As a thin films process engineer at Lotus Applied Technology, I operate and maintain a wide range of thin film processing equipment and techniques, including sputtering systems, electron beam evaporation, plasma enhanced chemical vapor deposition, atomic layer deposition, annealing, wet bench processing, dry etch, plasma ashing, and photolithography. My responsibilities also encompass characterizing thin films through various analysis and measurement systems, such as optical transmission and reflectance, ellipsometry, CV curves, stress measurements, scanning electron microscopy, and other methods of visual and microscopic inspection. I meticulously observe processing conditions, documenting and summarizing results to ensure precision and quality in our research and development efforts. Additionally, I play a vital role in the preparation and maintenance of tooling, chemical precursors, solvents, and expendable components used in thin film processing equipment. Process characterization, optimization, and active participation in coordinating laboratory resources across projects are integral aspects of my role. Troubleshooting, customer interfacing, promoting safety, and collaborating with maintenance personnel and process technologists to maximize tool up-times and reliability are also key components of my responsibilities.

In collaboration with mentor Mitchell Kim-Fu and advisors Jennifer Field and Willie (Skip) Rochefort, I investigated the environmental and health impacts of fluoropolymers and PFAS, focusing on their thermal degradation during munitions use under the Department of Defense. Using a range of analytical techniques including polymer swelling, solvent extraction, thermogravimetric analysis, differential scanning calorimetry, and mass spectrometry, I examined the release of non-polymeric PFAS and assessed its implications for environmental and human health. This research provided critical data for developing improved disposal strategies and mitigating environmental impacts.• Presented a poster at the 2023 SERDP & ESTCP PFAS Project Meeting discussing approaches toward characterization of fluoropolymers/residual PFAS prior to thermal degradation• Delivered a talk and poster presentation at the 2023 Clean Water Showcase at Oregon State University• Conducted detailed analysis of three fluoropolymers and their thermal degradation using advanced techniques• Provided insights into the release of non-polymeric PFAS from fluoropolymers by using DOE principles to monitor the presence of such species• Contributed data for the development of safer disposal practices and mitigation strategies, at both the project and laboratory scale

As an undergraduate teaching assistant, I played a pivotal role in supporting diverse engineering courses through a range of responsibilities that contributed significantly to student success. My duties included co-facilitating interactive studio sessions, guiding students in understanding and applying complex engineering concepts, and providing hands-on support in both in-person and remote settings. I consistently engaged in grading assignments with a focus on delivering constructive feedback to foster academic growth and enhance problem-solving skills. My commitment to staying proficient in relevant content and technologies, such as coding and specific engineering software, allowed me to effectively assist students and collaborate with instructors. These experiences not only strengthened my communication and organizational skills but also deepened my expertise in engineering principles, affirming my dedication to creating enriching and effective learning environments.Courses:CHE 461 Process Control, Dr. Cory SimonCHE 332 Transport Phenomena II - Heat/Energy Transport, Dr. Willie (Skip) RochefortCHE 331 Transport Phenomena I - Momentum Transport, Dr. Tala Navab-Daneshmand and Dr. Goran JovanovicENGR 103 Design and Engineering Problem Solving, Dr. Stacey Harper and Dr. Hannah Scott

In my role as an undergraduate researcher and safety officer in Christine Kelly's biological engineering lab, I played a vital role in a transformative project aimed at predicting community disease burdens through the monitoring of SARS-CoV-2 and other pathogens. My primary responsibilities revolved around the precise execution of laboratory techniques, including vacuum distillation, polymerase chain reaction (PCR), micropipetting, and conductivity testing, to analyze wastewater samples. These techniques were instrumental in assessing the impacts of COVID-19 not only within our campus but also in various communities across Oregon. My dedication to laboratory safety and my ability to proficiently handle and process samples contributed significantly to our research's success. This experience deepened my expertise in environmental monitoring and data analysis, highlighting my commitment to advancing scientific exploration and public health initiatives.

During my time performing research at UCSC with mentor Le Luo and advisor Marco Rolandi, I played a pivotal role as a collaborator and contributor in investigations related to high-efficiency information transfer across biotic-abiotic interfaces, with a particular focus on cutting-edge bioelectronic devices. Utilizing a diverse set of advanced technologies and techniques including photolithography, soft lithography, 3D optical profiler, potentiometry, reactive ion etching, PDMS molding, and electron beam evaporation, I actively contributed to the development of bioprotonic devices featuring palladium contacts, which allowed for precise modulation of proton flow to seamlessly integrate electrical systems with intercellular processes. A noteworthy achievement was our successful fabrication of bioprotonic devices by combining these palladium contacts with lipid bilayers, thereby enabling the monitoring and control of ion transport to create switches and memories. Additionally, the incorporation of DNA nanopores (artificial ion channels) demonstrated the extensive potential applications of bioprotonic devices in the controlled transport of ions, highlighting my contributions to advancing our understanding of bioelectronics and its wide-ranging implications in fields such as therapy, drug delivery/discovery, data storage, and environmental monitoring. This technology has recently been proven to be able to detect biomolecules that indicate the presence of human disease, amongst other applications.I also seized the opportunity to aid in the improvement of organic electrochemical transistor production as a side project, streamlining the output of a better quality product and consistent fabrication recipe.

In my role at Apple, I served as a skilled technician for both computers and mobile devices, including MacBooks, iMacs, iPhones, and iPads. My responsibilities included diagnosing and repairing complex hardware and software issues with precision, consistently exceeding customer expectations through tailored solutions and extensive product knowledge. I collaborated closely with team members and cross-functional groups to ensure efficient service operations and a seamless repair process, enhancing both my technical skills and ability to thrive in a customer-focused, innovative environment.

During my tenure as a shift supervisor and barista at Starbucks, I held a pivotal role in ensuring the seamless daily operations of a high-volume coffeehouse. My responsibilities encompassed overseeing a team of dedicated baristas, maintaining the highest standards of product quality and service excellence, and fostering a dynamic and customer-centric work environment. My leadership skills were further honed through the coaching and development of team members, contributing to their professional growth and the overall success of the store. Through meticulous product and inventory order placement, often scheduled several days in advance, I demonstrated a keen sense of foresight to ensure the store maintained optimal stock levels. My role also encompassed the meticulous counting of money for bank deposits, as well as the establishment and thorough recounting of cash drawers, providing baristas with accurately balanced registers to facilitate seamless customer transactions. This role not only deepened my expertise in operations management and customer relations but also reinforced my commitment to upholding the brand's core values.

In my time as an attractions trainer and operator at Disney California Adventure, I held a vital role in ensuring the safe and efficient operation of the park's attractions while upholding Disney's standards of guest service. My responsibilities included providing comprehensive training to fellow team members, fostering a culture of excellence, and maintaining an unwavering commitment to safety and operational proficiency. This role not only honed my attention to detail, leadership, and teamwork skills but also deepened my understanding of delivering unparalleled guest experiences. My tenure with Disney has been a significant chapter in my professional journey, and I am well-prepared to apply the expertise and dedication I cultivated to excel in future roles.