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Prof. Dr. Ameer Hashim Hussein

Professor

Water Resources Techniques

Al-Mussaib Technical Institute

Biography

Bachelor of the Faculty of Engineering / Department of Civil Engineering / University of Babylon in 2005-2006 Master of Engineering Faculty / Department of Civil Engineering / Water Resources Engineering / University of Babylon in the year 2010-2011 PhD Faculty of Engineering / Department of Civil Engineering / Water Resources Engineering / University of Babylon in the year 2024-2025 Worked in engineering works in several engineering companies in 2006 Teaching at Future University, Faculty of Engineering, year 2012 - 2013 and worked as a rapporteur for the Department of Civil Engineering The faculty staff of the Technical Education Authority was appointed 2012 at the Musayyib Technical Institute / Department of Civil Technologies Rapporteur of the Department of Water Resources Technologies in 2015 Head of Water Resources Technologies Department at Musayyib Technical Institute 2024 Supervised several engineering works within the institute

Rsearch Interests

  • Civil Engineering
  • Environmental Engineering
  • Water Resources Engineering

Qualifications

  • Implementation of engineering works
  • Engineering software such as Flow 3D, Visual Basic and others
  • Office programs (Word & Excel)

Discussions

  • Discussion of the students of the last stage of the Department of Water Resources Technologies and the Department of Civil Technologies

Experiences

  • Engineering Works
  • Engineering Programs
  • Microsoft Office
  • Statistical Programs

Responsibilities

  • Lecturer
  • Supervising Engineer
  • Maintenance committees
  • Inventory Committees
  • Engineering Inspection Committees
  • Audit Committees
  • scientifc Committees
  • Examination Committees

Positions

  • Department Rapporteur in water resources technical
  • Head of Water Resources Department
  • Department Rapporteur in Civil Engineering /AlMustiqbal University

Scientific Research

  • Using Of Shields Parameter As A Determinate For The Sediment Movement In Irrigation And Drainage Channels (A Case Study in Central Region of Iraq)
  • The effect Musayyib thermal power station waste water on some physical and chemical properties of the Euphrates River water
  • Study the effect of evaporation on water quality to the Iraq reservoirs
  • Study of the use of furnace slag instead of coarse aggregate to produce muqarnas street sidewalks
  • Evaluation of Sediments Movement in Small Irrigation Canals (Branches of the Shatt Al-Hillah, as a Case Study)
  • Using Of Shields Parameter As A Determinate For The Sediment Movement In Irrigation And Drainage Channels (A Case Study in Central Region of Iraq)
  • Study of the effect of adding different percentages of white quartz sand to clay on the general properties of ordinary bricks
  • A review of optimization to the operation of a complex water resources system based on certain practical assumptions and simplification
  • Study and evaluation of drainage water quality for the Upper Al_Masab Al_A'am channel
  • Estimating the capability of Shatt Al-Hilla within Hilla City to carry the total bed–material load
  • An investigation into the level of heavy metals leaching from canal-dreged sediment: a case study metals leaching from dreged sediment
  • Decolourization of dye solutions by electrocoagulation: an investigation of the effect of operational parameters
  • Effect of initial pH value on the removal of reactive black dye from water by electrocoagulation (EC) method
  • A new modified TR algorithm with adaptive radius to solve a nonlinear systems of equations
  • Electrochemical removal of nitrate from wastewater
  • Zeolite as a natural adsorbent for nitrogenous compounds removal from water
  • Zeolite as a natural adsorbent for nitrogenous compounds being removed from water
  • Electrochemical defluorination of water: an experimental and morphological study
  • A numerical study of diversion flow to determine the optimum flow system in open channels
  • A Review of Studying the Flow Characteristics in Branching Open Channels.
  • A Comprehensive Assessment of Sediment Transport in Greater-Zab River, Iraq
  • Probing the complexities of optimal flow in open channels: experimental and numerical validation with diversion flow
  • Innovative calibration strategies for weirs with half-round crest edge modifications
  • Utilizing statistical distribution tests to develop rainfall intensity–duration–frequency curves for enhanced hydrological analysis in Kirkuk city, Iraq
  • Advanced uncertainty quantification in rainfall-intensity duration frequency curve modeling: A case study of Hilla City and surrounding regions, Iraq.

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