-Supervised a group of engineers and interns, which included the process of hiring, training, mentoring, advising, goal planning, and review cycles-Developed domestic and international suppliers through high level characterization of material using analytical skills, supplier collaboration for product improvement, SOP and specification writing, gauge R&R correlation between teams, and presentation of data resulting in new product implementation -Conducted root cause failure analysis, specifically focused on metals, to ensure long term quality of product and prevent future failures using techniques such as electron microscopy, thermal analysis, and mechanical testing of material - Involved in assessment and purchasing of instrumentation and equipment for the development of offsite lab facility

-Development of new suppliers through characterization of material to multisourceand expand Panasonics domestic supply chain. -Ensured quality of material by providing in depth characterization of battery materials with emphasis on electron microscopy, mechanical properties, aging, and thermal analysis.-Supervised and taught a group of interns over the course of 12 weeks to developanalysis and instrumentation skills which led to full-time employment of graduatingstudents.-Completion of official trainings including JMP statistical analysis, Oxford EDS andfeature, TA instrument thermal analysis, and PENA art of behavioral interviewing

• Performed and collaborated with others on general care and upkeep of the laboratory, including cleaning and sterilization of laboratory glassware, preparation of acid, and the maintenance of laboratory chemical & physical inventories.• Emphasis on glassware prep, wet chemistry, and sample processing support. Position utilized approved EPA methods.• Independently executed problem-solving skills when issues arose.• Went beyond internship requirements to receive formal training in pH testing, reagent formation, color tests, scale calibration, and filing chain of command during employment.

• Conducted laboratory experiments and pilot testing for nanobubbles and their effectiveness in the treatment of water purification.• Developed a method to test the effectiveness of nanobubbles to cluster with various types of water.• Organized and lead a team for field work to collect water samples from UCI marsh and analyze blueprints for construction of technologies. • Experiments concluded that nanobubbles are effective in clustering with nanoparticles in ground and reclaimed water.• Independently created and presented a thesis presentation of the research as well as collaboration on a written paper.