I research, design, and develop next-gen cutting edge neural interfaces including non-invasive brain computer interfaces and wrist-based technologies.

• Designed a bio-inspired flying robot based on the biomechanics of bird wing morphing

• Developed and executed experiments to using a Qualysis motion capture system and micro CT scanner

I worked on biomechanical, mechanical, and opto-mechanical systems to develop novel wearable neural interface technologies.

• Integrated neuroscience research with hardware design to create wearable solutions for diverse head shapes

• Prototyped, developed, and validated new procedures for novel, non-invasive BCI device placement on the head that combine electromechanical and software solutions

• Collaborated with other engineers and researchers on an interdisciplinary team to ensure solution meets cross-functional needs

• Designed components using NX CAD, performed failure analysis for product prototypes to validate design decisions, and traveled to FATP to support manufacturing for next generation Mac products

• Developed dynamic testing to qualify vendor parts, and facilitated implementation involving cross-functional teams and communication with upper management

• Designed parts and performed failure analysis for product prototypes to support and validate design decisions for next generation Mac products

• Developed dynamic testing to qualify vendor parts, and facilitated implementation involving cross-functional teams and communication with upper management