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Introduction
Fiber Optics Training (Associate) is offered at SINA Institute of Networks and Aesthetics. The Fiber Optics Training is designed for anyone interested in learning basic fiber optic networking and becoming a Certified Fiber Optic Technician. This course also introduces the students to industry standards governing FTTD (Fiber to the Desk), FTTH (Fiber to the Home, LAN/WAN fiber networks, and basic fusion and mechanical splicing. Supplemental hands-on sessions will include a multimode OSP cable. This program explores the history and future of fiber optics and fiber optics capabilities. This study will include both mechanical and fusion splicing techniques along with the actual OTDR trace sessions.
Curriculum
- 11 Sections
- 94 Lessons
- 10 Weeks
Expand all sectionsCollapse all sections
- History of Fiber Optics Technology8
- 2.1Review of fiber concept from old ages.
- 2.2Who was the pioneer of the “Light guiding principle”?
- 2.3Turning off the light pipe concept into practicality.
- 2.4Discovery and invention of cladding concept to realize TIR theory.
- 2.5Historic overview of laser developments.
- 2.6Low loss Single mode & Multi-mode fiber manufacturing synopsis.
- 2.7Brief historical review of fiber manufacturing techniques development.
- 2.8The commercial launch of fiber optic systems.
- Introduction to Fiber optics8
- 3.1Optical fiber structure analysis.
- 3.2Major advantages of fiber optic technology.
- 3.3Lesson 15 Copy Copy Copy Copy
- 3.4Lesson 16 Copy Copy Copy Copy
- 3.5Light windows used for optical communication.
- 3.6Light propagation through the optical fiber.
- 3.7Classification of optical fiber and optical fiber cables.
- 3.8Signal losses in fiber optics.
- Optical Fiber Cable Installation and Restoration7
- 4.1How the optical fiber cable installation can be categorized in different types?
- 4.2Optical fiber cable installation guidelines.
- 4.3How to handle cable during duct direct buried installations?
- 4.4Methodologies to establish fiber-optic cable spans in the field.
- 4.5Cable restoration techniques and typical causes of cable failures.
- 4.6Equipment and tools used in restoration.
- 4.7What are the important safety concerns in optical fiber handling?
- Jointing Splicing & Connectraizaition11
- 5.1Methods used for jointing optical fibers?
- 5.2Why do we need splicing?
- 5.3What are the requirements of a good splice?
- 5.4What issues affect Splice Performance?
- 5.5Splicing techniques (Fusion & Mechanical) and their features.
- 5.6Mechanical splicing process and commonly used types.
- 5.7Ideal connector features and techniques used in connectorization.
- 5.8Commonly used connectors and their assembly processes.
- 5.9Connectraizaition Vs Splicing comparison.
- 5.10Splices protection techniques.
- 5.11Types and techniques used in jointing closures & OFDFs
- Test and measurement Techniques3
- Training Video12
- 7.1Fiber Optic Theory & Fiber Structure
- 7.2Fiber Optic Installation
- 7.3SM Fiber Optic Emergency Restoration
- 7.4Fiber Optic Safety
- 7.5How to prepare Fiber Optic Cable
- 7.6How to cleave and splice optical fiber
- 7.7Fiber Optic Splicing and Splice Closures
- 7.8Connectraizaition & Patch Panels
- 7.9How to Cleave, Polish & Inspect Connector
- 7.10> How to Clean a Fiber Optic Connector
- 7.11Troubleshooting a Fiber Optic Link
- 7.12OTDR Theory and Operation
- Test and Measurement EquipmentHands-on with the following Test and Measurement Equipment is included in this course6
- Hand-on-Experience2
- Tools and AccessoriesHands-on with the following Tools and Accessories are included in this course.22
- 10.1Cleaver
- 10.2Stripper
- 10.3Cable Cutter
- 10.4Cable Pulling Rod
- 10.5Canned Air
- 10.6Connector Cleaner
- 10.7Kevlar Scissors
- 10.8Jacket Stripper
- 10.9Continuity Tester
- 10.10Buffer Tube Stripper
- 10.11Polishing Pad
- 10.12Matching Gel
- 10.13Kim Wipes
- 10.14Piano Wire
- 10.15Safety Glasses
- 10.16Black Work Mat
- 10.17Fiber Disposal Unit
- 10.18Rugged Carry Case
- 10.19Splice Sleeves
- 10.20Round Cable Cutter
- 10.21Polishing Disk
- 10.22Crimping Tool
- Labs10
- ConclusionIn Fiber Optics Training you will get to know the basics of signal propagation through optical fibers, fiber impairments, components, and device system design. This Fiber Optic Training combines theory and 85% hands-on training to prepare the students to take the FOT (Fiber Optic Technician) test. This course also introduces the students to:5
Instructor
Requirements
- Understanding of some basic knowledge of Electrical tools.
Features
- OBJECTIVES: To expose the students to the basics of signal propagation through optical fibers, fiber impairments, components and devices, and system design Install, terminate, and test multi-mode/single-mode fiber optics networks effectively and efficiently Build and test a fiber-optic network after the Certified Fiber Optics Professional course.
- OUTCOMES: Upon completing Certified Fiber Optics Training, students will become familiar with various fiber optic components and systems and know-how to: Couple light in and out of fibers and connect them Measure loss and dispersion in fibers Jointing, splicing, and connectraizaition Relate an integrated view of engineering by explaining the fundamental analogies between electrical and optical communication systems





