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Hands-on Active Learning in Fiber Optics Course
Author(s) -
Licheng Jiao
Publication year - 2020
Language(s) - English
Resource type - Conference proceedings
DOI - 10.18260/1-2--19667
Subject(s) - computer science , course (navigation) , optical fiber , active learning (machine learning) , fiber , single mode optical fiber , software , engineering , materials science , artificial intelligence , telecommunications , operating system , composite material , aerospace engineering
This paper describes the development of learning modules of the senior elective course: Introduction to Fiber Optics and the assessment results from the 2012 course offering. Three approaches were incorporated in active learning: design, simulation, and build. Eight lab activities were developed to introduce students to the basic skills of handling optical fibers, characterizing fiber optic components, and analyzing single-channel fiber optic communication systems. Simulation software “OptiPerformer” was used to explore different fiber optic communication systems. Students designed a silica single mode optical fiber to meet the required dispersion properties using MATLAB for their mid-term project. For the final project, a longhaul optical transmission system was designed.

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