Focused on the management and growth of the Neurobiology and Stem Cell portfolio.

A two year fast-track program for recent graduates consisting of four six month rotations covering supply chain, operations, manufacturing, production, continuous improvement, and distribution with a focus on building leadership and a strong understanding of the various roles in Operations.

Dascena, Inc. is a medical technology & healthcare analytics company developing clinical decision support tools to reduce preventable deaths caused by sepsis and patient discharge errors. This involves predictive analysis of EHR (electronic health record) data through machine learning. Responsibilities:• Supported research on the early prediction of sepsis, patient decomposition, and acute kidney injury using vital sign data, from study conception to interpretation and presentation of findings• Assisted in drafting and editing manuscripts for peer reviewed publication• Helped to prepare grant proposals for submission to the NSF and NIH• Performed literature reviews and curated reference lists for topics related to machine learning, sepsis, acute kidney injury, and healthcare resource utilization

The Fung Fellowship is an entrepreneurship program that connects diverse undergraduate students with community and industry partners to address public health issues. Fellows participate in design-thinking and human-centered design, such as refining "How Might We..." questions, conducting needs assessments, and prototyping and pitching solutions. I have worked with the Smith Group in San Francisco on creating a memory care engagement station, in this case a QR-code activated augmented reality card deck, for dementia care patients. Also worked with Chicago-based startup PurpleAsparagus on creating an app to fight childhood nutrition education issues for low-income families.

Given scholarship by DAAD RISE Germany program to complete a summer research internship. Assisted with project B04: "3D printing of vascular structures from vascular wall-resident stem cells."

The Berkeley Imaging Systems lab specializes in medical imaging and biosensing hardware, with a focus on Magnetic Particle Imaging and Magnetic Resonance Imaging. I developed a method for measuring viscosity using nanoparticles.

Prellis Biologics is a biotechnology company that is developing a laser-based, high-resolution 3D bio-printing system designed to print functional human tissues and organs. For this work, I am listed as a co-inventor on a pending patent concerning the compositions and methods of printing vasculature and capillary beds.Responsibilities: • Designed human tissue models for printing (Organoid, Vascular Bundle, 3D Tissue Chip, Nephron, etc) (Fusion 360)• Developed a slicing system for STL/OBJ models to export as PNG's (Python)• Optimized speed of company's 3D printing technology through generation of print scripts (Python)• Performed electronic fixes to computer systems• Built a 6 GPU Rig

Dascena, Inc. is a medical technology & healthcare analytics company developing clinical decision support tools to reduce preventable deaths caused by sepsis and patient discharge errors. This involves predictive analysis of EHR (electronic health record) data through machine learning. Responsibilities:• Product onboarding at partner institutions, and ensure data quality and continuous client education• Generated materials for NIH and NSF grants• Created tools to predict sepsis onset in advance through statistical algorithm development• Assisted in research study design, manuscript, and report preparation• Researched reimbursement strategies and implementation• Acted as liaison between client and company technology team• Proactively identified and developed large-scale renewal strategies to continue growing business partnerships• Assisted employee and consultant recruitment

The Mezic lab is centered around operator-theoretic approach to analysis of nonlinear dynamical systems, applications in microfluidics and (bio)-nanotechnology. • Model, improve, and collect data from a ten-pendula spring coupled system that displays global resonance• Optimized this system through tracking and simulating the movements of the pendula using MATLAB video tracking and graphing features.

The Dos Pueblos Engineering Academy is a four-year Career Technical Education program that applies project-based learning to teach students critical analytical, design, and problem-solving skills. During student's senior year, the Mechatronics capstone is structured as a robust internship experience in an engineering company. • Create User interface of senior capstone project, "The Physics Arcade," so that it would correspond with other students "sectors" of the project.• Develop an Android app that allows users to control mechanisms from an Android tablet connected to an Arduino board• JavaScript, Python, and Arduino Programming

• Competed in five separately held nationwide hackathons• Best Hardware Hack at Teen Hacks with "Chill Blue," an anxiety relief iphone application• 3rd Place at Santa Barbara Beachside Hackathon with "Heat Sick," an iphone application that keeps track of your health with an infrared camera• 2nd Place at International Women's Hackathon UC Santa Barbara with "Stormageddon," a web application that serves to educate the public about disaster relief through simulation gameplay

• Girls Who Code aims to inspire, educate, and equip girls with the computing skills to pursue 21st century opportunities• Design and implement an 8-month curriculum at Goleta Valley Junior High School to teach computer science basics in Python

• Make contemporary art and culture more accessible to local youth • Host workshops, curated multiple student art exhibitions, and created interactive art labs featured in local art museums

The Hespanha lab is interested in hybrid and switched systems; multi-agent control systems; game theory; optimization; distributed control over communication networks (also known as networked control systems); the use of vision in feedback control; stochastic modeling in biology; and network security. I was hired to complete applied robotics challenges involving feedback control, robot kinematics, and control theory.

The Montell Lab defines and solves fundamental questions in cell and developmental biology using Drosophila genetics, mammalian cell culture, and state-of-the-art imaging approaches.• Received a fellowship from the California Institute for Regenerative Medicine to conduct research involving apoptosis in Drosophila germline stem cells• Recognized with a CIRM Creativity Award