Computational Neuroimaging Engineer (H/F)

TheraPanacea est une start-up dans le domaine des technologies médicales qui exploite l‘intelligence artificielle, l’imagerie médicale et les mathématiques avancées pour révolutionner la prise en charge du cancer.

Créée en 2017, TheraPanacea a reçu plusieurs prix nationaux et internationaux récompensant l’innovation et l’excellence scientifique de ses produits et projets dont le prix européen de la Recherche (European Research Council grant) en 2016 et en 2018 le 1er Prix du Paris Région AI Challenge.

Ses bureaux sont situés au cœur de Paris (RER B Port- Royal) et vous rejoindrez une équipe passionnée, dynamique et internationale (10 nationalités différentes).

TheraPanacea, an award-winning medical technology company created in 2017, is reinventing healthcare through harnessing AI to develop cutting-edge software to optimize diagnostics, prognostics and therapies for cancer, degenerative diseases and other complex diseases.

Job Description:
• To jointly selected/download and store with the clinical team the neuroimaging data necessary from open source databases
• To oversee neuroimaging data management including data quality control, coordination of data treatment
• To implement neuroimaging analysis pipelines of amyloid and tau PET and Dat-SPECT as well as structural MRI scans for ongoing studies.
• Write procedure link to the neuroimaging analysis pipelines production (quality control of data, type of analysis used, quality control of results, data results transfer – if applicable)
• Bibliographic Review of methodologies and available neuroimaging analysis pipeline
• To identify and implement new neuroimaging analysis pipelines, when necessary, based on the client needs
• To provide results, performances and statistical analysis of imaging metrics and data
Profile:
• Minimum level required: Master Degree in engineering or biomedical domain, background or experience in health data and medical imaging data.

Required skills:

• Experiences or knowledge in medical/health field, life science or high technology
• Experience with neuroimaging data analysis packages (FSL, SPM, Freesurfer, etc.) to analyze MRI, PET and SPECT data
• Experience with programming languages such as Matlab, Python, R, etc
• Experience with advanced statistical modeling techniques
  -Excellent oral and written communication skills and good presentation skills
• Strong motivation
• Ability to work on multiple projects in parallel and to work across teams
• Knowledge in neuro-imaging domain, especially the ability to analyzing data
• Familiarity with multimodal data integration modeling and advanced machine learning techniques (e.g. multiplex networks, deep learning), multivariate statistics and cloud computing is a plus.