Laimoon.com

Fiber Optic Technician (FOT) - Power Technical Training , Cairo

Sun, 15 Oct 2017 16:37:26 +04

The fiber optic fundamentals
Fiber optic transmission basics
Fiber optic types, Single mode and multi-mode
Fiber optic losses
Fiber optic cables types and cable applications
Installation procedures
Fiber Optic Accessories
Handling, installation, materials and site safety
Mechanical termination
Fusion splicing
Visual fault location, power meter testing
OTDR testing

Course Details
1Fiber Optic Fundamentals
Overview
Advantages of Fiber Optic
Fiber Optic vs. Copper
Fiber Optic Manufacturing
Fiber Optic Transmission basics

2Fiber Optic Types
Single Mode
MultiMode
Plastic Fiber Optic
TIA & ISO Standardizations

3 Fiber Optic Losses
Insertion and Reflection Loss
Extrinsic losses
Loss Budget Equation

4Fiber Optic Cables (Samples)
Fiber Optic Cables Applications
Outdoor Fiber Optic Cables
Indoor Fiber Optic Cable

5- Fiber Optic Accessories (Samples)
Racks and Cabinets
Patch Panels & ODF's
Patch Cords & Pigtails
Connectors & Adapters

6- Fiber Optic Cable Installation Procedures & Techniques (Videos & Field Simulation )
Cable Pulling
Direct Buried
Cable Blowing

7-Fiber Optic Safety

8 Fiber Optic Assembly (Hands-On Training)
Fiber Optic Cable End Preparation
Fiber Optic Mechanical Termination
Fiber Optic Fusion Splicing

9Fiber Optic Testing (Hands-On Training)
Visual Fault Locator
Fiber Optic Loss Test Kit (PM&LS)
OTDR Testing

Cost: 1800 EGP

Duration: Upto 4 Days

Concrete Structure: Design Maintenance & Reliability - Power Technical Training , Cairo

Sat, 30 Sep 2017 13:50:27 +04

DAY 1

The fundamentals of concrete technology
Basic concept of concrete design
Main features for ACI and BS for concrete design
Effects of different loads on the building
Earthquake, wind load effect
Loads affect pipe rack, static equipment and tanks foundations
Principal, limitations for different codes in concrete (ACI, BS codes, European Code)
Codes and standards Philosophy
DAY 2

Principal of concrete design and precaution
Different structure systems
Different slab types
The way to use the suitable structure system
Design of slab, beam and columns
Loads applied in horizontal vessel (Separators)
Design of vessel foundation
Loads applied in heaters
Design of heater foundations
Ring beam design for circular tank
Design of foundation under tower
Pipeline support design
Checklist to review the design
DAY 3

Soil investigation
Shallow foundation design philosophy
Pile foundation design philosophy
Anchor bolt design
Foundation under machines design
Checklist to review foundation under rotating equipment
Precaution in design foundation under vibrating machines
Design blast resistance building such as control room
Control room layout and configuration
DAY 4

Pipe rack configuration
Pipe rack design
Retaining walls design principals
Load and forced in retaining walls
Retaining walls design checks
DAY 5

Design for reinforced concrete liquid tanks
Structure system for concrete tanks
Circular and rectangular tank
Maintenance and repair in concrete structure
Integrity and maintenance management system principal

Cost: 700 EGP

Duration: 5 Days

Building Preventive Maintenance - Power Technical Training , Cairo

Sat, 30 Sep 2017 13:46:03 +04

Course Outline
Day One
Codes and standards
Why do we need the codes?
Past and Current Structural Codes and Standards
The multidisciplinary design effort
Design - construction process
Design standards and their relationship to structural performance
Construction standards
List of 100 most frequently cited ASHA construction standards
Drawings and specifications
Technical specifications
Shop drawings
Document review
Design and construction checklists
The uniform code for building conservation
Day Two
Loads and hazards: their nature, magnitude and consequences
Establishing the loads and load effects on the structure
Safety of Structures
Serviceability of structures
Establishing the capacity of the structure
Critical characteristics of steel structures
Critical characteristics of concrete structures
Accelerated Testing
Cumulative Error
Computer software
The Dangers of Computer Analysis
Day Three
Reliability Based Condition Assessment
Structural Reliability
Parallel Systems
General Systems
Performance Prediction
Updating
Steel buildings - common areas of deficiency
Reinforced and prestressed concrete buildings - common areas of deficiency
Human Perceptions of Durability
A summary of seismic deficiencies and design constraints
Maintenance versus repair
Different Maintenance Options
Accepting Undesirable Existing Conditions
Preventing deterioration
Preventive measures
Case Studies
Day Four
Strategies for Maintenance and Repair
Condition Survey
Initial Site Visit
Data Acquisition
Condition Survey
Detailed Inspections
Tools and Equipment
Common Problems
Sampling For Test Specimens
Testing Procedures
Investigation Summary
Peer review
Project delivery methods
Day Five
Changing technology
Innovative materials
Typical structural challenges
Lessons from the past
Lessons from historical structures
Monitoring Programs
Unforeseen problems
Some practical tips
A word of caution
Old age death
The weaknesses of mother earth
The future of structures
Challenges of the 21st century

Cost: 700 EGP

Duration: 5 Days