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Anode Technical Institute

Certificate

Fiber Optic & Optical Transport Technician

A 12-credit certificate for fiber technicians. You start with fiber fundamentals and laser safety, then learn fusion splicing, termination and inspection, followed by loss testing and OTDR analysis. The final course covers DWDM, optical amplifiers, PON and fiber to the antenna. Coursework is vendor-neutral. It prepares you for industry practice and does not by itself grant any license or agency certification.

12 credits
3 terms
Free to study · $99 for the credential
100% online

Outcomes

What you will be able to do

  1. 01Handle fiber and lasers safely
  2. 02Splice, terminate and inspect fiber
  3. 03Test links with power meters and OTDRs
  4. 04Explain DWDM, amplifiers and FTTx networks

Careers

Where graduates work

  • Fiber optic technician
  • Splicing technician
  • Optical network technician

Curriculum

Term 1

3 credits
FOT 1013 cr

Fiber Optic Fundamentals and Safety

This foundational course introduces the core principles of fiber optic technology, covering light propagation, fiber types, and essential safety practices. Students will gain practical skills in handling fiber components and understanding critical safety protocols, particularly concerning laser sources.

Term 2

6 credits
FOT 1053 cr

Splicing, Termination and Inspection

This course provides comprehensive training in fiber optic splicing, connectorization, and advanced inspection techniques. Students will gain practical skills essential for deploying and maintaining high-performance optical communication networks.

FOT 1103 cr

OTDR and Optical Loss Testing

This course provides technicians with the fundamental knowledge and practical skills required for optical fiber loss budget calculations, testing, and troubleshooting. Students will master the use of optical light sources, power meters, and optical time domain reflectometers (OTDRs) for verifying fiber optic network performance.

Term 3

3 credits
FOT 1153 cr

Optical Transport: DWDM, Amplifiers and FTTx

This course explores the foundational principles and practical applications of optical transport technologies, focusing on high-bandwidth wavelength division multiplexing systems, optical amplification, and fiber access networks. Students will gain expertise in the deployment, maintenance, and troubleshooting of modern optical infrastructure supporting diverse telecommunications services.

Ready to begin? One click adds all 4 courses to your student portal.