Created a lesson plan intended for teachers of students in grade 6-8 that focused on concepts in Biomedical Engineering. Selected as a winner in the NIH Biomedical Engineering Challenge and awarded a $5,000 cash prize.

Developed a proposal based on current clinical research regarding a closed loop bionic pancreas system mainly focusing on Type 1 Diabetes. Made it quarterfinals in the Advanced Research Projects Agency for Health Dash Competition and awarded a $6,000 Cash Prize.

Developed a ML Model that predicts pushback time at US airports. Also developed a federated learning variant of our approach. Placed 3rd in a competition held by NASA and awarded a $8,000 Cash Prize.

Developed a 3-pronged approach focused on improving blood donations that includes physical outreach, social media platforms, and data-driven ML. Selected as a winner in a challenge held by The Department of Health and Human Services and awarded a $10,000 Cash Prize.

Wrote a proposal advocating for policy change on campus to help students with cognitive, speech and motor disabilities. Selected as a second place winner in the Student Innovation Competition by GT's College of Engineering's DEI Council and awarded a $1,000 Cash Prize.