Inside the Intensive Care Unit (ICU): Engineering for Critical Care
The Intensive Care Unit (ICU) is one of the most demanding environments in modern healthcare. Every ventilator, patient monitor, infusion pump, and medical gas system plays a critical role in supporting patients who require constant, uninterrupted care.
Behind the reliability of these technologies are biomedical engineers who ensure medical equipment remains safe, functional, and ready when it matters most.
In this AFRIQALAB session, we'll explore the ICU through the eyes of a biomedical engineer. Rather than focusing only on how devices work, we'll examine how engineering decisions, preventive maintenance, troubleshooting, and system reliability contribute to quality patient care.
Together, we'll explore:
• The ICU environment and clinical workflow
• Life-support and patient monitoring systems
• Ventilators, infusion pumps, defibrillators, suction machines, and medical gas systems
• Common equipment challenges in critical care
• Electrical safety and environmental requirements
• Preventive maintenance priorities in high-acuity environments
Whether you're a biomedical engineering student, recent graduate, biomedical technician, or early-career engineer, this session is designed to strengthen your understanding of critical care engineering and expose you to the realities of hospital practice.
At AFRIQALAB, we're building a community of biomedical engineers committed to continuous learning, practical thinking, and improving healthcare across Africa.
Join us as we step inside one of the most important engineering environments in healthcare.