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8 - CCE - Civil and Construction Engineering


CCE 101 - Design of Hydraulic Infrastructures

Code Start Date Duration Venue Fees
CCE 101 17 August 2019 5 Days Istanbul $ 2950 Registration Form Link
CCE 101 14 September 2019 5 Days Istanbul $ 2950 Registration Form Link
CCE 101 12 October 2019 5 Days Istanbul $ 2950 Registration Form Link
CCE 101 09 November 2019 5 Days Istanbul $ 2950 Registration Form Link
CCE 101 07 December 2019 5 Days Istanbul $ 2950 Registration Form Link
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Course Description

Water usage has grown by more than twice the rate of the world population increase during the last century, posing international problems, and putting pressure on world’s governments. Water use by agriculture sector represents approximately 70% of all available freshwater on our planet, an inevitable amount of usage for the continuity of human race. In this course, participants will explore ways for an effective usage of water for irrigation. It mainly focuses on the design of hydraulic infrastructure operations and design. 

Course Objectives

  • Exploring ways of irrigation water storage
  • Ensuring adequate distribution of water used for irrigation purposes 
  • Modeling structures needed for the design of different irrigation canals 
  • Discussing basic maintenance operations 
  • Understanding the operations of hydroelectric power stations

Who Should Attend?

  • Structural Design Engineers 
  • Drainage Engineers
  • Irrigation Engineers
  • Water Resources Planners
  • Municipal Engineers
  • Urban System Design Engineers

Course Details/Schedule

Day 1

  • Hydraulic components
  • Hydraulic loads around retaining structures
  • Hydraulic crest gates
  • Design criteria
  • Dams 
  • Design of siphon structures

Day 2

  • Irrigation canal components and systems
  • Structural/ Hydraulic design of canals
  • Design of irrigation structures (siphon, intake, off- take, Flash gates, spillway, protection wall against flooding) 
  • Cross drainage works

Day 3

  • Regulation and storage
  • Storage tanks and regulating ponds Surface 
  • Land and sea outfalls
  • Settlement
  • Modeling soil and wall properties
  • Numerical analyses

Day 4

  • Hydraulic modeling
  • Field calibration methodology
  • Sitting and orientation
  • Hydraulic losses
  • Critical design data

Day 5

  • Run- off river plants and taking advantage of chutes in open channels
  • Transportation and distribution
  • Pumping stations
  • Pressure pipelines
  • Booster stations
  • Hydraulic systems for different types of usage (irrigation, household, sewerage)
  • Power stations