Research Assistant
at DAIR Lab
- Validated and scaled a multimodal graph neural network pipeline (PyTorch Geometric GAT/GCN encoders, ESM protein embeddings) for toxin ion-channel classification, reaching 87.5% test accuracy on a 200-protein benchmark.
- Debugged a label-mapping defect that was silently corrupting class-level statistics, and extended a persistent-homology analysis (GUDHI) from a 3-sample proof of concept to the full benchmark.
- Implementing a custom Gradient Reversal Layer (PyTorch
autograd.Function) for domain-adversarial training, to close a ~30-point generalization gap between random-split (~86%) and held-out-taxon (~55%) accuracy.