BERLYNN ONG

Spotify Hits:

· Evaluated exploratory data analysis for our project

· Implemented machine learning techniques and classification models for prediction

Automatic Volume Control for Audio Amplifier System:

· Built an audio amplifier system with an automatic volume controller

· Constructed a Volume Unit (VU) meter subsystem with a CA31340 operational amplifier integrated circuit (IC)

Smart Shoes for Harvesting Dynamic Energy

· Utilizing contact between Triboelectric Nanogenerator (TENG) and Polyethylene terephthalate (PET) to generate current VIA GAIT recognition.

Microphone Preamplifier

· Designing a portable electronic stethoscope using analog circuits and by implementing a rail to rail Opamp

· Logscale UV Meter using Diodes and LEDS

Silicon Photonic Interferometry – Applications & Insights (FYP, Ongoing)

· Readings on Analytical Approaches to Optical Microresonator Devices, Integrated Ring Resonators and possibly delving into Biomedical Diagnostics

I'm currently in my last semester of University and am working on my Final Year Project (FYP) on Optical Micro-ring Resonators. As an Intern, I did optical alignment, calibration, and used machines such as Spectrometers and Image Measuring Systems. Additionally, I am proficient in Python, Labview, C++ and much more stated below. I am eager to contribute my skills and experience to Apple's optical domain projects