<aside> <img src="https://cdn-icons-png.flaticon.com/256/174/174857.png" alt="https://cdn-icons-png.flaticon.com/256/174/174857.png" width="40px" /> LINKEDIN
</aside>
<aside> <img src="https://github.githubassets.com/assets/GitHub-Mark-ea2971cee799.png" alt="https://github.githubassets.com/assets/GitHub-Mark-ea2971cee799.png" width="40px" /> GITHUB
</aside>
<aside> <img src="https://png.pngtree.com/png-vector/20190418/ourmid/pngtree-vector-resume-icon-png-image_953181.jpg" alt="https://png.pngtree.com/png-vector/20190418/ourmid/pngtree-vector-resume-icon-png-image_953181.jpg" width="40px" /> RESUME
</aside>
Automation Scientist | Jan 2021 - Nov 2023
- Reduced variation and error from manual workflows by developing automated high-throughput scientific workflows on Hamilton, Echo and Bravo liquid handling platforms, leading to a marked increase in laboratory efficiency and accuracy.
- Achieved a high level of precision and reproducibility in automated protocols by expertly developing and validating custom liquid classes using Hamilton LVK and Artel MVS.
- Streamlined production of robust, efficient automated workflows through collaborative cross-functional team efforts, ensuring comprehensive requirement understanding and detailed scope design, leading to seamless integration and operational excellence.
Laboratory Automation Technologist | Nov 2019 - Jan 2021
- Developed a custom liquid handling data pipeline integrating Fluent-bit and AWS Cloudwatch, transforming wet lab processes into actionable insights, significantly enhancing data utility and decision-making processes.
- Enabled teams to independently and effectively operate automated systems by providing extensive training, troubleshooting support, and mentorship, leading to increased efficiency and team autonomy.
- Played a key role in interpreting experimental results, providing strategic recommendations for subsequent experiments and optimizations, thereby driving continuous improvement and innovation in laboratory processes
Research Assistant - Leroux Lab
- Developed sophisticated R scripts to conduct a comparative analysis of conserved genes among ciliated and non-ciliated organisms, leading to the identification of three novel proteins potentially implicated in ciliopathies.
- Designed and introduced GFP fusions in C. elegans and observed in-vivo protein localization using fluorescent microscopy.
- Collaborated effectively with a research team, engaging in discussions and knowledge-sharing to contribute to a broader understanding of ciliopathy-related mechanisms.
