Multi-parametric analysis of Alzheimer’s disease with neuroimaging technique.

• Led system analysis and project design for imaging systems, ensuring data integrity and compliance.• Developed image/data analysis algorithms to automate analysis, significantly boosting analysis efficiency.• Utilized advanced molecular biology laboratory techniques such as genetic transformations/transfections, protein purifications, FPLC, HPLC, PCR, DNA amplification, cell culture, characterization, assay, in vivo imaging, etc.• Designed and conducted cell-based assay using mammalian cell lines for diverse research applications.• Coordinated the installation, maintenance, and upgrades of imaging systems in biomedical research settings.• Conducted transfection and gene editing for cell lines (e.g. CHO, HEK293) manipulation for drug testing.• Conducted needs assessments with multiple research groups and technical teams, enhancing user functionality.• Created and maintained batch records and work orders, ensuring accurate data documentation and traceability.• Designed experimental methods for fluorescence-based imaging, studied the photophysical properties of fluorescent portions (FPs) and their impact on Förster Resonance Energy Transfer (FRET) measurements.• Validated and implemented temporally resolved FRET spectrometry for studying protein interactions in vivo.• Significant contribution to establishing a hybrid system of magnetic tweezers and optical microscopy for single-molecule fluorescence measurements and training in single-molecule sample preparation.• Trained in instrument setup, calibration, laser alignment, maintenance, and troubleshooting instruments.• Optimized methods to quantify structural change in G protein-coupled receptor (GPCR) due to ligand in vivo.• Installed, migrated, and maintained data processing pipeline from lab to high-performance computing cluster. • Trained new members of the lab to utilize cluster computing, lab instruments, and data/image processing software.

• Managed, prepared, presented, and evaluated various discussion classes for over five calculus- and non-calculus-based undergraduate physics courses, such as Electrodynamics, Mechanics, and Physics for Health Professions.• Designed labs, helped maintain equipment, instructed, and wrote/improved operating manuals for undergraduate labs; supervised calculus and non-calculus treatment labs for 500+ students from diverse backgrounds.Down to Earth Experimental Physics (DEEP) program • Instructor for After-School Science Program: Designed and demonstrated engaging science experiments and taught physics to elementary and middle school students, inspiring a passion for scientific studies.

• Developed a 2D dry transfer protocol for Bi2Se3 (topological insulator).• Trained in Chemical Vapor Deposition, Atomic Layer Deposition techniques, and AFM-based measurements.• Conducted preventive maintenance on ultra-high vacuum systems, and managed chemicals, and equipment failures. • Strong background in surface physics and material science, linking microstructure to properties.