CS · AI · Computational Biology

Building a unified
computational lens
for life

From protein mutations to tumor immune microenvironments to ecological systems — I build AI instruments grounded in the AIVC framework that reason across the scales of biological complexity.

View Projects → Vision ↗ About me ↗
Molecular MutaGraph
Cellular TME-VI
Knowledge CellScout
Ecosystem Eco-Vault
01

Projects

View all →
Cellular Scale HF Space ↗

TME-VI

Uncertainty-aware decoder virtual instrument for immunotherapy response prediction in melanoma. scVI + GAT + MC Dropout.

scVI GAT MC Dropout AUROC 0.885
Molecular Scale HF Space ↗

MutaGraph

GNN-based protein mutation effect prediction. Single-point mutations, protein stability (ΔΔG) and antibody-antigen binding affinity.

PyG GAT ΔΔG Protein Structure
Knowledge Scale HF Space ↗

CellScout

AI research assistant for the AIVC literature. Natural language queries across papers, cross-paper synthesis via knowledge graph.

Multi-agent RAG Knowledge Graph Claude API
02

Vision

Explore →
Eco-Vault

Building a Smart Greenhouse

A maker build log — sensor stack, Raspberry Pi edge compute, and a bridge to AIVC concepts. Treating ecology as a biological system.

● In Build
Comp. Herbology

Computational Ethnobotany

Field collection → LC-MS → LINCS L1000 → Virtual Cell perturbation prediction. Bridging traditional herbal knowledge and modern computational biology.

● Research
03

Writing

All posts →
AIVC Decoder Virtual Instruments as Epistemic Tools 2026 Comp. Herbology From Field to Perturbation: A Pipeline for Computational Ethnobotany 2026 AIVC Zero-shot Transfer Across Cancer Types: Promise and Pitfalls 2025