Optical Training Courses and Workshops

Schools providing training courses, certificates, diplomas or degree programs of Optical products




Total 183 training courses and degree programs available around the world.

United States - United Kingdom - Canada - Australia - India

Popular courses:
Cisco ONS 15454 ML-Series Metro Optical Ethernet
Cisco Prime Optical Operation & Maintenance
Optical Technologies Fundamentals
Optical Networks
Optical Assistant
Optical Fiber Communications


Optical Gas Imaging (Certificate)

Course Format: Classroom
School/Trainer: Infrared Training Center - USA
Training Center(s)/Venue(s): Atlanta, Boston, Chicago, Denver, Houston, Los Angeles, Miami, Phoenix, Salt Lake City, Seattle, United States
  V

Skilled users of the new FLIR GF-Series cameras and the legacy GasFindIR camera can inspect over 3,000 connections per day. Current sniffer technology is limited to about 500 connections per day.

Students will learn how to set up and operate FLIR optical gas imaging cameras. They will learn how to optimally adjust their cameras for varying environmental conditions to find gas leaks. Students will learn under what environmental conditions gas leaks are most easily found, somewhat easy to find, and difficult to find.

This class will teach students which gases can be found with FLIR optical gas imaging cameras and leak size limitations. Some basic infrared theory and heat transfer concepts will be introduced to build a strong foundation.

Lab and/or field practice in finding leaks is a key part of this class. Students will learn by doing and by observing numerous videos of leaks and what to look for including thermal contrast, gas plume motion, distance limitations, etc. Basic inspection procedures will be covered including equipment checkout, route planning, permitting requirements, safety practices/equipment and reporting concepts.

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Optical Gas Imaging (Certificate)

Course Format: Classroom
School/Trainer: Infrared Training Center - Canada
Training Center(s)/Venue(s): Burlington, Calgary, Edmonton, Montreal, Quebec City, Saskatoon, Toronto, Vancouver, Winnipeg, Canada
  V

Skilled users of the new FLIR GF-Series cameras and the legacy GasFindIR camera can inspect over 3,000 connections per day. Current sniffer technology is limited to about 500 connections per day.

Students will learn how to set up and operate FLIR optical gas imaging cameras. They will learn how to optimally adjust their cameras for varying environmental conditions to find gas leaks. Students will learn under what environmental conditions gas leaks are most easily found, somewhat easy to find, and difficult to find.

This class will teach students which gases can be found with FLIR optical gas imaging cameras and leak size limitations. Some basic infrared theory and heat transfer concepts will be introduced to build a strong foundation.

Lab and/or field practice in finding leaks is a key part of this class. Students will learn by doing and by observing numerous videos of leaks and what to look for including thermal contrast, gas plume motion, distance limitations, etc. Basic inspection procedures will be covered including equipment checkout, route planning, permitting requirements, safety practices/equipment and reporting concepts.

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Optical Fibre Open Registration Endorsement (Certificate)

Course Format: Classroom
School/Trainer: Federation Training
Training Center(s)/Venue(s): Bairnsdale, Chadstone, Forestec, Lakes Entrance, Leongatha, Melbourne, Morwell, Sale, Yallourn, Australia
  V

This course provides training for the Telecommunications industry where subcontract installers are required to install, terminate and maintain optical fibre/cables and products within the customer premises. This is a voluntary endorsement to add to open registration for Optical Fibre installations

The course primarily focuses on the installation practices and testing of optical fibre in customer premises. The course consists of:
Optical fibre principles and characteristics
Optical fibre/cable characteristics and specifications
Optical fibre devices (lasers, LEDs and detectors)
Occupational Health and Safety issues
Optical fibre cable terminations
Optical fibre splicing

Optical Fibre Splicing - Telstra Approved

Course Format: Classroom
School/Trainer: Federation Training
Training Center(s)/Venue(s): Bairnsdale, Chadstone, Forestec, Lakes Entrance, Leongatha, Melbourne, Morwell, Sale, Yallourn, Australia
  V

This course provides training for the Telecommunications Carrier industry where subcontract installers are required to install, terminate and maintain singlemode optical fibre/cables and products within the Telstra network. This training course also meets the training requirements for all other carrier providers i.e. Optus, Alcatel, Primus etc.

