كورس المكتب الفني المتقدم
- المشروع ( أنواع المشاريع – مراحل المشروع – أطراف المشروع – التصميم – التنفيذ – إدارة المشروع )
- شركات المقاولات ( تصنيف الشركات من حيث الفئة والشعبة من خلال الإتحاد المصري لمقاولي التشييد والبناء)
- أنواع وأساليب الطرح والعطاءات والمناقصات وعقود المقاولات
- أنواع المقايسات وتحليل الأسعار
- الحصر المبدئي والحصر الفعلي والحصر النهائي
- تسعير المشاريع المتزن والغير متزن
- المظروف المالي والمظروف الفني
- تخطيط المشروع والبرامج الزمنية (برنامج بريمافيرا)
- المتابعة والتحكم (برنامج بريمافيرا)
- البرامج التمويلية وجداول متطلبات المشروع
- اللوحات الهندسية التنفيذية وجداول تفريد وتقطيع حديد التسليح
- المستخلصات وحساب فروق أسعار البنود وجداول الوفر والذيادة
كورس STRESSES & STRUCTURE ANALYSIS
Newton’s Laws
Properties of Section
Reactions of Structures
Frames Reactions
Internal Forces of Beams
Internal Forces of Beams with Link Members
Internal Forces of Inclined Beams
Internal Forces of Frames
Internal Forces of Arched beams
Internal Forces of Trusses
Stability
Influence Lines of Beams
Influence Lines of Frames
Influence Lines of Trusses
Properties of Area
Straining Actions
Normal Stresses
Shear Stresses Due to Forces
Connections Direct Shear
Shear Flow
Shear Center
Shear Stresses Due to Torsion
Connections Subjected to Torsion
Combined Stresses
Determinacy and Indeterminacy
Deflection Double Integration Method
Deflection Conjugate Beam
Deflection Virtual Work
Consistent Deformations Method
Slope Deflection Method
Moment Distribution Method
Three Moments Equation Method
CORE OF SECTION
كورس REINFORCED CONCRETE (RC)
Introduction For Reinforced Concrete Design
Units and Dimensions
Architectural & Structural Drawing
(Beams) Max-Max B.M.D & S.F.D.
(Beams) Loads on Beams (Load Distribution)
(Beams) Design of Beams using First Principle
(Beams) Design of Beams using charts
(Beams) Design of Beams due to Shear
(Beams) Reinforced of Beams using Empirical method
(Beams) Reinforced of Beams using Moment of Resistance method
(Serviceability) Check Deflection And Cracks Control
(Tie) Design of Tension member
(Design) Design of sections subjected to M & P
Yield line analysis
(Columns) Design of Short Column
(Columns) Design of Long Columns
(Columns) Drawing Interaction diagram
(Frames) Design of Sections
(Frames) Design & Reinforcement
(Frames) Training on Frames
(Frames) Examples on Design and RFT.
(Frames) Design of Real Supports
(Slabs) Solid Slabs
(Slabs) Flat Slabs
(Slabs) Hollow Blocks & waffle Slabs
“(Slabs) Grids Slabs (Panelled Beams)”
Staircases
(Seismic & WIND ) Lateral Loads Effects
Short Cantilever
(Prestressed) Introduction to Prestressed Concrete
(Prestressed) Determinate Prestressed Members
(Prestressed) Indeterminate Prestressed Members
(Prestressed) Shear-Ultimate Moment-End Block
(Prestressed) Losses of Prestressed and Deflection
(Bridges) Slab type bridges
(Bridges) Bridge tables
(Bridges) Girder type bridges
(Bridges) Box girder bridges
(Tanks) Statics of Tanks
(Tanks) Cracks control
(Tanks) Elevated Tank
(Tanks) Rested & Underground tanks
(Tanks) Circular tanks
كورس STEEL STRUCTURE
Introduction
Purlin
Bracing
Rafter
Column
Crane
Bracket
Stairs
End Gabol
Side Girts
Administrative Part
Connection
Layout – Loads
Design Manual
Design by Tekla
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