I'm a Biomedical Engineer passionate about bridging the gap between engineering, computation, and medicine. My expertise includes:
- 𧬠Biomedical Engineering
- π Python programming
- ποΈ Finite Element Analysis (FEA)
- π Computational Geometry
- π Continuum Mechanics
- π Data Science & Visualization
- πΌοΈ Image Processing, Segmentation, and Registration
- lsmgridtrack: A Python package for deformable image registration of 3-D laser scanned images and analysis in biomechanics.
- resonant_lsm: Segmentation and deformation analysis of microscopic images obtained with resonance laser scanning
- bioMultiScale: A Python package for automating multiscale (submodelling) finite element analysis in articular cartilage
I have several internal projects that will be open-sourced shortly including:
- A new Python API for the FEBio finite element package
- A framework for automating FEA pipelines particularly for articular joint modelling and implant design
I'm driven by curiosity and the challenge of translating complex physical phenomena into computational models and data-driven insights. My work aims to advance medical research and technology by leveraging robust engineering tools and open-source development.
Feel free to connect, collaborate, or check out my projects!