Research Laboratory Intern
Current-Undergraduate assistant in a nanoengineering research lab focusing on energy technologies, wearable sensors, and haptics-Worked independently and with a team of undergraduate researchers to design an epidermal sensor apparatus that measures human swallowing patterns through strain and EMG signals-Coded I2C communications between Arduino and Raspberry Pi boards to receive strain data-Evaluated the mechanical and electrical properties of various innovative materials, including metallic nanoislands, PEDOT:PSS, TPU, and diverse other conductive polymers, and explored their potential applications-Used Solidworks to design and 3D print various types of sensors, then conducted resistance and strain testing of the sensors, then analyzed and plotted the results using MATLAB-Trained to use equipment such as the DLS microscope, force gauge, spin coater, sonicator and plasma cleaner