Advanced Level Training Course
- Introduction to Telecommunications
- Fundamentals of light and the electromagnetic spectrum
- Management of light
- Introduction to multiplexing and demultiplexing – DWDM, CWDM and SWDM
- Light in optical fibers
- Optical fibers for telecoms and datacom
- Specifying optical fiber cables
- Jointing external cables
- Terminating external cables
- Fiber rollout(How telecom network is laid)
- Connectors and other passive components
- Infrastructure testing
- How a telecom network work.
- Introduction to FTTx .
- Integration of various technologies to telecom Services.
- Telecom Equipment study.
- The Telecommunications Industry
What To Expect From "Solinn tech" Telecommunications Training courses
Practical Topics
Understand the growing market for fiber optic infrastructure and their applications. Select the topics best suited to you.
Easy Access
Access our entire course library, with regularly updated resources available both during and after your course has been completed.
Recognized Certification
Gain certification and validation from a globally recognized company. For relevant training courses, photo ID badges are provided to "Solinn Tech" students.
No Pre-Requisite Experience Required
This course is of interest to anyone working with optical fiber, and all technical abilities.
Comprehensive Online Video Webcasts
Multimedia classes and assessments make training quick, engaging and interesting. Train to your schedule and learn on the go; from your computer, tablet or mobile.
Enhanced Career Prospects
Self-paced training that prepares you to further your career in networking and infrastructure roles in public and private sectors.
Valid For Up To 4 Years
Certification is valid for up to 4 years, with regularly updated course resource material accessible throughout validity.
Expert, Experienced Instruction
Our experienced training developers are industry experts; dedicated to practical instruction and support to ensure you understand what can be complex material.
Learning outcomes
On successful completion of this course, the student should be able to:
1. Explain the basic physical and technical principles of modern digital telecommunications.
2. Describe basic principles of operation in modern digital telecommunication equipment and systems.
3. Demonstrate measurements and experiments in laboratory on actual components, devices, equipment and systems in telecommunications.
4. Describe the development and implementation methods of telecommunication systems.
5. Examine communication equipment for technical functionality.
