• First place Hackathon Fall 2025 AWS Platform Experience

• Automated Shortfall Billing through a scalable, serverless architecture with deep system observability metrics for tracking time to bill delivering $50M FCF

• Defined, designed, and drove a team of engineers to build a extensible AI native solution for last touch automation covering 15% of AWS revenue

• AWS Monetization

• Prototyping a patented device to predict the time of labor in pregnant women using impedance spectroscopy

• Designing custom printed circuit boards using EAGLE to interface software and hardware for low-latency performance

• Implementing C++ and python to obtain and algorithmically filter impedance data

• Leveraging machine learning models to improve prediction accuracy and efficiency

• Directing a team of 8 undergraduate students across different disciplines including computer science, electrical engineering, biomedical engineering, and mechanical engineering

• Design, prototype, and implement low-cost solutions to medical problems targeting low-income communities

• Leverage artificial intelligence to develop an armband for a more natural BCI interface, in collaboration with Invictus BCI

• Implementing Python library openCV to detect objects using a camera and a Rasberry pi, in collaboration with Aurolabs

• Designing glasses with stereo cameras to detect objects, obstacles, and text to reproduce audibly for people that are visually impaired (Aurolabs)

• In a collaboration with the United Nations designing low cost motorbike-ambulances to aid in transportation of pregnant women to hospitals in the Ivory Coast

• Created observability telematics using AWS IoT, AWS CDK and Grafana to analyze live CAN bus data from a vehicle

• Build and deployed IoT device simulators using boto3 to create live test data for automated testing and CI/CD on cloud

• Developed low latency pipeline to transmit data from vehicle to IoT device to cloud with performance indicators

• Utilized embedded linux and Yocto to optimize performance and reproducibility across hardware

• Undergraduate teaching assistant for General Physics II (electricity and magnetism)

• Teach physics concepts and problem-solving methods

• Engage students by providing applicable examples

• Assess and grade student's understanding of laboratory physics