11/10/2026 updated
100 % available
Biomedical Engineering Student | Medical Equipment Maintenance & Technical Documentation
Nairobi, Kenya
Only remote
B.Sc. Biomedical Engineering (in progress)3D Modeling3D PrintingMedical EquipmentsMedical Billing and CodingBiological EngineeringBiomedical TechnologyEmbedded SystemsTechnical DocumentationElectronic Medical Records
Medical Equipment Maintenance
Hands-on experience in preventive maintenance, inspection, electrical troubleshooting and repair of biomedical equipment in hospital settings, including medical imaging, patient monitoring, dialysis and sterilisation systems.
3D CAD Design & Printing
Proficiency in SolidWorks and Fusion 360 for developing 3D CAD models and fabricating engineering prototypes using additive manufacturing and 3D printing workflows.
Embedded Systems & Programming
Practical experience developing embedded-system applications using Arduino C/C++ and working with microcontrollers such as ESP32 and Raspberry Pi, as well as programming in Python for engineering and data-related tasks.
Technical Documentation & Reporting
Experience maintaining equipment records, preparing maintenance documentation, technical reports and project records in clinical and research environments.
Electrical & Electronic Systems
Knowledge of electrical and electronic system design, circuit simulation using Proteus, and practical experience with sensors, microcontrollers and electronic system integration.
Microsoft Office Suite (ICDL)
Certified proficiency in Microsoft Office Suite through the International Computer Driving Licence, covering computer and digital literacy, networking fundamentals and basic cybersecurity.
Material Characterisation
Experience conducting material characterisation and documenting experimental and technical results in a multidisciplinary research environment.
Safety Procedures Awareness
Familiarity with hospital safety procedures and equipment maintenance workflows, gained through practical attachments at Kenyatta National Hospital and The Nairobi Hospital.
Hands-on experience in preventive maintenance, inspection, electrical troubleshooting and repair of biomedical equipment in hospital settings, including medical imaging, patient monitoring, dialysis and sterilisation systems.
3D CAD Design & Printing
Proficiency in SolidWorks and Fusion 360 for developing 3D CAD models and fabricating engineering prototypes using additive manufacturing and 3D printing workflows.
Embedded Systems & Programming
Practical experience developing embedded-system applications using Arduino C/C++ and working with microcontrollers such as ESP32 and Raspberry Pi, as well as programming in Python for engineering and data-related tasks.
Technical Documentation & Reporting
Experience maintaining equipment records, preparing maintenance documentation, technical reports and project records in clinical and research environments.
Electrical & Electronic Systems
Knowledge of electrical and electronic system design, circuit simulation using Proteus, and practical experience with sensors, microcontrollers and electronic system integration.
Microsoft Office Suite (ICDL)
Certified proficiency in Microsoft Office Suite through the International Computer Driving Licence, covering computer and digital literacy, networking fundamentals and basic cybersecurity.
Material Characterisation
Experience conducting material characterisation and documenting experimental and technical results in a multidisciplinary research environment.
Safety Procedures Awareness
Familiarity with hospital safety procedures and equipment maintenance workflows, gained through practical attachments at Kenyatta National Hospital and The Nairobi Hospital.
Languages
EnglishNative speaker
Project history
Pursuing a B.Sc. in Biomedical Engineering. Engineering activities include serving as Webmaster for the IEEE Photonics Society at Kenyatta University and volunteering at the MedTech Hub, Kenyatta University.
Developed a biomedical engineering system integrating fluid handling, sensing, electronic control and user-interface components. Produced technical design documentation and presented the engineering concept during evaluation.
Designed functional engineering and biomedical components using SolidWorks and additive manufacturing. Participated in university and international-level design challenges involving CAD-based engineering solutions.