Multimodal neuroimaging
MEG source work in autism and connectivity analysis
Acquired and preprocessed MEG on an Elekta/Neuromag Vectorview system, generated Fast-VESTAL source maps, and created MEG-derived ROIs for downstream fMRI interpretation.
Projects
Selected work.
Multimodal neuroimaging, browser-based fNIRS analysis, and clinical systems work that has to function in real life.
Cerebellar fMRI
Aviation pursuit study with full SPM8 preprocessing
Designed the X-Plane task, wrote control software, and led the full fMRI pipeline for the first-author study on cerebellum, basal ganglia, and cortex.
fNIRS methods
fnirs-webpipe
Open-source, cross-platform, client-side fNIRS analysis that runs in any modern browser, including offline. The app exports a transportable processing and analysis protocol: an ordered, human- and machine-readable record of preprocessing and modeling choices with parameters and provenance, reloadable to resume work and retrace decisions without data sharing.
Clinical technology
Health-system software shaped by real operations
Clinical analytics and patient-resource applications developed in a stack that includes Node.js, Vue 3, Tailwind, Google Apps Script, and Google Cloud.
Publications and talks
Gougelet, R. J., Terzibas, C., & Callan, D. E. (2020). Cerebellum, basal ganglia, and cortex mediate performance of an aerial pursuit task.
Frontiers in Human Neuroscience, 14, 29.
Published
First-author paper bridging ecological task design, cerebellar fMRI, and performance under time pressure.
Datko, M., Gougelet, R. J., Huang, M.-X., & Pineda, J. A. (2016). Resting-state functional connectivity MRI among spectral MEG current sources in children on the autism spectrum.
Frontiers in Neuroscience, 10, 258.
Published
Direct conventional MEG acquisition, preprocessing, and source-level interpretation supporting a multimodal analysis pipeline.
Gougelet, R. J., & Haddock, O. L. (accepted). Zero-Install Browser-Based fNIRS Analysis With Transportable, Citable Processing and Analysis Protocols.
Accepted poster, 6th International Neuroergonomics Conference.
Accepted
Software and methods work focused on local-first analysis, protocol portability, and reproducible processing.
Gougelet, R. J., Terzibas, C., Voytek, B., & Callan, D. E. (2018). Functional network activity mediating the shift of attentional resources during inattentional deafness in an aviation pursuit task.
Neuroergonomics Conference, Philadelphia, PA.
Talk
Ecological task design and neuroergonomics work from the aviation pursuit study.
Measurement to implementation
Measurement, analysis, software, and translation stay connected across the work.