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ENASE 2026: Students from aivancity’s Grande École Programme are putting French AI research on the international stage

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26 May 2026
ENASE2026
Further international scientific recognition has been given to the academic excellence demonstrated by aivancity’s students.
At the 21st edition of the ENASE 2026 international conference (Evaluation of Novel Approaches to Software Engineering), held in Benidorm, Spain, from 22 to 24 May 2026, Davis Joseph, a student on the Grande École Programme, presented a research paper entitled: X-SHIELD: Explainability-by-Design for Self-Healing Orchestration in Multi-Agent Systems.

This research was carried out alongside Wiam Belouard and Sara El Kardi, as part of the 4th-year AI Research Clinics of aivancity’s Grande École Programme, under the supervision of Dr Antoun Yaacoub, a professor at aivancity and Head of the MSc in Generative Artificial Intelligence.

An innovation at the heart of the challenges surrounding trust in AI

The paper presents X-SHIELD, an innovative ‘explainability-by-design’ approach dedicated to self-healing systems orchestrated by multi-agents.

The selected students will join aivancity’s Grande École Programme whilst benefiting from an enhanced curriculum comprising 200 hours of additional training per year.

Today, the most advanced artificial intelligence systems are capable of automatically detecting anomalies, correcting errors or modifying their behaviour without human intervention. However, these mechanisms often remain opaque to users and operators, turning the decisions made by AI into veritable ‘black boxes’.

Faced with this major challenge of transparency, aivancity students have developed a solution capable of instantly generating a structured and comprehensible explanation of the decisions made by the system.

X-SHIELD thus offers two levels of interpretation:

  • a clear, educational summary aimed at non-technical users;
  • a comprehensive and auditable technical history for engineers and experts.
This approach directly addresses the new challenges of governance, trust and explainability in autonomous systems.

International scientific recognition

This research has been officially published in the proceedings of the ENASE 2026 conference (Volume 1, pages 662–669, ISBN: 978-989-758-828-0), ensuring that the students’ work is firmly established in the international scientific literature.

The acceptance of the paper by ENASE, a recognised international conference classified as CORE B in software engineering and computer science, constitutes a significant validation of the project’s methodological and scientific quality.

In addition to the publication, the work has also been selected for an oral presentation at the conference, once again highlighting the excellence of the work produced.

Training experts capable of bridging AI, technology and governance

This project fully exemplifies aivancity’s educational approach: to train talented individuals capable of mastering cutting-edge technologies whilst taking into account the ethical, human and organisational challenges of artificial intelligence.

Through the AI Research Clinics, students on the Grande École Programme work on real-world problems combining data science, autonomous systems, AI governance and explainability.
“A source of immense pride”
It is a source of immense pride to see the work of our students on the Grande École Programme not only presented orally, but also officially published in the proceedings of a CORE B-ranked international conference. The success of Davis Joseph, Wiam Belouard and Sara El Kardi is concrete proof of the high standards and academic excellence championed at aivancity. By developing X-SHIELD, they are tackling one of the greatest challenges facing modern AI: the trustworthiness and transparency of autonomous systems. This dual recognition, both in print and in an oral presentation, is just the first in a series of international events for this particularly talented cohort. Congratulations to the whole team on this major scientific milestone!

Dr Antoun Yaacoub

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