Hydraulics and analysis of dams, regulators and weirs – Site preparation, Construction methods.
The need for lining – seepage losses – Hydraulic design of lined sections – Hard surface lining – Earth works – Buried membrane lining – Lining by petrochemicals – The use of gabions.
Construction and management for irrigation projects – Job planning and management – Factors affecting the selection of construction equipments – Soil stabilization and compaction equipments – Excavation equipments – Dewatering of the construction site – Pumping equipments – Piles and pile driving equipments – Sheet pilings and their driving equipments.
Different approaches to the structural analysis of hydraulics structures – Applications: Dams, Barrages and Regulators, Water crossing structures, Locks, Spillways and Outlets – Planning of the site and location.
The people importance – Company wide dynamics – Supervisory level dynamics – Maximizing individual performance – Organizing and planning for quality management and group techniques – Workplace and environment on man – machine safety.
Study of basic economic concepts – Process of price determination – Investments and economic cooperation .Introduction of basic concepts and techniques of collecting processing and reporting financial information .
Types of pump Stations – Component parts – Dimensioning – Seepage underneath the structure – Design of superstructures – Design of Suction and delivery pools – Design of steel pipes – Effect of vibration on structure – Design of gates – Design of weed barrier – Collection of operational data .
Choosing a dewatering method – Sumps, drains, and open pumping – Deep well systems – Wellpoint systems – Ejector systems – Cutoff methods – Grouting – Artificial recharge – Sand drains – Electrical design for dewatering systems – Dewatering costs – Dewatering specifications.
Programming the hydraulic and structural design procedure of water retaining structures – Programming the uplift pressure calculations.
Specifications of materials used for the different water structures elements – Management responsibilities inspection of incoming materials – Inspection and test equipments and status .
Hydraulics – Design and operation of sprinkler and trickle irrigation systems- Economical study – Evaluation of modern irrigation systems in practice.
Hydraulics – Design and operation of sprinkler and trickle irrigation systems- Economical study – Evaluation of modern irrigation systems in practice.
Hydraulics – Design and construction of tile drains – Mole drains – Vertical drainage – Reuse of drainage water – Construction equipments – Evaluation of drainage projects – Economical studies.
Control water structures
Construction of canal lining
Construction of Irrigation and Drainage projects and canal
Design and Planning of Large Irrigation Projects
Human Resources Management
Economical and Financial Studies and Evaluation of
Design and Construction of Pumping Stations
Construction of Dewatering Systems
Computer Applications in Water Structures
Specification of Water structures and quality control
Modern Irrigation Systems
Modern Irrigation Systems
Modern Drainage Systems
GRADUATE COURSES
