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Our fiber optic training program is designed for school level to introduce future technologies and provide students with fundamental communication infrastructure knowledge.

Sample Course Content

Fiber Optic Systems and Applications Laboratory Course Plan

This course plan is designed to provide hands-on education on fiber optic systems and components at the graduate level.

Objective

This laboratory course aims to enable students to learn the fundamental principles, components, and measurement techniques of fiber optic communication systems practically.

Weekly Course Plan

Week 1: Introduction to Fiber Optic Cables and Components

• Types of fiber optic cables and basic components (patch cords, pigtail cables, connector types: SC, LC, FC, etc.).
• Understand the structure, applications of fiber optic cables, and features of connector types.
• Examine different connector types and apply connection techniques.

Week 2: Fiber Optic Splicing

• Splicing techniques in fiber optic cables (fusion splicing, mechanical splicing).
• Learn splicing processes and gain skills to create low-loss connections.
• Perform fiber optic cable connection using a fusion splicer device.

Week 3: Fiber Optic Devices - Optical Power Meter and Power Source

• Introduction to optical power meters and power sources, measurement principles.
• Develop skills to accurately measure and analyze optical signal power.
• Measure signal power with optical power meter and analyze results.

Fiber Optic Devices - TLS, OSA and ASE Resources

• Introduction of tunable laser sources (TLS), optical spectrum analyzers (OSA) and broadband ASE sources.
• Understand spectral analysis techniques and the use of broadband sources.
• Wavelength characterization with TLS and OSA.

Fiber Optic Devices - OTDR

• Working principles and applications of Optical Time Domain Reflectometer (OTDR).
• To learn loss, refraction and distance measurements in fiber optic lines.
• Fiber optic cable testing and fault analysis with OTDR.

Fiber Optic Devices - Laser Types

• Properties and applications of Fabry-Perot and VCSEL lasers.
• To compare the performance characteristics of different laser types.
• Measurement and comparison of optical output of laser types.

Fiber Optic Devices - Butterfly Laser

• Structure, control and applications of butterfly lasers.
• To learn the use of high precision laser systems.
• Wavelength and power control with Butterfly laser.

Passive Components - Couplers (MEMS) and Types

• Types of optical couplers, MEMS based couplers and applications.
• Measurement of signal division ratio of couplers.
• Understand optical signal distribution and the operating principles of couplers.

Passive Components - Circulator and Isolator

• Functions and applications of optical circulators and isolators.
• To learn directional signal control and anti-reflection techniques.
• Testing circulator and isolator performances.

Passive Components - Tunable Filters and Attenuators (MEMS)

• Working principles of tunable optical filters and attenuators.
• Understand signal filtering and attenuation techniques.
• Testing the wavelength selectivity of MEMS-based filters.

Passive Components - Fiber Bragg Gratings (FBG) and Mirrors

• Structure, working principles and applications of FBG and optical mirrors.
• To learn the use of wavelength selective reflectors.
• Wavelength filtering experiment with FBG.

Passive Components - Optical Switchers

• Types and operating mechanisms of optical switchers.
• Understand signal routing techniques in optical networks.
• Signal routing test with optical switcher.

Passive Components - Optical Receivers and Detectors

• Types, sensitivity and performance measurements of optical receivers and detectors.
• To learn optical signal detection processes.
• Measurement of detector sensitivity and signal-to-noise ratio analysis.

Passive Components - Optical Modulators

• Types of optical modulators (electro-optical etc.) and their applications.
• Understand signal modulation techniques.
• Signal modulation test with optical modulator.

Passive Components - Polarization Control

• Working principles and applications of polarization control devices.
• To gain the ability to control the polarization properties of optical signals.
• Adjusting the signal polarization with the polarization controller.

Passive Components - Dispersion Compensation

• Dispersion compensation techniques and devices.
• To learn the methods of reducing signal distortion in fiber optic systems.
• Improving signal quality with dispersion compensation module.

Assessment

• Weekly Reports: After each experiment, students will submit a report including measurement results and analyses.
• Final Project: At the end of the term, students will design a comprehensive experiment using a chosen fiber optic system component and present the results.
• Participation: Attendance and completion of laboratory sessions and experiments will be evaluated.

Notes

• All experiments will be conducted using a real fiber optic laboratory infrastructure accessible remotely.
• Students are expected to review relevant theoretical knowledge before experiments.
• Safety protocols and device usage instructions will be shared in detail before each experiment.