• Took charge in leading a 5-member team to design and construct a water-quality sensing kit using an ESP32 to measure data such as pH, salinity, and turbidity.• Doubled the device’s battery life by reducing power consumption by 400 mWh through the implementation of BJT switches to limit the power draw of external water-sensing peripherals.• Gained experience in KiCad and LTSpice to proficiently design PCB boards to minimize our circuit size down to 8x6 cm and modularly interface peripherals.• Developed an intermediate proficiency in C++ while programming the ESP32 to gather, save, and send data wirelessly.

Expedited and facilitated clienteles’ purchases through premium customer service and proficiency in register operation.

• Collaboratively conducted advance material science research in the plasma generation and gas manipulation laboratory to synthesize nanostrips used in capacitors, sensors, and semiconductors, advancing the laboratory’s capabilities to produce high area catalysts.• Fabricated and characterized experimental nano-catalysts developed with AlO, resulting in a high area density of 2.36 x 1011 (particles/cm2) on a 500x500 nm surface.• Presented our team’s research findings at the Japan Society of Applied Physics (JSAP) convention hosted at Shimane University.

• Engineered a current measurement circuit using MOSFETs to test the lifespan degradation of electric vehicle fuel cells using experimental, lab-fabricated fluoride electrochemical sensors.• Proved the sensor’s capabilities to measure fuel cell degradation by extracting IV curves on varying amounts of fluoride doped solutions (0ppb, 1ppm 10ppm) to measure current changes (6 mA, 4 mA, 3.5 mA).

• Spearheaded a project to design, create, and interface a 1200 RPM capable DC brushless drill with to a custom CNC machine to gather medical-grade drill bits’ performance data against 100 PCF bone density material.• Characterized over 30 different types of medical implant plates employing high-precision optical instruments to gather critical performance data while creating effective graphical representations for internal documentation, leading to improved design strategies.