• organized the annual forum with 500+ attendees and faculty student round table discussion with 200+ participants

• Leading an information theoretic approach to reduce power consumption for wearable ultrasound

• Prototyped a wearable ultrasound-based blood pressure sensor leveraging piezoelectric transducers for continuous monitoring

• Designed and validated agarose–silicone vascular phantoms to mimic capillary compliance and flow

• Conducted resonance and impedance characterization of PZT transducers using impedance analyzers

• Developed and tested analog front-end circuitry for signal amplification and noise reduction

• Collaborated with PhD mentors in EE/CS on hardware–software integration and data acquisition pipelines

• Presented technical findings at Stanford CURIS showcase, highlighting novel sensor design and validation methods

• built a high-power rocket and achieved L1 HPR certification

• designed, developed and built flight computer board in the Stanford CubeSat team (launch in Jan 26)