As Indians and Muslims, we take immense pride in the achievements of Professor Sir Alimuddin Zumla, whose extraordinary contributions to global health and infectious diseases have had a transformative impact on the world. His pioneering work reflects not only the brilliance of his intellect but also the deep values of service, compassion, and excellence rooted in our shared heritage.
Professor Zumla, of Indian descent and born in Zambia, currently serves as the Director of the Centre for Clinical Microbiology at University College London (UCL). Under his leadership, the Centre has become a global hub for innovative research, focusing on the prevention, diagnosis, and treatment of diseases such as tuberculosis, HIV, COVID-19, and other emerging infectious threats. His work has particularly emphasised addressing healthcare inequalities, with special attention to improving the lives of underserved and marginalised communities worldwide.
His contributions extend beyond groundbreaking research. Professor Zumla has built global networks for collaborative research, training countless healthcare professionals and scientists from developing countries. His leadership in fostering international partnerships has ensured that the fight against infectious diseases remains inclusive, effective, and impactful.
Among his many accolades are being knighted by Queen Elizabeth II, receiving the prestigious Mahathir Science Award, and being honoured by several global organisations for his dedication to improving global health outcomes. These honours are a testament to his unwavering commitment to serving humanity.
As a proud Muslim, his life and work embody the principles of knowledge, humility, and service to others. Sir Alimuddin Zumla is a beacon of inspiration for Indians, Muslims, and all communities around the world, demonstrating how our values and determination can lead to world-changing achievements.
https://www.ucl.ac.uk/infection-immunity/research/research-department-infection/lab-research-groups/centre-clinical-microbiology/ccm-1
