Advisor: Dr. Farrokh AyaziAccelerometer Contact Microphone for Health Sensing:- Designed and simulated the MEMS Accelerometer Contact Microphone (ACM) using COMSOL multiphysics- Developed a capacitive readout interface for high precision sensing- Prototyped a miniature sensor evaluation board for wearable applications- Extensively characterized the ACM for robustness and high performance- Prototyped a wearable chest band and a wireless medical patch using BLE communication- Evaluated sensor performance against medical-grade and state-of-art equipment (ECG and digital stethoscope)- Collaborated with cardiovascular and pulmonary centers for clinical testing and collection of patient data- Analyzed recorded data using MATLAB toolboxes. Extracted features indicative of pathophysiology. Leadership Roles:- Mentored and trained undergraduate and graduate students in the research group- Assisted in teaching a graduate course pertaining to MEMS accelerometers- Reviewed technical papers for leading journals (IEEE Transactions on Biomedical Engineering, Sensors andActuators A: Physical)- Handled collaborative teams across multiple research groups

Development of internal debugging tools:- Developed a Python-based GUI tool for troubleshooting enterprise networks- Training and certification in Cisco Technologies.