Artificial Intelligence in Radiation Oncology 2027

Dernière mise à jour : 06/11/2026

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Led by international experts, this training combines advanced AI methods, clinical applications, proton therapy, reirradiation and AI governance through scientific presentations, practical workshops and multidisciplinary exchanges.

Description

From Clinical Integration to Responsible AI

March 11 and 12, 2027

Registration deadline: March 4, 2027

This 1.5-day international in-person scientific course combines expert presentations, clinical applications and practical workshops focused on artificial intelligence in radiation oncology.

THURSDAY, MARCH 11 – FULL-DAY TRAINING

9:00–9:15 | Opening Session

Introduction to the course and educational objectives.

9:15–11:00 | Session 1 – Advanced AI Methods

Deep learning, predictive models, large language models, generalizability, uncertainty, model evaluation and quality assurance.

11:00–11:15 | Coffee Break

11:15–13:00 | Session 2 – Proton & Particle Therapy

AI across the proton therapy workflow: contouring, planning and dosimetry, image guidance and adaptation, clinical perspectives.

13:00–14:00 | Lunch

14:00–15:45 | Session 3 – AI for Reirradiation

Multimodal image registration and dose accumulation; automated segmentation in previously irradiated anatomy; prediction of efficacy and toxicity; AI-supported clinical decision-making.

15:45–16:00 | Coffee Break

16:00–17:45 | Session 4 – AI Governance

Regulatory frameworks; clinical validation; risk assessment and human oversight; model monitoring and drift; accountability and organizational governance.

17:45–18:00 | Final Discussion and Closing Session

Open-floor discussion with all participants, live course evaluation, closure.

FRIDAY, MARCH 12 – MORNING TRAINING

9:00–10:45 | First Series of Workshops

Participants choose one workshop from:

  • Workshop 1 – Advanced AI Methods

  • Workshop 3 – AI for Reirradiation

  • Workshop 4 – AI Governance

10:45–12:30 | Second Series of Workshops

Participants choose one workshop from:

  • Workshop 1 – Advanced AI Methods

  • Workshop 2 – Proton & Particle Therapy

  • Workshop 4 – AI Governance

Places are subject to availability.

Workshop Content

Workshop 1 – Advanced AI Methods

Hands-on model evaluation, segmentation, performance metrics, uncertainty and quality assurance.

Workshop 2 – Proton & Particle Therapy

Clinical case: AI-assisted contouring, planning, optimization, robustness, image guidance and adaptation.

Workshop 3 – AI for Reirradiation

Clinical case combining registration, cumulative dose assessment, segmentation and decision support.

Workshop 4 – AI Governance

Implementation pathway for an AI tool: risk analysis, human oversight, monitoring and responsibilities.

12:30 | Closing Session

Live course evaluation, closure. End of AIRO training.

 

 

ADDITIONAL EVENT – FREE PROTON THERAPY SYMPOSIUM

Friday, March 12, 2027 – 14:00–16:30

AIRO participants are invited to attend the Unicancer Proton Therapy Symposium, offered free of charge.

This scientific event will explore the latest innovations and future developments in proton therapy.

The symposium is offered exclusively to AIRO participants and is not included in the training programme or its educational duration.

Complimentary Proton Therapy Symposium – March 12, 2027

Registration for the 1.5-day AIRO training programme automatically includes free registration for the Unicancer Proton Therapy Symposium, held on March 12, 2027, from 14:00 to 16:30.

Participants will receive a separate registration confirmation, including the symposium programme and practical information.

 

Objectifs

By the end of the training, participants will be able to:

  • Identify the main uses and challenges of artificial intelligence in healthcare

  • Explain the main applications of AI in medical physics and proton therapy

  • Analyse the ethical, regulatory, organisational and governance issues associated with the deployment of AI in healthcare

  • Identify the conditions required for the safe, reliable and responsible integration of artificial intelligence solutions into professional practice

  • Assess the benefits, limitations and key points of vigilance associated with the use of AI in their professional environment

Public visé

Radiation oncologists, medical physicists, dosimetrists, RTTs, biomedical engineers, department heads, IT security officers, lawyers, healthcare administrators and healthcare decision-makers.

