Lectures

Lectures are self-paced and provide valuable information that will help you pass the certification exam. Online access is accessible for 1 year from the date you register.  The lecture portion of this class is online and self-paced through our Learning Management System. Students receive a personal login to the platform providing access to lectures, study guides, practical exam, practice tests and technical exam. Lectures aid in the hands-on lab portion of the course.  Each student will take a 75-question multiple choice test and if they pass, they will receive their certification in 2-3 weeks.  The exam will be completed through remote proctoring on the eta website via the following link Test Sites And Course-Approved Schools.   Approximate time needed to complete lectures: 16 hours.

• Introduction to Fiber Optics
  • Fiber Optic Advantages and Applications
  • Terminology and History
  • The Fundamentals of Light Propagation
  • Scales of Measurement and the Spectrum
  • Characteristics of Singlemode and Multimode
  • Manufacturing, Bandwidth and Linear Effects
• Cables
  • Cable Types, Construction and Specifications
  • Cable Marking
  • Selection Criteria
• Connectors and Terminations
  • Temporary and Permanent Connections
  • Connector Types
  • Mechanical and Environmental Considerations
  • Performance Specifications
  • Connector Loss Issues
  • Splicing Applications
• Splicing
  • Fusion and Mechanical
  • Fusion Splicing
  • Cable Marking
  • Mechanical Splicing
• Enclosures and Panels
  • Panels
  • Distribution, Patch and Splice Types
  • Application Issues and Selection Criteria
  • Aerial and Burial Enclosures
  • Re-Entry and Expansion Capabilities
  • Routing and Preparation
• Installation
  • Planning and Standards
  • Premise/LAN Methods
  • Outside Plant Methods
  • Aerial and Burial Techniques
  • Installation Tools and Equipment
• Test Equipment
  • Loss Testing Tools and Equipment
  • Standards and Methods
  • Return Loss, Bandwidth and Dispersion
  • OTDR Theory and Applications
  • Loss and System Budget Calculations
• Restoration and Maintenance
  • Tools and Equipment
  • Practical Applications
  • Time Saving Techniques
  • Record Keeping and Documentation
• System Components and Design Issues
  • Transmitters and Receivers
  • Passive Optical Components
  • Couplers and Splitters
  • WDM and DWDM Issues
• System Design Exercise
  • Tools and Equipment
  • Practical Applications
  • Time Saving Techniques
• What does an OTDR do?
  • OTDR basics: What does an OTDR measure?
  • How does an OTDR create a trace?
  • Setting parameters and their effects on a trace: Range, Pulse Width, Index of Refraction, Sampling Time
  • Understanding events: Non-reflective, Reflective, Gainers, Ghosts
  • Optical return loss
  • Effects of a launch and/or Landing box

Labs

• TL-01B – OSP Loose Tube Armored Cable Preparation

  • Understand cable jacket markings
  • Properly prepare an OSP cable for jacket removal
  • Properly use a jacket stripper or ringing tool
  • Strip off the jacket using the pull strings
  • Strip off all inner binders using a seam ripper
  • Handle the buffer without damaging the fiber within

  TL-01E – Buffer Tube Fan Out Kit (BTFO)

  • Set up and position an OSP cable in preparation for the BFTO assembly.
  • Strip off the buffer tube using a ring cut tool.
  • Clean the gel off all fibers within a buffer tube without damaging any of the fibers.
  • Properly insert the individual fibers into the BFTO furcation tube module.
  • Properly assembly and secure the completed BFTO housing onto the buffer tube.

   TL-02A – Fusion Splicing 

  • Properly prepare an inside plant cable for mounting into a splice tray.
  • Demonstrate the proper way to strip, clean, cleave, and fusion splice 900µm fiber.
  • Properly pre-trim the individual fibers into the splice tray before fusion splicing.
  • Properly set up and fusion splice the individual fibers together.
  • Properly wrap (form & dress) the individual fibers back into the tray.

  TL-03A – Mechanical Splice Connector

  • Properly prepare a simplex cable for this connector termination method.
  • Properly use a precision cleaver for this termination method.
  • Successfully mate a cleaved cable end into a mechanical splice-on connector.
  • Test the assembly to TIA Tier 1 standard.

  TL-04A – Mechanical Splice

  • Perform a mechanical splice with < .3 dB of attenuation
  • Explain the benefits of Index Matching Gel
  • Use a precision cleaver to prepare fibers for splicing.
  • Calculate A-B and B-A loss.

  TL-05A – Pigtail Fusion Splice

  • Perform a fusion splice with ≤ .1 dB of attenuation
  • Use a precision cleaver to prepare fibers for splicing.
  • Calculate A-B and B-A loss.

  TL-06A – Power Meter & Light Source Testing

  • Use a VFL (Visual Fault Locator).
  • Understand the functions of Light Source & Power Meters.
  • Properly calibrate or reference the instruments prior to testing.
  • Test fiber optic segments and record the results.
  • Know the purpose of and how to connect reference patch cords.
  • Make accurate loss measurements.
  • Perform Bi-Directional Testing.
  • Know storage and download capabilities for reporting.

  TL20-A – Determining Power and Loss Budgets

  • The student will learn to evaluate a simple campus fiber segment.
  • The student will learn to determine if a fiber segment will perform properly

Prerequisites: None

Knowledge or experience in the areas of Fiber Optic Advantages and Applications, Cables, Connectors and Terminations, Enclosures and Panels, and Test Equipment would be helpful, but is not required.

Target Audience

Certified Fiber Installer is designed for new or experienced personnel seeking a deeper understanding of the installation of fiber optic cabling systems. This course is excellent for anyone involved in the construction, education, commercial, industrial, or utility markets and anyone who designs, installs, maintains, or tests fiber optic cabling systems.