Michelle L. Wu Email & Phone Number

Irvine, Ca, Us

Irvine, Ca, Us

California, United States

Duarte, California, United States

Publication in drafting. Developed a novel technique for CAR-T cell treatment of glioblastomas with Dr. Ryan Woodall and Dr. Russell Rockne, applicable to classical and high-performance computing.

Currently working on a nuclear physics project with Geant4, simulation based in C++. Volunteered full-time with research course credit on a Tellurium Chamber project under Marcus X. Asaro. Started on a new Silica-based substrate that will aid in the adsorption of positrons towards building a gamma ray laser. Applied machine shop experience while developing machine learning skills in Python, R, and MATLAB.

Worked closely with Dr. Yat Tin Chow in applied math and stochastic optimization research. Received direct mentorship in preparation for graduate school. Gained mathematical experience in loss models, fault-tolerant models, and characterization and segmentation of gliomas by quantum convoluted neural networks. Earned an A (99/100) in MATH213C, graduate-level Numerical Methods for PDEs.

Received direct mentorship under Dr. Heyrim Cho. Applied quantitative and computational research skills towards ODE & PDE oncology modeling, specifically prostate cancer. Application of previously acquired machine learning skills in MATLAB and Python further aids in computational oncological analysis.

California, United States

Built and scaled quantum-driven biotech and climate departments which raised $500,000 in funding before stepping down to pursue quantum-driven healthcare solutions.

Cambridge, Massachusetts, United States

Taught students the fundamentals of linear algebra, optimization with cost and loss functions, quantum computing, the basics of quantum software, and team-building techniques with the MIT Beaver Works Summer Institute. Converted labs from Q# to Qiskit. Implemented Qiskit debugging in Jupyter notebooks. Funded by MITRE & MIT-LL. See more on my GitHub: https://github.com/Zontafor/quantum-software

Diamond Bar, California, United States

Held one-on-one tutoring sessions with students aged 4-26. Successfully instructed students through a 16-week course. Select worksheets can be found on my Google Site as well as a full list of subjects. Subjects include but are not limited to: - Statistics and Probability, Real Analysis, Multi-Variable Calculus, Differential Equations, Set Theory, and Linear Algebra- English Grammar, English Reading, English Pronunciation, Honors English, AP English, and Essay Writing- Introductory Chemistry, General Chemistry, Honors Chemistry, AP Chemistry, Physical Chemistry, and Quantum Chemistry- AP Physics 1, AP Physics 2, and AP Physics C- Introductory Biology, Cellular and Molecular Biology, Botany and Plant Sciences, and Geology- Spanish Reading, Essay Writing, Grammar, Spelling, Speaking, and Conversation- Introductory Traditional Chinese Reading, Introductory Traditional Chinese Writing, and Chinese Pinyin

Diamond Bar, California, United States

Invested in iconic shoes, streetwear, accessories, and technology. Turned a 45% net profit margine and funded giveaways in order to increase interactions and sales. Opened of two other branches after 6 months: pre-orders and personalized priority shipping labels. I was able to source almost any pair or item that was pre-ordered due to connections in manufacturing companies. I also created personalized priority shipping labels that turned a 30% net profit margine -- beating UPS, USPS, and DHL rates.

United States

Leading a team for polymer synthesis, substrate fabrication and, and surface characterization in the Allen P. Mills Positron Laboratory. Applying UCR Nanofabrication techniques towards quantum (anti-particle) research and development for Tetraethyl Orthosilicate (TeOS) and Bose-Einsten Condensate (BEC) targets. Working on mathematical models based on angular momentum, dispersion rates, and viscosity. Writing a research grant proposal for nuclear physics and superconducting cyclotron. Dr. Allen P. Mills and the NSF are funding me for the research.

Led a team for polymer synthesis, substrate fabrication and, and surface characterization in the Allen P. Mills Positron Laboratory. Applied UCR Nanofabrication techniques towards quantum (anti-particle) research and development for Tetraethyl Orthosilicate (TeOS) and Bose-Einsten Condensate (BEC) targets. Worked on mathematical models based on angular momentum, dispersion rates, and viscosity. Aided in designing positron diffusion models with random walk simulations in MATLAB. Designed the lab’s new Google Site. Dr. Allen P. Mills and the NSF funded the research, machine training & qualifications, and internship.

Riverside, California, United States

Mentored an undergraduate student, David Nwineh from Riverside Community College (RCC) on the synthesis of polymers, multi-step fabrication of various substrates, gravimetric analysis, and applications of quantitative & analytical chemistry. Guided him through the obstacles of research, aided in developing his presentations, and ensured that he successfully completed the MacREU ‘23 Fellowship Program. Dr. Allen P. Mills and the NSF funded this wonderful opportunity to mentor David.

Riverside, California, United States

Conducted research with Postdoctoral Fellow, Dr. Alexander Malinick under Dr. Quan Jason Cheng with a focus on the application of surface plasmon resonance (SPR) for disease detection and the characterization of complex biophysical interactions. Contributed to various scientific research projects such as the development of curved membrane biomimicry and the effects of nanoplastics and lanthanides on lipid membranes. Presented a new project on the effects of nanoplastics on C. elegans. Received hands-on training and experiences with lipid extraction, e-beam deposition, nano-spr, machine learning, Microsoft Excel, and data analysis. Quantitative data analysis consisted of, but was not limited to, SPR reports, MALDI-TOF-MS reports, and computationally docked molecules, such as gangliosides, proteins, and enzymes.

Applied fundamental techniques such as SPR, e-beam evaporation, and machine learning on biophysical studies related to the effects of nanoplastics on lipid membranes throughout the entirety of the MacREU Fellowship Program under Dr. Quan Jason Cheng and Alexander Malinick. NSF provided a $3500 grant in order to fund research and an additional $1500 in order to fund the respective trainings for the machines.

Los Angeles, California, United States

Constructed multiple championship winning teams. Lead team developing exercises which contributed to the 250% boost in engagement. Increased the annual revenue by 130\% which was well received by the CEO.

Diamond Bar And Chino Hills, Ca

Taught English and Math for students K-12. Adapted to the Kumon method of Mathematics which was well received by the Director. Oversaw and taught 300+ students before receiving a non-compete contract from eSports.

Walnut, Ca

Created and taught lesson plans for Common Core students K-8. Subjects include, but are not limited to, American and European History, English Oral, Grammar and Writing, Mathematics, and Chinese Oral and Writing. Revised and re-taught school-assigned assignments. Oversaw and taught 150+ students before receiving an offer from the branch Director at Kumon.

Coordinated with multiple international teams in order to broaden the toolset of troubleshooting. Executed and revised numerous projects in C++, HTML, Java, Python, and PHP. Signed an NDA for an 8-month-long project.

Master Of Science - Ms, Business Analytics, 4.0/4.0

Tepper MSBA Merit Scholarship & PT MSBA Ambassador.

Bachelor Of Science - Bs, Mathematics (Applied Mathematics & Chemistry)

Dean’s Honor List. Recipient of the NSF MacREU ‘22 Fellowship & the NSF UCR Positron Internship. NSF funded graduate-level mentor.

Student, Student

Activities and Societies: KIWIN's Member Relations and Event Coordinator (2016 - 2020) LINK Crew Team Lead (2017 - 2020) Any Health.