Prérequis

Professional proficiency in English.

Modalités pédagogiques

  • Informative method: Theoretical input and knowledge sharing.

  • Applied method: Practical exercises through simulations and case studies.

  • Experience analysis: Collective review and discussion of real-life feedback.

Moyens et supports pédagogiques

Training Resources and Materials

  • Educational resources and training materials provided to participants

  • Case studies and experience sharing

  • Opportunities for discussion and exchange of professional practices between participants and experts

Venue and Facilities

  • The training will take place at RATP House – 54 Quai de la Râpée, Paris

  • Participants will be welcomed in facilities suitable for training sessions, conferences and professional discussions

  • The equipment and facilities required for the proper delivery of the training will be available on site

Modalités d'évaluation et de suivi

Assessment procedures

Before the training

Placement questionnaire

During the training

Formative and summative assessments

After the training

Learning outcomes assessment quiz

Satisfaction questionnaire

Accessibilité pour les personnes en situation de handicap

Accessibility for People with Disabilities

Unicancer Formation has a designated disability officer.
They provide information and support to participants with disabilities and ensure that everyone can access the training under the best possible conditions.

 Contact : David Aubry d-aubry@unicancer.fr

Our trainers are aware of and trained to welcome participants with disabilities.

Unicancer Formation is committed to promoting diversity and inclusion. All applications are reviewed on an equal opportunity basis.

Before the training
Please contact us as early as possible by email at unicancer-formation@unicancer.fr to inform us of any specific needs or accommodations required.
You are welcome to complete the dedicated form questionnaire to help us better prepare your participation

On the Day of the training 

A member of the Unicancer Formation team will welcome you 30 minutes before the start of the session.

During the training

The trainer will implement the accommodation measures previously identified with you before the course.

Accessibility Register
The accessibility register of our training organization is available upon request at unicancer-formation@unicancer.fr.

Support Measures
We invite you to explore the support and assistance measures we offer, available by clicking the link below ici.

Délais d'accès

Registration deadline: 4 March 2027

Registration is open until 7 days before the start of the training, subject to availability.

For any questions regarding registration:
unicancer-formation@unicancer.fr

Tarif

Organisational Features

  • Lunch included

  • Transport and accommodation at trainees' expense

Accessibility

Accessible to people with disabilities.

For any specific request, please contact our disability officer.

Profil du / des Formateur(s)

This programme is conducted by a multidisciplinary panel of international experts recognised for their excellence in both clinical practice and research.

The teaching team includes:

  • Radiation oncologists and medical physicists, leading or contributing to AI-based clinical projects in radiotherapy, proton therapy and dosimetry.

  • Professors and researchers in data science, applied mathematics, and biomedical informatics, specialised in algorithm development, model validation, and medical data integration.

  • Experts in ethics, governance and digital law, addressing the legal, regulatory, organisational and societal challenges associated with artificial intelligence in healthcare.

Together, they provide participants with a comprehensive and operational understanding of how artificial intelligence is transforming radiation oncology, from clinical applications to ethical and regulatory frameworks.

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Prochaines Sessions

  • 11/03/27 9:00 → 12/03/27 12:30 Nouveauté
    PARIS (75) - 146 places restantes

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Indicateurs de performance d'Unicancer Formation 

96% de nos apprenants ont été satisfaits ou très satisfaits de la formation en 2025

97% de nos apprenants ont été satisfaits ou très satisfaits des formateurs en 2025

98% de nos apprenants considèrent que les compétences acquises lors de nos formations s’appliquent dans l’environnement du travail en 2025

96% de nos apprenants ont suivi l'entièreté de leur parcours de formation en 2025

Nombre d'apprenants formés en 2025 : 411

 

Si vous désirez nous transmettre une réclamation, vous pouvez nous l'adresser par mail à unicancer-formation@unicancer.fr

 

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