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Leading a team of 3 data scientists in an international
environment.
Working on multiple topics (GenAI, Computer Vision, OCR,
NLP, Classification…) with different inputs (videos, images,
PDFs and Tabular Data).
Deploying different solutions (ex: Kubernetes clusters, azure
apps..).
Co-presenter in “The Big Data & AI Paris congress” for its
12th edition (200 participants).
6 months of platform training/comparison, including: Azure
ML studio, Dataiku and RapidMiner.
Mission Description:
I was leading a team of 2 to three data scientists depending on the number of current project. I worked on pultople
subjects:
▪ Cost estimation: regression task.
▪ Text description classification: NLP task
▪ Defects recognition: computer vision task.
▪ Building digital twins
▪ Creating a safety camera system.
Eurailscout France - SNCF Paris
As part of computer vision project "Automated processing of
track defects based on neural networks" in conjunction with
SNCF partner, these points were covered:
Improved current solution and performance evaluation.
Prepared and implemented industrialization process.
Developed new services for the detection of vegetation and
recognition of writings on rail images.
Mission Description:
As part of computer vision project "Automated processing of track defects based on neural networks" in conjunction with
SNCF partner, these points were covered:
▪ Recognition on rail images.
▪ Evaluation of the performance of the results obtained (methods, processes).
▪ Preparation and implementation of industrialization process.
▪ Put in place an active learning system for continuous learning.
▪ Development of new services for the detection of vegetation and recognition of writings on rail images.
Mission Description:
Design and implement a train detection system based on seismic signals using computer vision algorithms. In particular,
the project responds to the following tasks:
▪ Track detection
▪ Detection and separation of trains.
▪ Detection of square wheels.
Achievements:
▪ Data preparation: collect data, clean data, analyze signal, label data and convert signal into images.
▪ Bibliographic research, state of the art.
▪ Development, implementation and industrialization of the solutions.
▪ Agile work (SCRUM)
▪ Drafting of a final report.
Mission Description:
As part of the CLEF 2018 conference, the topic was “the early detection of signs of anorexia” using text mining and
machine learning algorithms:
▪ State of the art of text classification methods.
▪ Data pre-processing: Data cleaning, selection of relevant characteristics, vector representation of texts.
▪ Application of text mining methods (TF-IDF, Bag of Word, embedding) in order to obtain the vector representations
of the different words that make up the input texts.
▪ Use of deep learning algorithms (LSTM, GRU, RNN)