Biomedical Engineer

Installed, performed scheduled preventive maintenance on, and repaired medical equipment including autoclaves, blood pressure machines, incubators, infusion pumps, and other diagnostic instruments. Ensured equipment continued to provide accurate and precise clinical readings.

Diagnosed and resolved equipment faults to reduce downtime and support uninterrupted patient care. Led the refurbishment of a non-functional autoclave by repurposing components from defective units, restoring it to full clinical service.

Conducted performance testing and safety inspections against hospital engineering standards. Maintained service records, calibration logs, and technical documentation, while providing daily technical support to clinical staff and contributing technical input to procurement evaluation and medical equipment modernization initiatives.

Designed and developed a modular neonatal incubator monitoring system to support earlier detection of complications in resource-limited hospital settings.

The project applied sensor-based medical device design, embedded systems, and monitoring concepts for neonatal care. It was selected as one of the most innovative projects at the University of Zimbabwe Innovation Research Week 2026.

Upper Second Class (2.1). Research focus: Neonatal Care Unit monitoring.

Achieved 20 points, including A grades in Pure Mathematics, Statistics, Biology, and Geography.

Achieved 9 passes, including Mathematics and English.