Tenders Are Invited For Course Installation And Servicing Of Connections And Intra-Building Installations In Fiber Optic Technology As Part Of The Project Entitled: I Am A Professional 3.0 At Zstio No. 3 In Katowice

1. The Subject Of The Order Is To Conduct An Advanced Course In The Field Of Fiber Optic Technology Under The Name Installation And Servicing Of Connections And Intra-Building Installations Using Fiber Optic Technology. The Course Includes At Least Simulation Of Real Working Conditions In The Field, Connection Of Fiber Optic Joints, Measurements With A Reflectometer, Analysis Of Sample Failures. The Training Is A Continuation Of The Teachers Educational Path After The Basic Course In Fiber Optic Technology2. The Training Program Should Include The Following Issues: 1) Theoretical Part: A) Refreshing Previously Acquired Knowledge In The Field Of: Advantages, Structure And Size Of Optical Fibers And The Division Of Optical Fibers B) Supplementing Knowledge On The Latest Optical Fiber Designs (The Latest Multimode Designs, Universal Single-Mode Designs, Multi-Core Fibers) 2) The Latest Passive Cabling Elements: A) Fiber Optic Cables (Microcables, Drop Cables, Antenna Cables, Subscriber, Self-Supporting) B) Equipment Used In Subscriber Installations (Distribution Boxes, Cable Holders, Composite Poles, Telecommunications Wells And Connector Containers, Linear Couplers, Subscriber Terminations) C) Mpo Connectors - Construction, Application, Servicing D) Passive Optical Elements (Wave And Power Splitters, Installation In Equipment, Identification Of Dark And Active Ports). 3) Fiber Optic Access Networks (Construction And Transmission Rules): A) Current Latest Trends In The Construction Of Ftth, Ftto, Fttd Networks B) The Use Of Microducts And Microcables In Fttx Networks C) Rules For Selecting The Type Of Passive Equipment And Building Infrastructure Elements For The Type Of Network 4) Installation Procedures: A) Rules For Introducing Pipes And Cables Into Telecommunication Chambers, Cable Trays And Joints - Real Conditions, Classes Should Take Place On Wielob) Principles Of Untangling Optical Fiber Cables And Organizing Optical Fibers In Real Installation Conditions: Joint In A Telecommunications Well, Joint In A Connector Container, Joint On A Pole In The Cable Reserve Frame, Muff Box On The Building Facade, Panel Frame In A 19” Cabinet C) Learning How To Use Modern Installation Tools (Multi-Blade Knives, Thermal Strippers, Fiber Cutting Machines) D) Welding Of Optical Fibers Using Welding Machines That Automatically Center The Fiber Optic Core In Self-Prepared Equipment (Joints And Distribution Boards). The Exercises Include Entering The Pole And Entering The Well, All Works Related To The Preparation Of The Cable For Welding, And The Correct Laying Of The Fibers And Closing Of The Covers. E) Correct Sealing Of Covers Using The Thermal Method Using Gas Burners. Telecommunications, Correct Closure Of Wells And Tanks, Correct Installation Of Sleeves On The Pole 5) Measurements: A) Reminder Of The Basics: Wavelengths, Most Frequently Used Measurement Standardsb) Learning How To Use The Latest, Advanced Measurement Setsc) Transmission Measurements: Perfo