Nex-G Innovations

The objective of the Diploma in Fiber Optics Splicing program is to provide participants with in-depth technical expertise in fiber optic splicing, testing, and maintenance. This training focuses on both fusion and mechanical splicing techniques, ensuring low-loss connections essential for high-speed communication networks.

Participants will gain hands-on experience with industry-standard tools and equipment, learn to troubleshoot network issues, and understand safety protocols and global standards. The program prepares individuals for a professional career in fiber optics, enabling them to contribute effectively to telecommunications, broadband, and data center operations.

Code: NES_SK_4703

Duration: 1 Year

Mode: Corporate (Instructor Led - Online / Offline / Onsite), Individual (Instructor Led - Online / Offline)

+91-8826900551

• Principles of light transmission in optical fibers
• Types of optical fibers: Single-mode vs. Multi-mode
• Structure and materials of fiber optic cables
• Applications in telecommunications and networking
• Safety and handling of fiber optic components


• Practical 1: Inspection of different types of optical fibers
• Practical 2: Hands-on practice with fiber handling tools

• Overview of splicing methods: Fusion and Mechanical splicing
• Equipment and tools used for splicing
• Fiber preparation: Stripping, cleaning, and cleaving
• Importance of low-loss splicing in network performance
• Safety protocols during splicing operations


• Practical 1: Perform basic fiber preparation tasks
• Practical 2: Introduction to fusion and mechanical splicing tools

• Step-by-step fusion splicing procedure
• Heat-shrink protection and splice tray management
• Mechanical splicing for temporary and permanent setups
• Troubleshooting splicing errors
• Comparison of splice loss: Fusion vs. Mechanical


• Practical 1: Perform fusion and mechanical splices on various fiber types
• Practical 2: Evaluate and minimize splice loss

• Use of Optical Time-Domain Reflectometers (OTDR)
• Power meters and light sources for loss measurement
• Identifying fiber issues: Breaks, bends, and misalignments
• Test result analysis and interpretation
• Documentation of testing processes


• Practical 1: OTDR testing for identifying faults
• Practical 2: Use power meters for performance validation

• Installation techniques: Aerial, underground, and premise wiring
• Fiber routing and bend radius management
• Connectorization: Preparing and connecting fibers
• Patch panels, splice closures, and distribution systems
• Industry standards and compliance requirements


• Practical 1: Install and manage fiber in simulated network environments
• Practical 2: Configure patch panels and splice enclosures

• Preventive maintenance techniques
• Emergency splicing and restoration procedures
• Network redundancy and backup paths
• Repairing broken or damaged fibers
• Maintenance scheduling and record-keeping


• Practical 1: Perform emergency repairs on live fibers
• Practical 2: Document maintenance activities and results

• Fiber-to-the-Home (FTTH) and broadband networks
• Passive Optical Networks (PON) and Active Optical Networks (AON)
• High-density splicing for data centers
• Submarine cables and long-haul networks
• Emerging technologies in optical fiber


• Practical 1: FTTH installation and testing
• Practical 2: Configure and troubleshoot a PON setup

• Fiber optic safety measures and practices
• Waste disposal and environmental considerations
• Industry standards (TIA/EIA, ITU-T)


• Practical 1: Simulate safe handling in a live environment
• Practical 2: Participate in mock certification exams

• Design and implement a functional fiber optic network
• Perform splicing, testing, and integration
• Identify and troubleshoot network faults
• Prepare a comprehensive project report


• Practical 1: Quality of network implementation
• Practical 2: Accuracy and effectiveness of testing
• Practical 3: Completeness and clarity of documentation