IAHR 2028 | NEPAL
34th IAHR Symposium onHydraulic Machinery and Systems
A symposium on research and practices on hydraulic machineries around the world, hosted in a nation where rivers power the future.
Headworks of Upper Tamakoshi Hydroelectric Project
Photograph: Arun Kumar
Announcing IAHR 2028
The announcement video will appear here.
Welcome to the 34th IAHR Symposium on Hydraulic Machinery and Systems
Namaste and welcome to IAHR 2028, hosted by Kathmandu University in Dhulikhel, Nepal. We invite researchers, engineers, industry professionals, policymakers, and young scholars from around the world to exchange ideas and advance hydraulic machinery and sustainable hydropower. Set against Nepal's Himalayan landscapes and growing hydropower sector, the symposium will connect research with engineering practice, encourage partnerships across borders, and explore improvements in the design, performance, and operation of hydraulic machines and systems.
Nepal's rivers offer immense opportunities for clean energy, but its mountain terrain and monsoon-driven river systems also expose communities and infrastructure to floods, landslides, and a changing climate. Recurring flood damage makes climate-responsive and disaster-responsive hydropower design an essential part of this conversation. IAHR 2028 invites dialogue on adapting to changing flows, managing sediment and flood hazards, and improving the resilience of hydraulic machinery and hydropower systems throughout their life cycle. Together, we can work toward reliable energy that supports communities, protects infrastructure, and responds to the challenges of a changing environment.
Symposium Background
The IAHR Symposium on Hydraulic Machinery and Systems connects the international research community with the people who design, manufacture, and operate hydraulic machines. The 34th edition brings that exchange to Nepal, where hydropower links engineering innovation with the country's energy future.
Kathmandu University's work in turbine testing, numerical simulation, and sediment erosion provides a local foundation for these discussions. Nepal also offers a practical setting to consider how hydraulic machinery and hydropower systems can perform reliably under demanding river conditions and changing environmental pressures.
Explore the symposium backgroundGallery
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