Annabelle Choi
Torrance,CA
Summary
Driven high school junior with a background in electrical engineering and a foundation in coding. Experienced in creating impactful STEM programs for youth through nonprofit initiatives. Known for being organized, efficient, and effective in collaborative environments. Passionate about advancing technical skills and contributing innovative solutions within an engineering role.
Overview
2
2
years of professional experience
Work History
Research Assistant
Professor Gramada
09.2024 - Current
- Developed Computational Framework for Event-Driven Cellular Simulation: Designed a proof-of-concept API to simulate cellular functions in silico, with each cell component represented as a software object in an object-oriented framework.
- Enhanced Whole-Cell Modeling Efficiency with Event-Driven Approach: Utilized event-driven techniques to simulate dynamic cellular processes, enabling more effective coupling between diverse cellular functions and scales.
- Optimized Code in Java for Simulation Efficiency: Rewrote code to enhance efficiency, leveraging Java’s robust event-handling features to support realistic in vivo conditions for cell component interactions.
Research Assistant
07.2024 - Current
- Investigated Dynamics of Sonoluminescence in Bubble Systems: Explored how variations in acoustic frequency, amplitude, and bubble size influence bubble collapse dynamics, light emission intensity, and stability in single-bubble and multi-bubble setups.
- Simulated Bubble Behavior under Acoustic Forces Using Classical and Semi-Classical Models: Implemented single and multi-particle models to study temperature, pressure, and plasma formation in bubble collapse, leveraging classical molecular dynamics (MD) with the Verlet algorithm for computational efficiency.
- Analyzed Inter-Bubble Interactions and Resonance Effects: Examined the role of van der Waals forces, dipole-dipole interactions, and acoustic resonance in multi-bubble sonoluminescence, providing insights into mechanisms behind light emission and potential applications in extreme temperature physics.
Sprouting STEMS
Co-Founded Nonprofit
06.2024 - Current
- Worked effectively in fast-paced environments.
- Skilled at working independently and collaboratively in a team environment.
- Designed and led engaging sessions every other week to introduce children to STEM concepts, fostering early interest and hands-on learning in science, technology, engineering, and math.
Robotics
CAMS
12.2022 - 10.2024
- Successfully built and fine-tuned the drive base for FIRST Tech Challenge (FTC) robots, ensuring functionality and stability in competitive settings.
- Demonstrated expertise in soldering and creating secure, efficient wiring connections, contributing to reliable and safe robotic operations.
- Developed proficiency in selecting, using, and maintaining a variety of tools, including sawing, measuring, and assembly tools, to ensure precision and efficiency in mechanical tasks.
Education
California Academy of Mathematics And Science
Carson, CA06-2026
Skills
- Soldering & Wiring
- Teamwork and Collaboration
- Multitasking and Organization
- Research and analysis
- Documentation skills
- Time Management
- Problem-Solving
Timeline
Research Assistant
Professor Gramada
09.2024 - Current
Research Assistant
07.2024 - Current
Sprouting STEMS
Co-Founded Nonprofit
06.2024 - Current
Robotics
CAMS
12.2022 - 10.2024
California Academy of Mathematics And Science
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