Nex-G Innovations

The objective of the Master’s Diploma in Optical Fiber Technician program is to equip participants with advanced technical expertise in the field of optical fiber technology. This includes mastering fiber optic splicing, testing, installation, and maintenance techniques essential for building and managing high-speed communication networks.

Participants will gain hands-on experience with industry-standard tools and equipment, ensuring they are prepared to handle real-world challenges in telecommunications, data centers, and broadband infrastructure projects. Additionally, the program emphasizes safety practices, adherence to global standards, and troubleshooting methodologies, fostering skilled professionals capable of supporting the growing demand for fiber optic networks.

Code: NES_SK_4702

Duration: 1 Year

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

+91-8826900551

• Introduction to optical fiber and light transmission
• Types of optical fibers: Single-mode and Multi-mode
• Fiber optic cables: Structure, materials, and classifications
• Light properties: Reflection, refraction, and attenuation
• Applications in telecommunications, broadband, and data centers


• Practical: Inspection of fiber optic cables and components

• Introduction to fusion and mechanical splicing
• Tools and equipment for splicing
• Step-by-step splicing procedures
• Identifying and correcting splicing errors
• Safety protocols during splicing


• Practical 1: Hands-on practice in fusion and mechanical splicing
• Practical 2: Setting up splicing equipment and performing splices on live fibers

• Introduction to testing tools: OTDR, power meter, and light source
• Measuring attenuation, dispersion, and return loss
• Troubleshooting common fiber faults: Breaks, bends, and connector issues
• Interpretation of test results for performance analysis
• Documentation and reporting standards


• Practical 1: Conducting OTDR tests and analyzing traces
• Practical 2: Diagnosing and fixing faults in a test network

• Planning and designing fiber optic networks
• Installation techniques: Aerial, underground, and indoor installations
• Connectorization and patch panel configurations
• Bend radius management and cable routing
• Adherence to international standards (TIA/EIA, ISO)


• Practical 1: Designing a network for a simulated project
• Practical 2: Laying and securing fiber optic cables

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


• Practical 1: FTTH installation and setup
• Practical 2: Working with high-density connectors

• Safety precautions for splicing, testing, and installation
• Disposal of fiber scraps and environmental considerations
• Industry standards and certifications (ISO, ITU-T, etc.)
• Preparing for industry certification exams


• Practical 1: Implementing safety protocols during live scenarios

• Preventive maintenance techniques
• Emergency repairs and restoration
• Replacing and upgrading components
• Tracking and managing network inventory
• Maintenance scheduling and record keeping


• Practical 1: Perform a simulated network repair
• Practical 2: Upgrade an existing network setup

• Budgeting and resource allocation for fiber projects
• Client communication and SLA management
• Supervising installation and maintenance teams
• Documentation and compliance with legal requirements
• Emerging trends in fiber optic project management


• Practical 1: Drafting a project plan for a fiber optic installation
• Practical 2: Preparing technical documentation for a client

• Design and implement a complete fiber optic network for a given scenario
• Perform splicing, testing, and installation under simulated industry conditions
• Troubleshoot and optimize network performance
• Prepare and present a detailed project report


• Evaluation 1: Practical performance in designing and implementing the network
• Evaluation 2: Analysis and reporting skills