Bridging the gap between public health, academia and policy
Christen, Paula; Dawa, Jeanette; Ahmed, Omar; Akinyi, Florence; Masakhwe, Bonventure Ameyo; Bekalo, Daniel Biftu; Biwot, Cosmas; Bosire, Arani B; Giovanni, Charles; Gathoni, Veronicah; Gaythorpe, Katy A M; Githinji, Geoffrey; Gowa, Salmon; Hamumy, Fathiyah Said; Kagiri, Hannah; Kamundia, George; Kamunya, Stephanie; Kariuki, Pius; Khalayi, Lydiah; Kombe, Ivy; Kwamboka, Purity; Liétar, Paul; Likalamu, Noel; Lugonzo, Brian; Mariita, Vincent; Masinde, Augustine; Mbithi, Mumbua; McCabe, Ruth; Monari, Fred Nyamitago; Motiri, Francis Ondicho; Muchiri, Antony M; Mudamba, Annah; Mugo, Peter Waweru; Mutono, Nyamai; Muriithi, Moses; Musasia, Ryan; Mutunga, Mumbua; Mwangi, Waithera; Nalwa, John; Ngeno, Kibet Immanuel; Nyaberi, Jackline Mosinya; Nzoka, Peninna Mwongeli; Ojal, John; Okech, Tabitha; Okunga, Emmanuel; Omondi, Evans; Osoro, Joseph; Osoro, Preston; Patel, Amika; Sayianka, Stanley; Shigoli, Triza; Silali, Catherine; Thendu, Martin M; Elsland, Sabine L van; Wanjiku, Kariithi Anne; Muchemi, Philip; Whittles, Lilith K; Winskill, Peter; Ombajo, Loice Achieng; Thumbi, S M; Watson, Oliver J
Date:
2026-04
Abstract:
The use of advanced analytics in public health policy
remains hindered by a disconnect between researchers,
policymakers and technical experts. Bridging this gap
requires intentional knowledge translation strategies that
facilitate interdisciplinary collaboration and real-world
application of research findings. Hackathons, which
bring together diverse stakeholders in a time-bound,
solution-oriented format, offer an approach to address
this challenge. In January 2025, the MRC Centre for
Global Infectious Disease Analysis and the Centre for
Epidemiological Modelling and Analysis at the University
of Nairobi organised the Bridging the Gap Hackathon,
designed to strengthen collaboration between academia,
policy and public health practitioners in Kenya. The
hackathon convened researchers, software engineers and
policymakers to co-develop data-driven tools to tackle
public health challenges identified by Kenya’s Ministry of
Health and the Directorate of Veterinary Services. Over
five days and using a structured multi-stage process, six
interdisciplinary teams developed prototype solutions to
improve outbreak surveillance, vaccine deployment, data
quality monitoring and health workforce estimation. This
paper reflects on the hackathon’s structure, participant
experiences and project outcomes, highlighting key
lessons for future knowledge translation initiatives. Our
findings suggest that hackathons can serve as effective
platforms for accelerating interdisciplinary research
impact, fostering engagement between policymakers and
researchers and promoting the development of solutions to
public health issues.
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