Engineering World Health is thrilled to announce our newest BMET Training program! Along with our partners, Duke University's Developing World Healthcare Technology Lab and the GE Foundation, we will be building a new training program in Nigeria to improve the ability of Nigerian hospitals to provide quality healthcare to their patients.
Read GE's full press release below:
GE FOUNDATION, DUKE UNIVERSITY WORLD HEALTHCARE TECH LAB, AND
ENGINEERING WORLD HEALTH ESTABLISH BIOMEDICAL EQUIPMENT TRAINING PROGRAM
IN NIGERIA TO BUILD SKILLS AND IMPROVE CAPACITY
- $1.5M Biomedical Equipment Technician training (BMET) program grant to address persistent need for repairing medical equipment and building sustainable pipeline of qualified medical engineers
- Initiative to translate into increased equipment “up time” for equipment, patients
- Grant program defined through collaboration with Federal Ministry of Health in Nigeria
- Inaugural class to be trained at the Federal School of Biomedical Engineering Technology at the Lagos University Teaching Hospital (LUTH)
- Project builds on GE commitment to training in Nigeria and successes from BMET projects in Rwanda, Honduras, Ghana and Cambodia
Abuja, Nigeria – May 7, 2014— The GE Foundation, in collaboration with the Developing World Healthcare Technology Laboratory at Duke University and Engineering World Health, is developing a new Biomedical Equipment Technician Training (BMET) project in Nigeria to address a major need for locally qualified medical technicians to repair and service biomedical equipment. The grant program, defined through collaboration with the Federal Ministry of Health (FMOH) in Nigeria, will be established at the Federal School of Biomedical Engineering Technology at the Lagos University Teaching Hospital (LUTH) and builds on the success of BMET programs already implemented in Rwanda, Ghana, Cambodia and Honduras. The $1.5M grant will be administered over a three-year period.
Between 50- 80% of medical equipment is out of service in low-income countries according to the World Health Organization (WHO). Additionally, of hospitals surveyed, 85% in Africa, 77% in Latin America and 60% in Asia report difficulty finding qualified medical technicians to repair and service medical equipment. In Nigeria, 50% of hospital equipment is out of service which puts added strain on local healthcare delivery.
“The shortage of functional medical equipment is a barrier to the efficient delivery of care in Sub-Saharan Africa,” said David M. Barash, M.D., Executive Director and Chief Medical Officer of the GE Foundation. “This capacity-building program delivers a structured curriculum and develops a pipeline of locally accredited technicians, in line with GE’s overall commitment to drive knowledge transfer, capabilities building and local job creation. We are pleased to collaborate with the Nigerian Ministry of Health on this scalable program to help address the health challenges in the region and deliver solutions that align with the needs of the country.”
The goal of the three-year grant is to establish a BMET school in Nigeria, while also working to create a Center of Excellence (COE) in coordination with the Federal School of Biomedical Engineering Technology and LUTH. The COE’s goal is to serve as a model for other training programs in the region.
“Across the region, donated and purchased equipment sits idle due to the lack of skilled engineers who can install, maintain or repair it,” said Edward Hutton, Chief Operating Officer at Engineering World Health. “Since we started this training program in 2009, the goal has always been to build a local, sustainable, trained workforce of technicians that can fill these critical gaps in care. We are proud to be continuing our work in Nigeria and with our valued partners.”
The BMET training program is unique to each country served. It features needs-based curricula tailored to each country in partnership with Duke University’s Developing World Technology Lab, headed by Dr. Robert Malkin. In Nigeria, training will be delivered through twelve 4-week modules, delivered over three years in classroom, laboratory, field practicum, and exam components. Students learn about healthcare technology management, computer skills, principles of medical device operation, and professional development. They are taught a broad base of skills that apply to the maintenance and repair of numerous types of biomedical equipment.
“Our research has shown that the impact of programs that provide the appropriate levels of training and ongoing support can be tremendous,” said Dr. Malkin. “The training we provide through this program ensures that local institutions and providers own the process of training technicians and, as a result, build their community’s confidence in the local health system. In the end, this will help maximize the value of donated equipment in the region and dramatically break down this barrier to the delivery of care.”
The BMET Project first launched in 2009 in Rwanda with 38 technicians graduating in 2012 and another 67 currently enrolled in the program. Since then, projects were set up in Honduras (2010), Ghana (2012) and Cambodia (2013) training nearly 200 technicians and establishing nearly 10 COEs.
Building competencies in healthcare is a central pillar of GE’s localization strategy in Nigeria. Focusing on education, training and development and through partnership with the FMOH, GE has trained 300 clinicians on Clinical Leadership, Technical Support and Life Support and increased clinical capacity for healthcare workers.
About Engineering World Health
Engineering World Health (EWH) is a non-profit organization that mobilizes the biomedical engineering community to improve the quality of health care in hospitals that serve resource-poor communities. We inspire, educate, and empower the biomedical engineering community to improve health care delivery in the developing world. EWH is a dynamic global organization serving engineering students, healthcare professionals, communities around the world and, most importantly, patients in need. EWH supports training programs in Asia, Africa and Latin America that are building a workforce of in-country biomedical engineering technicians and instructors. Working in partnership with local hospitals, educational institutions and governments, EWH is improving local capacity to run efficient hospitals up to international standards now and in the future.
About Duke University Developing World Healthcare Technology Laboratory
The Developing World Healthcare Technology Laboratory (DHT Lab) at Duke University is dedicated to understanding, creating and disseminating healthcare technology to the world's neediest. It develops new technologies to address unmet needs, supports and assesses programs to train hospital technicians in the developing world, conducts research that informs practice and policy, and mentors the next generation of innovators and designers.
About the GE Foundation
The GE Foundation, the philanthropic organization of GE, is committed to building a world that works better. We empower people by helping them build the skills they need to succeed in a global economy. We equip communities with the technology and capacity to improve access to better health and education. We elevate ideas that are tackling the world’s toughest challenges to advance economic development and improve lives. The GE Foundation is powered by the generosity and talent of our employees, who have a strong commitment to their communities. We are at work making the world work better. Follow the GE Foundation at www.gefoundation.com and on Twitter at @GE_Foundation.
Patricia Obozuwa Tracy Doyle
Director, Corporate Communications Director, Public Affairs
GE Africa GE
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