Yuntao Guo

1.Bandgap Reference Design: Designed a low-noise, low-power cascode-based bandgap reference achieving <20 ppm/°C temperature coefficient in post-layout simulations, with an area of only 0.004 mm². 2.Capacitive Touch Sensor IP: Improved the sensitivity and robustness of a capacitive touch-sensing block by analyzing charge/discharge cycle variations. Enhanced detection accuracy to reliably capture 1% capacitance changes while mitigating noise and interference through optimized simulations and edge-case analysis. 3.On-Chip RF Transformer for Class-D PA: Designed and simulated stacked transformer layouts in silicon using EMX. Achieved 30 dBm output power with only half the area of conventional designs, while optimizing insertion loss, coupling, and self-resonant frequency.

Participated in the Hypoxia Project at Hero Lab, responsible for extracting ECG signals from zebrafish models and maintaining the ECG acquisition equipment and related devices in the laboratory to ensure their proper operation.

Assisted the Director of Low Latency Products in organizing a development plan, enhancing the communication solution's layout, and gaining foundational knowledge in FPGA development, including software programming and its application in stock trading scenarios.

• Led cross-functional coordination for new product launch projects, enhancing communication between technical, marketing, and sales teams. • Mastered high-voltage transformer features, contributing to improved product alignment across departments. • Spearheaded the planning and execution of the company’s annual event, overseeing logistics and media production. • Successfully delivered a high-impact event that strengthened internal collaboration and enhanced brand visibility.

4.0/4.0 - Analog & Digital Circuits - Analog Digital Interface in VLSI - Research Course with Prof. Peter Kinget - VLSI Design - Power Management IC Design - Microwave IC Design