This practical training provides comprehensive foundational skills in fiber optics, FTTH architecture, network planning, network design, optical power budgeting, fiber route planning, GIS/KMZ mapping, AutoCAD documentation, fiber testing, OTDR analysis, and troubleshooting. Participants work through guided design and troubleshooting exercises to understand the complete FTTH workflow from network planning through testing and fault diagnosis.

Fiber Optic Fundamentals & FTTH Architecture

Fiber Optic Fundamentals

• Introduction to fiber optic communication
• Advantages and applications of optical fiber
• Basic principles of light transmission
• Single-mode and multi-mode fiber
• Fiber construction
• Fiber cable structures
• Common fiber optic components
• Connectors and splicing fundamentals

Fiber Network Technologies

• Evolution of fiber access networks
• PON fundamentals
• GPON architecture
• Overview of next-generation PON technologies
• P2P and P2MP concepts
• FTTH applications and deployment considerations

FTTH Network Architecture

• End-to-end FTTH architecture
• OLT and ONT/ONU
• ODF and distribution infrastructure
• Splitters and splitter architecture
• Feeder network
• Distribution network
• Drop network
• FTTH network topologies
• Basic scalability considerations

Practical Exercises

FTTH Network Planning & Design

FTTH Planning Fundamentals

• FTTH planning lifecycle
• Service area definition
• Coverage planning
• Basic demand forecasting
• Subscriber density
• Homes Passed and Homes Connected
• Basic capacity planning
• Network expansion considerations

Feeder, Distribution & Drop Design

• FTTH design methodology
• Feeder network planning
• Distribution network planning
• Drop cable design
• Fiber core allocation
• Splitter placement
• Distribution points and cabinets
• Splice planning
• Basic redundancy considerations

Fiber Route Planning

• Fiber route planning principles
• Underground and aerial deployment
• Duct and conduit considerations
• Manholes and handholes
• Road and obstacle crossings
• Right-of-way considerations
• Route feasibility
• Basic route optimization

Practical Design Exercises

Optical Power Budget, GIS & KMZ Network Mapping

Optical Power Budget Planning

• Optical power budget fundamentals
• Transmitter and receiver parameters
• Fiber attenuation
• Connector loss
• Splice loss
• Splitter loss
• Engineering margin
• Link loss calculation
• Basic power budget validation
• Common design mistakes

GIS for Telecom Network Planning

• Introduction to GIS
• Role of GIS in telecom
• Basic telecom GIS layers
• Coordinate systems and map data
• Mapping FTTH infrastructure
• Fiber route visualization
• Coverage area mapping
• Basic terrain and route analysis

KML/KMZ Network Design

• KML and KMZ fundamentals
• File and folder organization
• Placemarks and route features
• Fiber route visualization
• Infrastructure mapping
• Basic data organization
• Import/export workflows
• Route validation

Practical Exercise

AutoCAD for FTTH Engineering Documentation

Telecom Engineering Drawings

• Purpose of telecom engineering drawings
• Types of FTTH drawings
• Drawing standards and conventions
• Telecom symbols
• Drawing scales
• Plan and layout concepts
• Existing vs. proposed infrastructure

AutoCAD Fundamentals for Telecom

• AutoCAD interface and workspace
• Drawing setup
• Units and coordinates
• Essential drawing and editing tools
• Layers and layer management
• Blocks and symbols
• Dimensions and annotations
• Basic plotting/export

FTTH Infrastructure Drawings

• Fiber route drawings
• Feeder route layouts
• Distribution routes
• Drop cable layouts
• Duct and cable pathways
• Manholes and handholes
• Cabinets and splitter locations
• Basic infrastructure labeling

FTTH Documentation

• Drawing title blocks
• Cable identification
• Route references
• Labels and annotations
• Legends
• Revision management
• Basic as-built documentation
• Drawing quality checks

Practical Exercise

Fiber Testing, OTDR & Troubleshooting

Fiber Testing Fundamentals

• Importance of fiber testing
• Installation and acceptance testing
• Optical power measurement
• Insertion loss
• Fiber attenuation
• Connector and splice testing
• Fiber inspection and cleaning
• Testing documentation

OTDR Fundamentals

• OTDR purpose and applications
• How OTDR works
• OTDR components
• Test parameters
• Wavelength selection
• Pulse width
• Range and resolution
• Launch and receive fibers
• OTDR event types

OTDR Trace Interpretation

• Understanding OTDR traces
• Fiber end identification
• Connector events
• Splice events
• Reflective and non-reflective events
• Splice loss
• Fiber attenuation
• Bends and high-loss events
• Fiber breaks and open ends
• Common trace anomalies

FTTH Troubleshooting

• Common FTTH faults
• Installation-related faults
• Connector and splice problems
• Excessive attenuation
• Fiber bending and cable damage
• Low optical power
• Splitter-related problems
• Fault location techniques
• Root-cause analysis
• Corrective actions
• Troubleshooting documentation

Practical Exercise