UCSB transfer student pursuing Economics & Accounting with experience in patient support, legal administration, sales, coaching, and volunteer leadership. Skilled in client and patient communication, document preparation, data entry, confidentiality, and team collaboration. Brings organized, detail-focused support to professional settings involving therapists, attorneys, customers, and community members.
• Facilitated daily clinic operations by preparing equipment, supporting patients through prescribed exercises, and maintaining a safe, organized treatment area.
• Developed home exercise program printouts after introducing new exercises and stretches, improving patient follow-through outside the clinic.
• Streamlined therapist evaluations by preparing flowsheets and entering new patient information into the clinic system.
• Enhanced patient understanding by adding detailed notes to exercise printouts across 20+ sessions to clarify movement instructions.
• Managed two patients concurrently during high-demand sessions over multiple shifts, earning recognition from management for reliability and adaptability.
• Provided holiday and coworker shift coverage, assisting 8+ additional patients while maintaining efficient clinic flow.
• Supported attorneys in criminal defense and family law matters by organizing case files, preparing client documentation, and assisting with legal filings.
• Helped draft and format 15+ legal documents, including subpoenas, expungements, motions, declarations, petitions, and agreements under attorney supervision.
• Communicated with court staff to confirm filing procedures, case information, and document requirements.
• Assisted with 5+ client intake meetings by recording key details, organizing sensitive information, and maintaining confidentiality.
• Contributed to preparation for 10+ criminal defense and family law cases, strengthening attention to detail, discretion, and case-management skills.
• Supported SAG-credited short film production across four shoot days by assisting with lighting, props, equipment movement, continuity, and set organization.
• Reduced production downtime by anticipating setup needs, organizing materials, and assisting with cast and crew transitions.
• Monitored background noise, crew movement, prop placement, and continuity to help preserve clean audio and avoid unnecessary reshoots.
• Assisted with lighting and gear adjustments across 10+ scenes while helping maintain safe and efficient set operations.
• Earned SAG production assistant credit and received praise for coordination, commitment, and reliability.
• Supervised and coached young athletes during gymnastics parties, classes, and recreational competitions while maintaining safety and engagement.
• Led age-appropriate drills, fitness circuits, and activities to improve coordination, focus, and athletic performance.
• Adapted instructions for individual students based on skill level, confidence, and personal goals.
• Assisted with setup, teardown, and event operations for birthday parties, small gatherings, the Cotton Candy Classic, and Victory Games.
• Co-judged recreational gymnastics sessions by supporting scoring, athlete flow, and event logistics.
• GPA: 3.89/4.00
• Phi Theta Kappa Honors Society Member
• Dean’s List: Fall 2023, Spring 2024, Fall 2025, Spring 2026
• Scherzer International Scholarship Recipient
• Relevant Coursework: Microeconomics, Macroeconomics, Calculus I–III, Statistics, Linear Algebra, Differential Equations, Python Programming, MATLAB, Public Speaking, Physics
• Accepted as a Fall 2026 transfer student to UC Santa Barbara for Economics & Accounting.
• Maintained a 3.89/4.00 GPA while completing rigorous transfer coursework in Calculus I–III, Statistics, Linear Algebra, Differential Equations, Python, and MATLAB.
• Earned Phi Theta Kappa Honor Society membership for academic excellence.
• Achieved Dean’s List recognition across multiple community college semesters.
• Received the Scherzer International Scholarship.
• Completed MATLAB projects analyzing Apple stock price volatility, skewness, kurtosis, and numerical integration methods.