanguage(lang, data.at(lang)) data = filterLanguage(lang, data.at(lang))
} else {
data = data
.pairs()
.map(xs => (xs.first(), filterLanguage(lang, xs.last())))
.fold((:), (acc, xs) => {
acc.insert(xs.first(), xs.last())
acc
})
} }
} else if type(data) == array { } else if type(data) == array {
data = data.map(v => filterLanguage(lang, v)) data = data.map(v => filterLanguage(lang, v))

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@ -6,29 +6,13 @@ content:
endDate: 2021-09-01 endDate: 2021-09-01
url: https://math-info.u-paris.fr/ url: https://math-info.u-paris.fr/
what: what:
en: Master's degree in computer science - Data Science en: Double Master's Degree in Computer Science and Mathematics (Data Science)
fr: Master dInformatique - Sciences des données fr: Double Master Mathématiques & Informatique (Sciences des données)
with: Université de Paris with: Université de Paris
where: where:
en: Paris, France en: Paris, France
fr: Paris (75) fr: Paris (75)
why: why:
- en: Game Theory, Big Data Technologies, Algorithms, Database, Distributed Algorithms, Data Scraping en:
fr: Théorie des jeux, Technologies du Big Data, Algorithmique, Base de données, Algorithmique répartie, Data Scraping - Highest Honours
- en: Highest Honours fr:
fr: Mention Très Bien
- startDate: 2019-09-01
endDate: 2021-09-01
url: https://math-info.u-paris.fr/
what:
en: Master of Mathematics - Data Science
fr: Master de Mathématiques Sciences des données
with: Université de Paris
where:
en: Paris, France
fr: Paris (75)
why:
- en: Probabilities, Statistics, Optimization, NLP, Machine Learning, Deep Learning, Big Data Algorithms
fr: Probabilités, Statistiques, Optimisation, NLP, Machine Learning, Deep Learning, Algorithmique Big Data
- en: Highest Honours
fr: Mention Très Bien

