About

About Eoin Burke

As a freelance hydrologist, I am specialized in hydrologic and hydraulic modeling across a variety of platforms. My expertise in complex model couplings and leading data assimilation techniques have led to advancements in current real-time flood forecasting systems. I actively engage with academics and industry professionals which allows for continued innovation in the field of operational water management.

In recent years I have done extensive international research into flood forecasting systems, providing me with the skills to both advise and develop advanced systems that meet the needs of water managers. My experience has provided me with a sound knowledge of the many products available and the various software applications. Additionally, this has given me insights into an array of model domains and their internal infrastructure including state-of-the-art data assimilation methods.

The combination of research, development and practical applications in quantitative water management is what I enjoy most in my work. My particular strength is adopting proven concepts from academic research and effectively implementing these to advance current water management systems. Furthermore, I appreciate working with people with expertise in a variety of areas to solve complex problems. My broad range of experience in professional settings has given me the ability to be adaptable, build strong working relationships, apply knowledge and evaluate project results.

Eoin Burke Msc
Master Earth and Environment |Wageningen University, The Netherlands
Land and water management |Van Hall Larenstein, Velp, The Netherlands
University of Idaho, Moscow, Idaho |Academic researcher

About Fluid Hydrology

Flooding can cause devasting losses of life, property, infrastructure and livelihoods throughout the world. In recent decades the risks of flood damage, due to changes in climate, land use and population density, has increased.  Although the risk of flooding cannot be illuminated, measures can be taken to limit the effects of flood waters. Fluid hydrology specialises in developing flood forecasting systems that predict the intensity and timing of flood waters along an entire river system. These systems are the first step in mitigating flood damage and provide water managers and emergency service with the information needed to effectively manage water flow, help identify high risk areas and are the fundamental tool in developing real-time evacuation plans.

Our name, Fluid hydrology refers to our specialization in identifying water movement through the water cycle, from the moment it enters as precipitation until it leaves a catchment area as river discharge. Importantly however, Fluid hydrology refers to our ability to change and adapt to both a project needs and to an ever-evolving field of science.