Accomplished computational and systems biologist with over 15 years of experience in integrating diverse data sets to predict organism behavior and engineer biological systems for optimal function. Expertise in analyzing complex biological systems, leveraging multi-omics data, and applying Al and machine learning to solve real-world problems. Proven ability to align research objectives with organizational goals in fast-paced, multi-disciplinary environments.
- Designed and led projects unravelling the molecular mechanisms in complex biological systems, achieving significant advancements in predictive biology.
- Directed multidisciplinary teams, delivering high-impact research projects and fostering collaborations across scientific, technical, and executive stakeholders.
- Engineered and validated computational workflows for multi-omics data analysis, enabling seamless integration and visualization of biological insights.
- Developed and implemented AI/ML-driven tools adhering to trustworthy Al principles, ensuring robust, reproducible, and ethical scientific applications.
- Championed innovation in biological data science, leveraging cutting-edge computational strategies to advance biomedical research and bioeconomic priorities.