1. Haar wavelet-based adaptive finite volume shallow water solver,  Journal of  Hydro informatics. 
2. Wavelet-based resolution adaptivity within Godunov-type shallow flow modelling, Workshop on Advances in Numerical Modelling of Hydrodynamics-UK-2015 
3. A multi-resolution discontinuous Galerkin method for one dimensional shallow flow modelling, 3rd International Association for Hydro-Environment Engineering and Research  (IAHR) Europe Congress-2014- Portugal. 
4. Adaptive wavelet-based Finite Volume Shallow Water Solver, Proceedings book of the international workshop on hydraulic structures: Data validation- Portugal-2015-ISBN 978-989-20-5792-7. 

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My topic interest focus on the development of the new methods in performing the adaptivity in the context of advance of hydraulic modelling methods.

Development of Innovative Solutions for Water Resource Management

KEYWORDS: Water Resources Engineering, Sustainable Water Management, Wavelet-based Modelling, Hydraulic Structures, Research & Collaboration

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I'm Dr. Dilshad Abduljabbar Haleem, and I'm passionate about sharing my knowledge and experience in water resource engineering with the next generation of engineers. This Teaching Folio offers a glimpse into my approach to teaching, the subjects I cover, and the experiences that have shaped my journey as an educator.

My Teaching Philosophy

At the heart of my teaching philosophy lies the belief that effective learning is an interactive process. I strive to create a stimulating classroom environment where students are not just passive listeners but active participants. This means encouraging questions, discussions, and hands-on activities that solidify theoretical concepts and foster critical thinking skills.

A Seasoned Educator

Since joining the University of Duhok as a faculty member in 2004, I've had the privilege of guiding students through various water resource engineering courses. My teaching experience has allowed me to refine my methods and adapt them to cater to diverse learning styles.

The Depths of Water Resource Engineering

My teaching repertoire encompasses a broad range of subjects within the realm of water resource engineering. These include:

• Hydrology (focusing on the study of water movement and its distribution)
• Hydraulics (exploring the behaviour of fluids in motion)
• Water Resources Management (addressing the sustainable development and use of water resources)
• Water Treatment (delving into the processes of purifying water for consumption and irrigation)

Grants

• Grant for the 4th Engineering Design Day. Granted by: Dakor Company Transport and Oil Services, on May 1st, 2017. Grant amount: USD 2,000.

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