Equipment and maintenance app for a district hospital in Rwanda
Replaces paper tracking of biomedical, ICT and infrastructure equipment at Kabutare District Hospital with incident reporting, interventions and preventive maintenance.
Medical Device and Digital Health Engineering Student
ISIFC–ISIS double engineering degree (Master’s level), graduating 2027
I build software for healthcare settings, from a biomedical equipment maintenance app for a district hospital in Rwanda to connected physiological-sensor prototypes on ESP32.
Looking for a 6-month end-of-studies internship from February 2027, in Europe or North America
Four projects with a full case study: context, my role, how the work was verified, and what I would do differently.
Replaces paper tracking of biomedical, ICT and infrastructure equipment at Kabutare District Hospital with incident reporting, interventions and preventive maintenance.
ESP32 boards stream SpO2, heart rate, temperature and skin-response readings over MQTT to a Node-RED dashboard, with an on-device TinyML classification experiment.
Bilingual CV library rendered to a strict one-page PDF, checked for ATS readability, with an MCP server whose write tools only create proposals.
Members pay from a prepaid balance; admins manage stock and accounts through an append-only, auditable ledger.
After a first year of medical studies and two years of preparatory classes in mathematics and computer science, I joined the ISIFC–ISIS double engineering degree in medical devices and digital health. My internships took me from quality and software validation to a university hospital and a district hospital in Rwanda.
ISIFC–ISIS double engineering degree (Master’s level), graduating 2027
The quickest way to reach me is by email. I am also on LinkedIn and GitHub.