Fiber-optic technology is finding its way into every type of product that uses high-speed communication. Computer networks, telecommunications, cable television, the Internet, digital voice systems, manufacturing processes, satellites, ships, aircraft, automobiles, circuit boards, energy management, military equipment, security systems and audio-visual systems are making use of fiber-optics today.  Fiber-optic transmission is among the most secure and efficient forms of communication available, becoming commonplace within buildings and in multi-building campuses for data networks and other forms of communication.  This course provides an overview of fiber-optic concepts, the use of fiber-optics in data networks, and hands-on instruction in the termination and testing of several typical fiber-optic connectors, splices and circuits found today in data network systems. This course carries a certification for successful participants as a “3M Trained Fiber-optic Interconnect Installer” and will help prepare students for the Certified Fiber-Optic Installer (FOI) examination by the Electronic Technician Association (ETA).

Prerequisites:
This class will accommodate those who have had limited or no knowledge of cabling installation or computer networks, but prior training or experience in computer networking concepts will be helpful in understanding the use of fiber-optics in these data systems.  No purchase of tools or test instruments is required for the class as these will be provided for student use during the class sessions.

Upon successful completion of this course, students will be able to:

• Trace the history of the development of fiber-optics and the nature of their manufacture.
• Define industry-standard terms related to fiber-optic cable construction, light transmission and signal transport.
• Describe the operation of fiber-optics and data systems using fiber-optic components.
• Recognize industry-standard fiber-optic cable types and the advantages of each type for a particular purpose. 
• Recognize industry-standard fiber-optic connectors and the advantages/disadvantages of each type for a particular purpose.
• Describe safety precautions and practices involved in working with fiber-optic systems.
• Describe installation practices and tolerances that are standard for fiber-optic cables.
• Recognize common fiber-optic test equipment and recall standard testing procedures
• Recall potential problems that can arise with fiber-optic data networks and how to resolve them.
• Terminate and test non-adhesive crimp-type ST fiber-optic connectors, heat-cured SC fiber-optic connectors, small form-factor heat-cured LC fiber-optic connectors, and crimp-type fiber-optic mechanical splices.