Biomedical Engineering graduate student with expertise in laboratory techniques, data analysis, and healthcare operations. Proficient in Python and R, with a proven track record of enhancing research methodologies and patient care. Passionate about driving innovation in biomedical research and improving outcomes.
• Coordinated immunization clinics, ensuring seamless organization and timely record updates for over 1,000
students.
• Enhanced communication by addressing health inquiries through email and phone, improving response accuracy
and efficiency.
• Promoted campus-wide health initiatives, including COVID-19 awareness, increasing student participation by
20%.
• Conducted precise X-rays, contributing to accurate diagnostics for over 50 patients weekly.
• Streamlined dental procedures through proactive chair-side assistance, enhancing patient comfort and clinic
workflow.
• Implemented strict sterilization protocols, reducing instrument preparation time by 15%.
• Supported IMRT and IGRT procedures, ensuring precise patient care and equipment readiness.
• Scheduled appointments and managed physician calendars, improving clinic efficiency.
• Optimized inventory management, reducing supply stockouts by 10%.
•Collaborated on research studying the effects of global changes on animal behavior, focusing on genomic and
landscape genetics.
• Implemented data collection and analysis techniques, improving the accuracy and reliability of research findings.
• Explored innovative methodologies, contributing to advancements in research protocols.
Technical Skills: PCR, Mammalian Cell Culture,
Blotting Techniques, Tissue Culture, GLP, Microscopy
Domain Knowledge: Microbiology, Oncology,
Biochemistry, Genetics
Research Skills: Experimental Design, Literature Review
Data Analysis Tools: Python, R
Soft Skills: Adaptive Thinking, Team Leadership,
Effective Communication, Problem-Solving
Neural tissue engineering for brain injury repair focusing on restoring damaged neural connections. Developing biomimetic scaffolds with growth factors and stem cells to support neural regeneration and recovery, optimizing design for controlled release to promote nerve growth and repair.
Transmission Dynamics of Staphylococcus aureus in Conjunctivitis
Investigated environmental and genetic influences on bacterial adhesion, biofilm formation, and immune evasion, providing insights for improved infection control strategies.
Microbiota-Derived Metabolites Modulate Cancer Cell Proliferation
Isolated and analyzed mircobiota-derived metabolites from stool samples to assess their impact on HeLa cancer cell growth using cell viability assays. Preformed Trypan Blue exclusion and hemocytometry, to quantify metabolite-induced effects.
Cell Viability and Spheroid Formation Analysis of HT1080 Cells Treated with Staurosporine
Conducted cell viability assays to assess the impact of staurosporine on HT1080 fibrosarcoma cells, utilizing fluorescence imaging and luminescence based techniques to measure apoptosis and proliferation. Applied image analysis software and statistical data interpretation to quantify trends in 2D and 3D cancer spheriod models, optimizing experimental workflows fro drug response evaluation.
Genetic Analysis of Black Eye Mutation Inheritance in Drosophila Across Two Generation
Conducted genetic crosses in Drosophila melanogaster to determine the mode of inheritance of a black eye mutation, utilizing Mendelian principles and statistical analysis. Applied chi-square tests and phenotypic scoring across multiple generations to conclude that the mutation follows an autosomal recessive pattern, demonstrating proficiency in genetic analysis and experimental design.
Saint Mary's Medical Center - Surgery Center Intern - San Francisco, CA May 2022 - August 2022