02 / PROJECTS
Selected technical work from graduate coursework, alongside personal and entrepreneurial projects.
Finite-discrete element modeling of heated nuclear fuel canisters in a deep geological repository, with a parametric thermal study across five temperature scenarios.
Simulated the drained triaxial response of soft clay using the Soft Soil constitutive model.
Calibrated Modified Cam-Clay parameters from triaxial data and implemented a Soft Soil Model in Python with a Mohr-Coulomb failure surface.
Compared factor of safety and failure mechanisms across limit equilibrium, finite element, and finite difference methods.
Fine-tuned a convolutional network to classify road-surface defects.
Co-founded a software venture and led market and business work for a deployed fleet maintenance product.