Naya James Mbabila

Collaborated with students from diverse international institutions and companies to develop real-world solutions for global challenges.

Developed the Na-β T Platform, a smartphone-based computer vision system for detecting systemic diseases through ocular biomarker analysis in remote areas.

Designed WICON (Wide-Inlet Connector) to improve fluid evacuation during cesarean sections, addressing surgical field obscuration in resource-constrained settings.

Designed an adjustable elbow splint for cerebral palsy patients, improving comfort and range of motion through innovative mechanical design.

Developed a sustainable water purification system using locally available materials, achieving significant reduction in turbidity and bacterial removal in field tests.

Developed and implemented machine learning models for stroke prediction using a comprehensive dataset of 5110 patients. Achieved 82.7% accuracy with logistic regression model.

Developed and implemented equipment management software for tracking medical devices at KATH, collaborating with biomedical engineers to streamline inventory management.

Utilized generative AI to analyze molecular structures of plant metabolites in traditional Ghanaian herbal medicines used for malaria treatment.

Conducted comprehensive clinical ethnography in Obstetrics and Gynecology Department, assessing 60 unique problems through surgical observation and stakeholder engagement.

Proposed evaluation of antimicrobial properties of cyanogenic glycosides from cassava for potential applications in preventing human-machine interface infections.

Prototyped assistive glasses using ultrasonic sensors to help visually impaired navigate via echolocation.

Created a low-cost portable hand-operated centrifuge achieving 3,000 RPM for anemia diagnosis in low-resource settings.

Developed and presented an eco-friendly mini-hydropower generator that produces 12V/5A from low water flow, earning 3rd place at the SHSREC Regional Competition.