Computational Biologist * Biotechnology * Precision Medicine

I develop computational frameworks that advance our understanding of complex diseases. My work sits at the intersection of mathematical modeling, systems biology, and clinical research -- building tools that could help transform how we approach treatment.

• Project Confluence -- A complexity-restoring precision oncology framework. Uses 15-dimensional ODE systems, adaptive therapy controllers, and Bayesian digital twins to model cancer as a dynamical system rather than a static target. Validated across 200 uncertain biological scenarios with 0% resistant takeover.

• • Metabolic Modeling -- Investigating cancer metabolism through strain-based computational approaches, with focus on TNBC and multi-pathway metabolic vulnerabilities.

  • Research Interests

  • • Complex systems in disease (cancer, metabolic disease, neurodegeneration)
    • • Adaptive therapy and evolutionary containment strategies
      • • Mathematical oncology and pharmacokinetic/pharmacodynamic modeling

        • • Translational bioinformatics -- bridging computational models to clinical outcomes

          • Connect

          • • Nigeria
            • • BSc Biotechnology * Pursuing MSc in Bioinformatics
              • • Open to research collaborations in computational biology and precision medicine