Fiber Optic Technician Apprenticeship Course Syllabus

Course Title

Fiber Optic Technician Apprenticeship Course

Course Code

FOT101

Description

This course, under the Apprenticeship Training Scheme (ATS), provides comprehensive training for fiber optic technicians, focusing on the installation, splicing, testing, and maintenance of fiber optic networks for telecommunications and broadband applications. Apprentices will gain hands-on experience in handling fiber optic cables, using testing equipment, and ensuring compliance with industry standards, preparing them for roles in telecommunications, internet service providers, and infrastructure sectors. The course aligns with the National Apprenticeship Promotion Scheme (NAPS) and complies with the Apprentices Act, 1961.

Objectives

• Install and terminate fiber optic cables for efficient network connectivity.
• Perform splicing (fusion and mechanical) and testing of fiber optic networks.
• Troubleshoot and maintain fiber optic systems to ensure optimal performance.
• Adhere to safety standards and industry regulations during fiber optic installations.

Schedule

The course spans 8 weeks, combining basic training and on-the-job practical training as per ATS guidelines. Each week focuses on specific skills essential for fiber optic technicians. Below is the detailed breakdown:

Week 1: Introduction to Fiber Optics

Overview of fiber optic technology, technician roles, safety protocols, and telecommunications basics under ATS. Includes PPE training and OSHA 10 telecom guidelines.

[](https://www.apprenticeshipstandards.org/occupation_standards/842c15d6-a…)

Week 2: Fiber Optic Cable Types and Components

Understanding fiber optic cables (single-mode, multi-mode), connectors, enclosures, and their applications in FTTH and data networks.

Week 3: Cable Installation and Termination

Installing fiber optic cables, preparing cable ends, and terminating with connectors for network integration.

Week 4: Splicing Techniques

Performing fusion and mechanical splicing, achieving low splice loss (<0.15 dB), and installing splices in enclosures.

[](https://www.sowela.edu/programs/workforce/fiber/)

Week 5: Testing and Troubleshooting

Using OTDR, power meters, and light sources for testing attenuation, return loss, and troubleshooting network issues.

Week 6: FTTH and Network Standards

Implementing Fiber to the Home (FTTH) installations and adhering to ANSI/TIA/EIA standards for network performance.

[](https://www.sowela.edu/programs/workforce/fiber/)

Week 7: Maintenance and Documentation

Maintaining fiber optic networks, documenting installations, and ensuring compliance with industry regulations.

Week 8: Final Project and Assessment

Completion of a comprehensive fiber optic installation project and preparation for the All India Trade Test (AITT) under NCVT.

Assessment Methods

Apprentice performance is evaluated through a combination of practical, theoretical, and participatory components, preparing them for the National Apprenticeship Certificate (NAC):

• Weekly Assignments: 40%
• Midterm Project: 20%
• Final Project: 30%
• Participation and Attendance: 10%

Instructor

Prof. Rajesh Kumar

Language

Available in: English

Status

Published

Additional Notes

Apprentices must be at least 14 years old and meet the minimum educational qualification (typically 10th grade passed or equivalent, preferably with a science or technical background, as per trade requirements). The course includes basic training (20-25% of the program) and on-the-job training, with a stipend provided as per NAPS guidelines (e.g., Rs. 7700 per month for one-year ITI trade passed apprentices, as per Gazette notification dated 25th September 2019). Successful completion leads to the National Apprenticeship Certificate (NAC) upon passing the All India Trade Test (AITT), recognized for employment in government and private sectors. The training emphasizes hands-on skills in fiber optic installation and testing, addressing the growing demand for skilled technicians in India’s telecommunications and broadband sectors, driven by 5G and FTTH rollouts.