The course primarily focuses on the installation practices and testing of Singlemode Telecom Outside Plant products i.e. cables, closures, racks/subracks, wall mounts etc. The course consists of:
Optical fibre principles and characteristics
Optical fibre/cable characteristics and specifications
Optical fibre devices (lasers, LEDs and detectors)
Occupational Health and Safety issues
Optical fibre cable terminations
Rack/subracks, closures, wall mounts
Optical fibre fusion splicing
Testing and commissioning of optical fibre links
Labelling and formatting of test results
Fault finding techniques and devices

Fiber Optics

Course Format: Classroom
School/Trainer: GigaWave Technologies
Training Center(s)/Venue(s): San Antonio, United States
  V

This four-day class has been developed with 16 hours of classroom lecture and 16 hours of hands-on skills labs to provide practical understanding and skills required to properly design, install, and maintain fiber optic networks in Telco, Broadband, and Premises (LAN) applications. This course is also available in a two-day version with 16 hours of classroom lecture.

Students will use the latest fiber optic technology and equipment to learn how to connectorize, splice, test, and troubleshoot optical fiber networks in order to increase efficiency, reliability, and on-the-job safety as well as reduce cost and downtime.

The course is intended for those who design, install, test, and maintain fiber optic communication systems for voice, video, and data applications.

Fiber Master Journeyman (Certificate)

Course Format: On-site
School/Trainer: FNT Fiber Network Training and Consulting Services
Training Center(s)/Venue(s): Phoenix, United States
  V

Fiber Master Journeyman is the highest level of training offered through FNT. This three day course is designed with the most current and advanced techniques available and focuses primarily on troubleshooting. You will also spend time learning to locate breaks and how to perform emergency fiber restoration and repairs. Fiber Master goes in-depth regarding single-mode long distance networks, mid-span access (FTTX), OTDR operation, LAN/WAN network structures and has several labs designed to significantly improve student&,#146,s time and accuracy restoring fiber based systems. Upon successful completion of this course, students will be able to face any fiber situation they encounter with confidence and resolve the problem quickly and efficiently. You must complete all prerequisites before you will be eligible to attend Fiber Master Journeyman.

Fiber Optic Inspector (Certificate)

Course Format: On-site
School/Trainer: FNT Fiber Network Training and Consulting Services
Training Center(s)/Venue(s): Phoenix, United States
  V

This course is designed for Quality Control Inspectors, Project Managers, Field Supervisors, Consultants and Owner Representatives who must review and approved contractors or subcontractors installation and testing practices. It covers all aspects of basic fiber applications from receipt inspection and cable pull inspection to various forms of termination inspection criteria. With an emphasis on WAN, ITS, security and power generation systems, this class is ideal for METRO communications, utilities workers and Traffic Management personnel. Upon Successful completion of this course, the candidate will be able to complete basic inspections and the associated documentation. This course also prepares the individual for Inspector Level II which presents more advanced applications and practices within the industry.

I.Fiber Optic Theory, Standards and Applications Review •Course Objectives
•Introduction
•The History of Fiber Optics
•Why Fiber Optics are so Popular
•Fiber Optic Theory and the Properties of Light
•Fiber Optic Light Sources and Their Wavelengths
•The Electromagnetic Spectrum
•Refraction and Reflection

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Certified Test Technician

Course Format: On-site
School/Trainer: FNT Fiber Network Training and Consulting Services
Training Center(s)/Venue(s): Phoenix, United States
  V

Duration - 2 days, 16 hours
Certification - FNT

I.Introduction to Cable Testing A.Need to Communicate
B.Safety Issues
C.Performance Issues
D.Test/Verification/Certification

II.Codes and Standards A.Standards Bodies &, Regulatory Agencies
B.Order of Authority
C.Types of Standards

III.Transmission Applications A.Premise VS Public
B.LANs/WANs
C.CANs/MANs
D.Common Topologies
E.Encoding Methods

IV.Transmission Media and Connectors A.Media
B.Reading Cable Jackets
C.Categories of Copper Cabling
D.Coax Cable
E.Fiber Optic Cable
F.Connector Styles
G.Connection Methods

V.Defining Test Parameters A.Units of Measure
B.Electrical Units
C.Copper Cable Test Parameters