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@ -13,33 +13,53 @@ content:
en: present en: present
fr: actuellement fr: actuellement
what: what:
en: Data Engineer Consultant - BPCE en: Data Engineer (Consultant) - BPCE
fr: Consultant Data Engineer - BPCE fr: Data Engineer (Consultant) - BPCE
technologies:
- Scala
- Kafka
- Hadoop
- SQL
- Java
- Spring
- Python
- Control-M
- Git
why: why:
fr: fr:
- Développement d'une solution de monitoring, en architecture "event-driven" (EDA), de l'intégralité des applications du datalake. - Conception et développement d'une plateforme de supervision "event-driven" des plus de 200 applications du Data Lake.
- Accompagnement et implémentation de la monté de version de Spark 2 vers Spark 3 sur un large projet legacy. - Pilotage de la migration d'une application Spark critique de Spark 2 vers Spark 3 tout en garantissant la compatibilité et la continuité de service.
- Scala, SQL, Bash, Spark, Kafka, Hive, ZIO - Optimisation de pipelines ETL pour des données financières, réduisant la consommation de ressources de plus de 50 %.
- Développement de services backend et d'API internes destinés aux équipes métiers.
- "Mise en œuvre des bonnes pratiques de développement logiciel : tests, revues de code, supervision et support en production."
en: en:
- Development of a solution with an event-driven architecture (EDA) to monitor all the applications running on the datalake. - Designed and implemented an event-driven monitoring platform for 200+ applications running on the data lake.
- Support and implementation of the Spark 2 to Spark 3 upgrade in a large legacy project. - Led the migration of a business-critical Spark application from Spark 2 to Spark 3 while ensuring compatibility and while maintaining production continuity.
- Scala, SQL, Bash, Spark, Kafka, Hive, ZIO - Optimized ETL pipelines for finance data; reduced resources usage by more than 50%.
- Developed internal reporting services and APIs used by business teams.
- Applied software engineering best practices including testing, code reviews, monitoring and production support.
- startDate: 2022-02-04 - startDate: 2022-02-04
endDate: 2025-02-14 endDate: 2025-02-14
what: what:
en: Data Engineer Consultant - Natixis en: Data Engineer (Consultant) - Natixis
fr: Consultant Data Engineer - Natixis fr: Data Engineer (Consultant) - Natixis
technologies:
- Scala
- Kafka
- Hadoop
- SQL
- Python
- Control-M
- Git
why: why:
en: en:
- Management, design and implementation of a multi-stream data producer; computing and sending up to 1 billion messages per day. - Designed, implemented and monitored a complex Kafka producer computing and sending up to 1 billion messages per day.
- Implementation of financial data computation in a distributed environment. - Implemented distributed Spark applications for large-scale financial data processing.
- Maintenance and optimization of ETL pipelines for regulatory data; reduced resources usage by 5. - Optimized and maintained production ETL pipelines for regulatory data; reduced resources usage by 80%.
- Scala, SQL, Bash, Spark, Kafka, Hive, Typelevel
fr: fr:
- Gestion, conception et développement d'un service d'alimentation de données multi-flux calculant et produisant jusqu'à 1 milliard de messages par jour. - Conception, développement et supervision d'un producteur Kafka traitant jusqu'à un milliard de messages par jour.
- Développement de batchs de calculs de données financières en environnement distribué. - Développement d'applications Spark distribuées pour le traitement de données financières à grande échelle.
- Maintenance et optimisation de calculs de données réglementaire; réduction de ressources utilisées par 5. - Optimisation et maintenance de pipelines ETL en production pour des données réglementaires, réduisant la consommation de ressources de 80 %.
- Scala, SQL, Bash, Spark, Kafka, Hive, Typelevel
- where: - where:
en: Montrouge, France en: Montrouge, France
fr: Montrouge (92) fr: Montrouge (92)
@ -49,14 +69,22 @@ content:
- startDate: 2021-04-16 - startDate: 2021-04-16
endDate: 2021-10-16 endDate: 2021-10-16
what: what:
en: Data Scientist Intern en: Data Scientist (Intern)
fr: Data Scientist Stagiaire fr: Data Scientist (Stagiaire)
technologies:
- Scala
- Spark
- Python
- Pandas
- Hadoop
- iGraph
- XGBoost
- Git
why: why:
- en: "Feature Engineering via network modeling \\& analysis giving a 10\\% score improvement for prediction models" - en: "Engineered features via network modeling \\& analysis giving a 10\\% score improvement for prediction models"
fr: "Feature engineering via modélisation \\& analyse de graphes augmentant les scores des modèles de prédictions de 10\\%" fr: Conception de variables (Feature Engineering) par modélisation et analyse de graphes, améliorant de 10 % les performances des modèles de prédiction.
- en: Development of a multi-environment pipeline execution program allowing the usage of tools missing in one or another - en: Developed a multi-environment pipeline execution program enabling the use of tools missing in one or another
fr: Développement d'une solution d'exécution de chaînes de traitement multi-environnements permettant un plus large choix d'outils. fr: Développement d'un programme d'exécution de pipelines multi-environnements permettant l'utilisation d'outils indisponibles selon les plateformes.
- Python, Scala, SQL, Spark, Pandas, Hive, XGBoost, iGraph, GraphX
- with: - with:
en: University Association IP7 en: University Association IP7
fr: Association Universitaire IP7 fr: Association Universitaire IP7
@ -72,8 +100,8 @@ content:
endDate: 2021-06-01 endDate: 2021-06-01
why: why:
en: en:
- "Help in setting up a programming contest \\& writing algorithmic problems" - Organized programming contests and authored algorithmic problems.
- Facilitator for multiple Linux installation parties - Facilitated Linux install events for students.
fr: fr:
- "Mise en place dun concours de programmation \\& écriture de problèmes algorithmiques" - Organisation de concours de programmation et rédaction de problèmes algorithmiques.
- Animateur de plusieurs install party Linux - Animation d'ateliers d'installation de Linux destinés aux étudiants.

