Located in the heart of the Bern medical hub, the CAIRO research lab led by Sarah Brüningk invites applications for PhD positions to investigate data-driven solutions harnessing longitudinal imaging (MRI, CBCT), histopathology data, and digital pathology platforms and learning from multi-modal data such as multi-omics. The CAIRO aims to establish clinically deployable solutions and hypothesis generation to motivate clinical trials to close the loop between research and patient care. Specifically, we are working as a multidisciplinary team, ideally seeking applicants interested in biomedical data science applications and a strong computational background. The anticipated projects span:
1) Computer vision applications for (pediatric) brain tumor response prediction and modeling of tumor growth and recurrence in a mechanistic learning framework paired with an investigation of data harmonization through generative models. Prior knowledge in generative modeling on imaging, image segmentation, and generally computer vision is key.
2) Digital Pathology solutions for in silico characterization of the tumor microenvironment. Building on a unique dataset comprising spatial proteomics and histopathology we aim to investigate digital pathology solutions for tumor subtyping and characterization at high spatial resolution. Prior knowledge of large-scale data handling and computer vision is preferable.
3) Foundation models for multi-omic data integration, representation learning, and response prediction. Building on combined data from transcriptomics, whole genome sequencing, methylation, and copy number variation we aim to model different aspects of response to radiotherapy, radiosensitization, and systemic therapies. A background in mechanistic modeling in addition to a general understanding of the involved data types is a plus.
4) Learning from diverse multi-modal data (imaging and pathology/omics data integration) aiming for the prediction of patterns of therapy response and resistance at the patient level.
A PhD position within the CAIRO offers an excellent opportunity to work at the forefront of biomedical data science and computer vision on multimodal data, contributing to both radiation oncology and data science research alike. Given the variety of proposed projects, we are keen to work with the selected candidates to tailor specific projects in the context of joint interests and applications.
- Data curation, cleaning, and preprocessing: Support the curation, cleaning, and harmonization of biomedical datasets, handling of databases, and optional workflow integration.
- Develop and implement ML/DL models to analyze (multi-modal) data - an innovative approach building on recent theoretical advancements is desired
- Design and validate predictive algorithms for (imaging) biomarker discovery
- Optimize data integration techniques for multi-omics and clinical datasets
- Communicate with clinical experts regarding the requirements for data preparation and feature extraction
- Prepare manuscripts, and presentations to disseminate findings
- Be part of an engaging and collaborative team