VI.Wire Mapping A.Identifying Wire Map Errors

VII.Electrical Parameters A.Dielectric Constant
B.Attenuation
C.Propagation Delay
D.Impedance and Delay Skew
E.DC Loop Resistance
F.Return Loss and ACR
G.FEXT, ELFEXT, Connector Path FEXT
H.PSNEXT, PSELFEXT, PSACR

VIII.Testing Solution... [Read More]

Advanced Fiber Optic Technician (Certificate)

Course Format: On-site
School/Trainer: FNT Fiber Network Training and Consulting Services
Training Center(s)/Venue(s): Phoenix, United States
  V

This course is designed for technicians who already possess the basic connector installation skills and theory of fiber optics. It is primarily a hands-on course with small lecture and demonstration sessions conducted throughout the three days to help you better understand the assignments that will be given, both as homework and in-class tasks. Upon successful completion of this class, you will be well prepared for work in any field utilizing advanced fiber optic technologies. You will also be ready for the highly advanced Fiber Master Journeyman Class.

This Course Covers:

Lecture:
Component and Equipment Identification
OTDR (optical time domain reflectometer) testing
Basic understanding of OTDR

Lab:
Communication System and Design
Advanced System Installation and Maintenance
Cable Management Methods
Building Cable Installation
End Prep Installation Methods
Fanout and Breakout Kit Installation
Cable Management Methods
Fusion Splicing introducing new technologies
Mechanical Splicing
OTDR Operations
Splice Case Installation
Network Construction
&... [Read More]

Fiber Optic Elements

Course Format: On-site
School/Trainer: FNT Fiber Network Training and Consulting Services
Training Center(s)/Venue(s): Phoenix, United States
  V

Fiber Optic Elements is FNT&,#146,s newest 3 day comprehensive course. In this class you will learn the basics of connectorization, including LC installation, mechanical splicing, OSP and premise fusion splicing, optical loss testing, OTDR operations, FTTH and FTTX installations, and fanout kit installation. You will also learn the new industry standard requirements for gigabit and security video applications. Learn how to avoid costly pre-polished connector failure with a few simple techniques. FNT has loaded this course with the advanced elements that keep you, &,quot,the professional technician&,quot, on track and a cut above the rest. Don&,#146,t forget to sign-up to take the ETA-FOI exam on the final day of training to earn two certifications in only three days. Project Managers, Project Leads and others aspiring for more, this course was developed for you!

Fiber Optic Installer

Course Format: On-site
School/Trainer: FNT Fiber Network Training and Consulting Services
Training Center(s)/Venue(s): Phoenix, United States
  V

Fiber Optic Installer combines fiber optic theory and design with basic connector installation practices. Upon completion, the student will be knowledgeable in the theory and applications of fiber installations as well as proficient in basic safety and connector installation practices. This course is a pre-requisite to Advanced Technician Certification.

Fiber Optic Theory & Design

Course Format: Online
School/Trainer: FNT Fiber Network Training and Consulting Services
Training Center(s)/Venue(s): Phoenix, United States

introduces fiber basics including how it works, industry terminology, operating conditions, light transmission theory, installation practices, fiber types and classification, LED and Laser technology, network designs and fiber safety in a lecture atmosphere. This course is also available online.

Advanced Optical Imaging

Course Format: On-site
School/Trainer: EPIC Educational Program Innovations Center
Training Center(s)/Venue(s): Dorval, Edmonton, Calgary, Halifax, Mississauga, Ottawa, Regina, Richmond, Saint Johns, Winnipeg, Canada
  V

Optical Imaging equipment and instrument manufacturers as well as their engineers and scientists must look for opportunities by finding new commercial applications for their high technology. Optical Imaging is one high technology area which can be used for developing new commercially viable products. It draws its applications from image processing, biomedical, defence, aerospace and nuclear industries. This course discusses very important technical developments in optical imaging. The final discussion examines research frontiers and how you can use the knowledge gained from different industrial applications for developing innovative products.

OBJECTIVE
To bring participants up to date in optical image processing, its successful applications in various industries leading up to future developments to help you think of new products.

WHO SHOULD ATTEND
Biomedical engineers, scientists, technical managers, and programmers in optical imaging equipment and instrument manufacturing industries, medical practitioners who work with optical images and need to understand recent trends in image processing, defence aerospace and nuclear plant engineers ... [Read More]

Cisco Optical Technology Intermediate (Certificate)

Course Format: Classroom
School/Trainer: DDLS
Training Center(s)/Venue(s): Adelaide, Brisbane, Canberra, Melbourne, Perth, Syndey, Australia
  V

The Cisco Optical Technology Intermediate (COTI) Level Release 10.1 Version 1 course is lab intensive. You learn the skills necessary to deploy a Cisco® Network Convergence System (NCS) 2000 Series network from installation to protection.

