• Collaborated with multidisciplinary teams to explore material innovations, including 3D silica aerogels for high-fashion applications• Provided scientific guidance to scale material technologies while aligning with aesthetic and functional goals for product designs• Supported client and stakeholder discussions by translating complex scientific concepts into actionable development strategies

• Built cross-cultural relationships to establish a global modeling career, gaining experience across Miami, Los Angeles, New York, South America, and Europe.• Managed complex work schedules while balancing a full-time academic workload throughout high school and college• Enhanced public speaking and communication skills through professional engagements and brand representation• Excelled in multitasking, handling simultaneous projects and deadlines in fast-paced environments

• Taught tissue engineering lab sessions, instructing students in advanced cell culture techniques, including aseptic handling and maintenance of cell lines• Guided students in performing biological assays to analyze cellular responses and biomaterial interactions• Provided hands-on support in experimental design and data analysis• Fostered student understanding of core tissue engineering principles through personalized instruction and collaborative problem-solving

• Collaborated with urological oncologists and surgeons on integrating artificial intelligence into prostate cancer diagnostics• Developed quantitative MRI algorithms to automate identification and risk classification of prostate regions• Enhanced biopsy decision-making through precision-driven algorithm refinement• Contributed to interdisciplinary research combining medical imaging and AI in urological oncology

• Supported doctoral candidates in the Vasquez-Padron lab at the Miller School of Medicine• Conducted electrospinning of hydrogel scaffolds for biomaterials research• Assisted in rheological analyses to evaluate material properties• Quantified images of rodential arteriovenous fistulas using immunohistochemistry and Image J software

• Guided students in mastering scanning electron microscope (SEM) techniques to analyze and classify materials with precision• Delivered hands-on instruction in SEM operation, including sample preparation, imaging, and data interpretation• Developed students' proficiency in material classification by teaching methods for identifying structural and compositional properties• Provided personalized support to reinforce technical skills and ensure competence in advanced microscopy applications