Matthias Walle Postdoctoral associate in bone imaging, AI, and scientific software
Bone Imaging, Biomechanics, AI, And Scientific Software

Matthias Walle, PhD

I am a postdoctoral associate at the McCaig Institute, University of Calgary. My work connects mechanobiology, musculoskeletal imaging, and computational methods, with a focus on longitudinal HR-pQCT, opportunistic CT, vertebral strength assessment, and translational research software that stays useful beyond a single paper.

Before Calgary, I completed my doctorate at ETH Zurich on mechanoregulation of bone remodelling in diabetes. Across projects, I build imaging methods, quantitative pipelines, and open tools that help turn complex skeletal data into interpretable, reproducible measurements.

Matthias Walle
About Matthias Walle Postdoctoral associate at the McCaig Institute working across bone imaging, biomechanics, AI, and open scientific software.
Mechanobiology

Methods for mapping bone formation and resorption relative to local mechanical environment.

Clinical Translation

Applications in altered loading, metabolic disease, spaceflight, fracture healing, and routine CT.

Software

Open pipelines, CLI tools, and reproducible workflows designed for real imaging datasets and collaboration.

Teaching And Open Science

Public repositories, datasets, trainee support, and methods that remain understandable after publication.

Research And Methods

I develop quantitative imaging methods for bone structure, strength, and remodelling across longitudinal HR-pQCT, opportunistic CT, and finite element modelling workflows.

  • Localized remodelling analysis in vivo
  • Vertebral strength assessment from routine CT
  • Segmentation, calibration, and quality control pipelines

Projects And Tools

Much of the research lives as software. I build practical codebases that collaborators can run, inspect, validate, and extend.

  • Longitudinal HR-pQCT processing
  • Motion scoring and imaging QC
  • Benchmarking and analysis infrastructure

Teaching, Data, And Collaboration

Alongside research, I contribute teaching materials, public datasets, mentorship, and collaborative workflows that support more reproducible musculoskeletal imaging science.

  • Publications, datasets, and reusable resources
  • Teaching repositories and course materials
  • Collaboration across imaging, biomechanics, and translation