I’m a neuroimaging research scientist specializing in human magnetic resonance spectroscopy (MRS), advanced MRI methods, and reproducible scientific software.
My work focuses on translating complex MR data into reliable measures of brain chemistry through acquisition optimization, signal processing, quantitative analysis, quality control, and multi-site harmonization.
- In vivo proton MRS and edited MRS
- Spectral processing, modeling, and quantification
- Imaging biomarkers and translational neuroscience
- Multi-site harmonization and reproducibility
- Open data standards, including BIDS and NIfTI-MRS
- Automated analysis and signal processing pipelines
- Gannet — MATLAB software for processing, modeling, quantifying, and visualizing edited MRS data
- BIDS — an open standard for organizing and interacting with biomedical data and metadata according to FAIR guidelines
- MRS-BIDS — an extension of BIDS for MRS (now merged)
MATLAB · Python · R · Git/GitHub · BIDS
I’m interested in collaborations and senior scientific opportunities involving advanced MRI/MRS, imaging biomarkers, translational neuroscience, and reproducible scientific software.