Technical Training


Technical Training

JDSU instructor-led training allows students to gain hands-on experience with JDSU products.  Students learn how to perform and are tested on various tasks and exercises with functioning equipment. Students learn about equipment setup, measurement, proper maintenance, troubleshooting, and equipment servicing. Course materials are reviewed during the class and can be used as reference materials in the future. Class size is limited to provide more personalized interaction with students. Students are presented with a signed training certificate acknowledging that they have successfully completed the course.

Training is offered in fully equipped classrooms at the JDSU Ottawa facility. On-site training and custom training programs are also available. Contact Technical Support for more information.

Courses

Optical Component Environmental Test System (OCETS)

Overview

This course provides students with the tools, knowledge, and confidence to carry out real-world operation and analysis of passive component characterization using the Optical Component Environmental Test System. Students will learn the theory behind OCETS and review the features and functionality of the hardware and software. Students will also be shown and asked to demonstrate proper operation of the system and troubleshooting techniques. Guides and tools are also discussed. 

Who Should Attend

  • Individuals responsible for the implementation of test systems or equipment.                         
  • Individuals involved in the set-up, operation or maintenance, sale, or demonstration of this equipment. 

Benefits

 

  • Provides key information and familiarity for those involved in the purchasing, sale, application, operation, maintenance or demonstration of this equipment.  (i.e. sales, technical support, purchasing or application engineers).                          
  • Provides hands-on experience and real time set-up of equipment.                          
  • Enables effective and efficient set-up to prepare OCETS for operation.                          
  • Provides practice measurements to validate the correct system operation for new or re-installations.                           
  • Provides useful troubleshooting techniques and information to reduce downtime.                          
  • Includes detailed use of OCETS software.

Prerequisites

Basic knowledge of fiberoptics, testing, and measurement.

Duration

2-3 days

Swept Wavelength System (SWS)

Overview

This course provides students with the tools, knowledge, and confidence to tackle real-world operation and analysis of passive component characterization using the Swept Wavelength System. With plenty of hands-on practice and discussion, this course introduces the features and functionality of SWS hardware and software. Students will be shown and asked to demonstrate how to verify the calibration (for wavelength and power) of the system, re-calibration, and troubleshooting techniques. Guides and tools are also discussed. 

Who Should Attend

  • Individuals responsible for the implementation of test systems or equipment.                          
  • Individuals involved in the set-up, operation or maintenance, sale, or demonstration of this equipment. 

Benefits

 

  • Provides key information and familiarity for those involved in the purchasing, sale, application, operation, maintenance or demonstration of this equipment.(ie sales, technical support, purchasing or application engineers).                          
  • Provides hands-on experience and real time set-up of equipment.                          
  • Teaches effective and efficient set-up to prepare SWS for operation.                          
  • Practice measurements to validate the correct system operation for new or re-installations.                           
  • Provides useful troubleshooting techniques and information to reduce production downtime.                          
  • Includes detailed use of SWS software troubleshooting and calibration tools.

Prerequisites

Basic knowledge of fiberoptics, testing, and measurement.

Duration

3 days

 

 

 

 

 

 

 
 
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