Product Manager on BIG-IP Next's LTM Team for Supportability to focus on the execution and delivery of Next to customers

Product Manager on BIG-IP Next's LTM Team for Supportability to focus on the execution and delivery of Next to customers

Align team of 6 copywriters and designers to campaign roadmaps and company mission through active communication and provision of resources to impact online audience reaching 9000+ accounts Build and organize permanent virtual workspace for 100% remote team through Notion to track release deadlines and campaign content progressManage deadline reviews and campaign component checks before final release to website and social media

Executive Organizer on the Logistics Team Member for 2022-2023 DubHacks Team for DubHacks 2022 on October 22-23 with 1000+ participantsCoordinated Mentor system of 100+ mentors from industry and academia by contacting via email, setting up schedules, running orientation sessions during DubHacks 2022-2023 to direct mentors for workflow and interaction with student participants Collaborated with team to design activities for student participants to keep student engagement high for 800+ hackers in person at the University of Washington Contacted and secured keynote speakers for student participants during Opening Ceremony

Product Manager and Product Owner Intern on the Common Product Component and Libraries TeamLed development for Entitlement Management of new Licensing Management product within Common Product and Component Libraries Team to enable F5 Clients to manage their licenses in a secure and uniform format, impacting 10,000 customers worldwide Submitted 5 technical specifications for Activation Workflow and Entitlement Management using Jira to present to development team and updated 2 Roadmaps for division leads to approve of new product Participated and practiced Agile methodology with cross-functional team and helped define product strategies

Defined research goal and scope to create compression algorithms to reduce data storage and file transfer size of Electrocardiogram Data in hospital and research settings Coded 3 different algorithms in MATLAB for different methods of ECG signal compressionAnalyzed algorithms' efficiency and accuracy and reported 15:1 compression ratio and 95% accuracyPrepared and professionally presented cumulative research at the University of Washington STEM Symposium, August 2021Abstract accepted to Biomedical Engineering Society, October 2021

Coded 25% of Pulmonary Circulatory System within Computational Cardiopulmonary Model in SIMULINK and MATLAB to create a novel diagnostic tool for cardiologistsOrganized weekly sub-team and large group meetings for 100% virtual team of 18 peopleCompiled Unit Analysis of 200+ constants within dynamic computational system to test algorithm accuracy Individually contributed to 15% debugging of modelRewired Control pathways within Simulink to train virtual cardiovascular system to create a healthy environment with variables of heart rate and vagal pathways using Reinforcement Learning Professionally presented algorithm and poster to the National Council for Undergraduate Research, April 2021

Served as a Teaching Assistant for the following classes at Biola University: - MATH 105; Calculus I (Fall 2019, Fall 2020) - MATH 106; Calculus II (Spring 2020, Spring 2021) - MATH 205; Calculus III (Fall 2020) - PHSC 111; Physics I (Fall 2020) - PHSC 121; Introduction to Engineering (Spring 2020) - PHSC 321; Circuits I (Spring 2021) Required to hold several office hours each week for students to receive help on homework and further instruction of lesson material outside of the classroom for Calculus and Physics courses Graded homework assignments and quizzes on a weekly basis Consulted with professor on a regular basis to create any necessary lesson plans for TA hours

Introduce and invite students across Biola University's School of Science, Technology, and Health to become involved with an on-campus organization that works to promote community inside the Chemistry, Physics, Engineering Department, challenge students with internal and external building projects, and equip student engineers and scientists to impact the world for Christ Contact guest speakers from related industries and alumni of Biola University's 3+2 Engineering Program to share their industry and school experiences with current students inside Biola's Engineering Physics major Create and implement 1, 2, and 5 year vision for Biola Engineering Club including future external projects and activities, guest speaker plans, and community building and outreach events.

Student Researcher at the Pines Lab studying novel methods for MRI and NMR imaging for a 10-week, 30+ hours a week internshipRedesigned and Reconstructed a double resonance probe for NMR signal detection inside a 7T NMR magnet using Fusion360Assisted in lab setup and exploration of cryogenic effects on spin-lattice relaxation timeDesigned and constructed a tuned-inductor circuit board for input impedance from function generator to NMR coil using KiCadResearched, designed, and created a circuit board for creating an optical magnetometer to determine amount of fluorescence from NV-Center Reflection in KiCad, and created a physical holding device for the circuit board using Fusion360

Undergraduate researcher inside the Zebrafish Lab directed by Dr. Hyuna Lee at Biola UniversityResearch consisted of weekly meetings, weekend imaging and data analysis, and Imaged and analyzed zebrafish larvae through ImageJ and FV3000 Confocal Learned husbandry for zebrafish which included feeding, tank cleaning, water quality testing, and breedingKept an active lab report on experiments performed Researched and contributed to 2 different projects that were presented in the Celebration of Scholarship and Research (CSR) and Korean Women in Science & Engineering West Coast Conference (KWiSE), Spring 2019- Spring 2019 Project: "Teratogenic Effects of Ethanol on Neurogenesis and Cranial Blood Vessel Development in Zebrafish larvae" - Spring 2019 Project: "The Effects of Acute Exposure to Ethanol in Macrophage Migration after Tail fin transection in Zebrafish larvae"

Worked alongside Microsoft's VS Extensibilities Team for a 10 week, 40+ hours/week internship and primarily learned about Visual Studio's Language Server Protocol and the implementation of new servers to support various languages inside of Visual Studio Built first .vsixmanifest lintr prototype to provide real-time editing feedback for test audience of 100+ engineers in VS Extensibility TeamCoded lintr for .vsixmanifest file extensions within Visual Studio using C# and connected lintr to existing Visual Studio Server portals and protocolsTested and refined written lintr to optimize performance and real-time editing speed of files to increase efficiency by 20%

Worked with Microsoft's Educational Team, Microsoft MakeCode to develop educational coding and crafting projects for elementary to middle school beginner coders on a 10 week, 40 hours a week internship Re-illustrated the interface for two project example illustrations on Microsoft MakeCode's project webpage and digitally illustrated tutorials for Chibitronics chip setups using Adobe IllustratorAdded a total of 5 total hardware and software educational projects for the Circuit Playground and Chibitronics Chibi Chip and Scope open source repositories using JavaScriptDesigned curriculum for introduction to coding and basic circuit workshops that were held during July 2017 and August 2017 on Microsoft's campusRan 2 workshops for students in July 2017 and August 2017 - High School Workshop: Introduction to JavaScript and microcontrollers through Adafruit's Circuit Playground Express and MakeCode- Middle School and Elementary Workshop: Introduction to basic circuits and drag and drop code through MakeCode and Chibitronics Chibi ChipTested and fixed various color bugs within MakeCode repository for Circuit Playground in open-source code located on GitHubProjects Created and Added: - https://makecode.chibitronics.com/examples/chibiscope/counter- https://makecode.chibitronics.com/examples/chibiscope/hello-world - https://makecode.chibitronics.com/make/complete-the-circuit - https://makecode.adafruit.com/projects/light-monster - https://makecode.adafruit.com/projects/reaction

Participated in an 8-week long internship at the Zheng Lab for Cardiovascular Bioengineering at the University of Washington located in South Lake Union Assisted a graduate student with his research on the Effects of Hydrostatic Pressure on Vascular Remodeling in HUVEC Cells Put in 200+ hours to creating a control model to assess the effects of hydrostatic pressure. This was done by designing cell culture containers that held cells and allowed for water to be continuously pumped throughModelled and designed containers using Fusion360; created cell culture containers using Polydimethylsiloxane (PDMS) Tested and created simple models of pumps to assess the strength and the working condition of created containers