Summary

Results-oriented Experimental Biophysics PhD with expertise in microfluidic device fabrication (PDMS), high-speed imaging, and quantitative analysis of red blood cell dynamics under confinement. Proven track record in designing reproducible experimental platforms, developing Python/OpenCV & MATLAB pipelines, and publishing in peer-reviewed journals (Biomicrofluidics, Cells). Experienced in cross-disciplinary collaboration (physics, engineering, biology) and mentoring. Seeking to advance biomechanical research and translational applications in microfluidics and nanomedicine.

Skills

• Microfluidic Device Fabrication (PDMS)
• High-Speed Microscopy & Image Analysis (OpenCV, MATLAB, Python)
• Quantitative Flow Analysis & Particle Tracking
• Experimental Design under Confinement
• Interdisciplinary Collaboration & Student Mentoring
• Protocol Development & Reproducibility
• Scientific Writing & Peer-Reviewed Publication
• Maintained safety and teamwork standards

Accomplishments

• Established high-speed imaging setups and quantitative analysis protocols for dynamic fluid and particle systems, achieving >70% reduction in processing time through automated pipelines (Python / OpenCV, Matlab) ? directly transferable to nanoparticle characterization and microfluidic mixer optimization.
• Designed and optimized microfluidic platforms for controlled experiments, including reproducible protocols under varying conditions relevant to lipid nanoparticle formulation and encapsulation.
• Conducted independent experimental campaigns combining sample preparation, high-resolution measurements, and data interpretation; supported transition of techniques in multidisciplinary settings.
• Demonstrated strong scientific autonomy, problem-solving, and data integrity in complex experimental setups, with a proven track record of protocol development and publication.