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@ -3,72 +3,57 @@ title:
fr: Compétences & Intérêts fr: Compétences & Intérêts
content: content:
- title: - title:
en: Data Science and Engineering fr: Langages
fr: Sciences et Ingénierie des Données en: Languages
content:
fr:
- Analyse de données
- Calcul distribué
- Data Mining
- NLP
- Analyse de réseaux
- Analyse de séries temporelles
en:
- Data Analysis
- Distributed Computing
- Data Mining
- NLP
- Network Analysis
- Time Series Analysis
- title:
fr: Langages Informatique
en: Computer Languages
content: content:
- Python - Python
- Scala - Scala
- SQL - SQL
- Java - Java
- Clojure
- R - R
- Clojure
- C - C
- C++ - C++
- LaTeX
- Bash - Bash
- VBA
- Typst
- title: - title:
fr: Outils Data fr: Data Engineering
en: Data Tools en: Data Engineering
content: content:
- Pandas - Spark / PySpark
- Apache Spark / PySpark - Kafka
- Apache Hadoop - Airflow
- Apache Kafka - Hadoop
- DuckDB - DuckDB
- Tidyverse - BMC Control-M
- title: Machine Learning
content:
- Numpy
- PyTorch
- Spacy
- scikit-learn
- XGBoost
- title: - title:
fr: Cloud & Virtualisation fr: Cloud & Infrastructure
en: Cloud & Virtualization en: Cloud & Infrastructure
content: content:
- AWS en:
- Proxmox VE - Docker
- Docker - Kubernetes
- Kubernetes - AWS (Working knowledge)
- GCP (Working knowledge)
- Proxmox VE
fr:
- AWS (Bonnes connaissances)
- GCP (Bonnes connaissances)
- Proxmox VE
- Docker
- Kubernetes
- title: CI/CD - title: CI/CD
content: content:
- Jenkins - Jenkins
- Github Actions - GitHub Actions
- title: Orchestration - title: Machine Learning
content: content:
- Apache Airflow - PyTorch
- BMC Control-M - scikit-learn
- XGBoost
- Pandas
- Polars
- Numpy
- Spacy
- title: - title:
fr: Bases de données fr: Bases de données
en: Database systems en: Database systems
@ -76,59 +61,42 @@ content:
- PostgreSQL - PostgreSQL
- MySQL - MySQL
- SQLite - SQLite
- Neo4j
- Apache Cassandra
- MariaDB
- Apache Hive - Apache Hive
- Neo4j
- Cassandra
- Trino - Trino
- SAP IQ
- SAP ASE
- title: Networking
content:
- OPNSense
- Caddy
- title: - title:
fr: Frameworks Web fr: Frameworks Web
en: Web Frameworks en: Web Frameworks
content: content:
- Spring
- Flask - Flask
- Hugo
- title: - title:
fr: Systèmes d'Exploitation fr: Outils & Méthodologies
en: Operating Systems en: Tools & Methodologies
content: content:
- fr: - Git
Systèmes UNIX: [Linux, BSD] - Kanban
en: - Scrum
UNIX systems: [Linux, BSD] - Agile
- Windows - JIRA
- title:
fr: Bureautique
en: Office Automation
content:
- Microsoft Office: [Word, Excel, PowerPoint, Outlook]
- Libre Office
- title:
fr: Gestion de Projet
en: Project Management
content: [Git, Kanban, Scrum, Agile, JIRA]
- title: - title:
fr: Intérêts fr: Intérêts
en: Interests en: Interests
content: content:
fr: fr:
- Jeux de Société
- Japanimation - Japanimation
- Randonnées - Homelab
- Escalade
- Creative Coding
- Course à Pied - Course à Pied
- Homelab
en:
- Board Games
- Japanimation
- Hiking
- Climbing
- Creative Coding - Creative Coding
- Running - Jeux de Société
- Escalade
- Randonnées
en:
- Japanimation
- Homelab - Homelab
- Running
- Creative Coding
- Board Games
- Climbing
- Hiking

2
data/summary.yaml Normal file
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@ -0,0 +1,2 @@
en: Software Engineer / Data Engineer with 4+ years of experience building distributed data platforms and large-scale data processing systems. Experienced in designing event-driven architectures, developing production Spark and Kafka applications, and improving the performance, scalability, and reliability of critical data pipelines.
fr: Software Engineer / Data Engineer avec plus de 4 ans d'expérience dans la conception et l'exploitation de plateformes de données distribuées et de systèmes de traitement de données à grande échelle. Expérience dans la conception d'architectures orientées événements, le développement d'applications Spark et Kafka en production ainsi que l'amélioration des performances, de la scalabilité et de la fiabilité de pipelines de données critiques.

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@ -4,6 +4,7 @@
#let render(language) = { #let render(language) = {
let cvdata = utils.filterLanguage(language, ( let cvdata = utils.filterLanguage(language, (
personal: yaml("data/personal.yaml"), personal: yaml("data/personal.yaml"),
summary: yaml("data/summary.yaml"),
experience: yaml("data/experience.yaml"), experience: yaml("data/experience.yaml"),
education: yaml("data/education.yaml"), education: yaml("data/education.yaml"),
skills: yaml("data/skills.yaml"), skills: yaml("data/skills.yaml"),
@ -43,9 +44,10 @@
show: doc => cvinit(doc) show: doc => cvinit(doc)
cvheading(language, cvdata, uservars) cvheading(language, cvdata, uservars)
cvsummary(cvdata)
cvwork(language, cvdata) cvwork(language, cvdata)
cveducation(language, cvdata) cveducation(language, cvdata)
cvlanguages(language, cvdata) cvlanguages(language, cvdata)
cvskills(language, cvdata) cvskills(language, cvdata, sortLexically: false)
endnote() endnote()
} }