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Université Côte d'Azur
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Master’s/Engineering Internship in World Models and Self-Supervised Learning for Tabular and Radiomics Data Université Côte d’Azur in France
Degree Level
Master's
Field of study
Computer Science
Funding
The six-month internship offers a net monthly salary of 650 euros.
Deadline
Feb 26, 2027
Country
France
University
Université Côte d'Azur
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About this position
This six-month Master’s/Engineering internship at the I3S Laboratory of Université Côte d’Azur in Sophia Antipolis, France, focuses on developing world-model approaches for tabular data and radiomics.
The project will investigate self-supervised learning architectures, particularly the Joint Embedding Predictive Architecture (JEPA), for structured data organized in rows and columns. The work will examine how JEPA can be adapted to tabular datasets and will study recent approaches such as T-JEPA and Var-T-JEPA. A central research question concerns the interpretation, explanation and modeling of contextual vector representations learned from tabular data.
The methods will subsequently be applied to radiomics datasets. Radiomics extracts numerical descriptors from medical images, which can then be analyzed to help predict clinical outcomes such as the nature of a lesion or a patient’s condition. The intern will work with publicly available radiomics datasets and is expected to produce clear, well-documented experimental results suitable for discussion with physicians and biologists.
The project is conducted within the Signal, Images, Systems (SIS) department of I3S in collaboration with the University Hospital of Nice (CHU de Nice). This collaboration provides an interdisciplinary research environment combining machine learning, data science, medical imaging and gastroenterology and hepatology expertise.
Funding details
The six-month internship offers a net monthly salary of 650 euros.
What's required
Applicants should have M2 or engineering-level training in applied mathematics and/or computer science, basic knowledge of machine learning, and computer programming skills. Development will be conducted in Python and PyTorch.
How to apply
Apply through the ABG-140874 opportunity page using the provided application or contact mechanism. Review the project details and submit the requested application materials before 26 February 2027.
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