You also learn how to perform node turnup. The course covers three shelf types, the Cisco ONS 15454 M12 Multiservice Transport Platform (MSTP), NCS 2006, and NCS 2002. You will learn to deploy linear and ring dense-wavelength-division-multiplexing (DWDM) topologies. The course covers multiplexer-demultiplexer cards, Erbium-doped-fiber amplifier cards, Raman amplifiers, transponder cards, and the newest Cisco Any Rate Muxponder Cards and crossponder cards.

These cards are used in terminal, amplifier, and reconfigurable optical add-drop multiplexer (ROADM) node configurations. You configure wavelength-selective switch (WSS) linear and single-module ROADM (SMR) rings. This Optical Technical Training Intermediate course covers 10-gigabit unprotected circuits and 10-gigabit protection using Y-cable, optical channel transport unit-2 (OTU-2), and protection switch module (PSM) cards.

Upon completion of this cour... [Read More]

Cisco Optical Technology Advanced (Certificate)

Course Format: Classroom
School/Trainer: DDLS
Training Center(s)/Venue(s): Adelaide, Brisbane, Canberra, Melbourne, Perth, Syndey, Australia
  V

The Cisco® Optical Technology Advanced Release 10.1 is an instructor-led, hands-on course offered by Cisco Learning Services. The course introduces you to the Cisco ONS 15454 Multiservice Transport Platform (MSTP) and Network Convergence System (NCS) 2000 Series dense wavelength-division multiplexing (DWDM) advanced features and data.

This course covers topics not covered in the intermediate version. You learn how to design DWDM networks using the Cisco Transport Planning (CTP) tool. You learn how the 40- and 80-channel mesh networks are designed, and you set up a six-node WXC-based 40- or 80-channel mesh network. You also learn how the 40-channel SMR1 and/or SMR2 network is designed and set up a six-node 40-channel network. In the hands-on labs, you learn to configure: the Cisco Transport Controller, the 10 Gbps (G) data cards, the 1 Gigabit/10 Gigabit Ethernet Enhanced Crossponder, Any Rate Muxponder and Crossponder, 100G transponders and muxponders, 10G encryption, and T1 over Ethernet. There is also a review of G.709 encapsulation, G.7041 Generic Framing Protocol (GFP), forward error correction and coherent transmission. Additionally, you add a node to the ... [Read More]

Fiber-Optic Communication Systems

Course Format: Online
School/Trainer: IIT Armour College of Engineering
Training Center(s)/Venue(s): Chicago, United States

Physics of optical fiber, composition, dimensioning, coupling, attenuation, dispersion. Electro-optical conversion devices. (ILDs, LEDs, APDs, PINs). Circuit considerations. Modulation techniques and implications. Overall system considerations. Coherent techniques.

Optical Electronics

Course Format: Online
School/Trainer: UIC External Education
Training Center(s)/Venue(s): Chicago, United States

Optical resonators. Radiation and atomic systems. Laser oscillation. Laser systems. Parametric amplification and oscillation. Electrooptics and acoustooptics. Phase conjugate optics. Modulation, detection and noise.

Optical Networks

Course Format: Classroom
School/Trainer: University of Houston
Training Center(s)/Venue(s): Houston, United States

Optical fiber transmission fundamentals, passive optical components, optical transmitters, receivers, optical amplification, and alloptical networking.

Optical and Ultrasonic Imaging

Course Format: Classroom
School/Trainer: University of Houston
Training Center(s)/Venue(s): Houston, United States

Diffraction theory, Fourier optics, optical image acquisition, principles of ultrasonic imaging, ultrasonic image acquisition, imaging systems applications.

Optical Fiber Communications

Course Format: Classroom
School/Trainer: University of Houston
Training Center(s)/Venue(s): Houston, United States

Devices and systems in optical fiber communications: fiber dispersion and attenuation, fiber solitons, photodiodes, fiber amplifiers, SONET/SDH transport systems, and present and future multi-wavelength networks.

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