Overview; Models and why we develop and use them; Terminology; Taxonomies of telecom systems; Analog and digital signals; Noise; Time and frequency domain representations of signals; Modulation; Synchronous and asynchronous transmission; Transmission subsystems; Transmission media; Analog and digital transport subsystems;

Basic concepts of switching; Space and time division switching networks; Store-and-forward switching; Characteristics of switching equipment and systems; Examples of switching systems; Control concepts and definitions; Characteristics of signaling mechanisms; Examples of signaling subsystems; Network management concepts; Primary and supplementary access functions; Simple telecommunication systems; Public switched telephone network; Other telecom systems.

Telecom, Datacom and Networking for Non‑Engineers is our core training, representing the knowledge set needed by anyone in telecom

Core Courses and Topics in Telecommunications Engineering:
Analog and Digital Communications
Switching and Automata Theory
Computer Systems and Network
Satellite Transmission
Probability and Statistics
Fiber-optic communications
Legal and Regulatory Issues in Telecommunications
Telecommunications Network Management
C Language Programming
Telecommunications
Engineering Ethics
Mathematics for Engineers
Fundamentals of Mechanics

Part 1: Fundamentals
Then we cover telecom fundamentals like multiplexing, modems and pulses; and network fundamentals like IP packets and Ethernet switches.

The fundamentals are completed with digital media: how voice is digitized, digital video, digital images, digital quantities and digital text.

1. Introduction to Telecommunications
2. Telecom Fundamentals
3. Network Fundamentals
4. The Internet, Cloud Computing, Web Services and Data Centers
5. Telecom Services Overview
6. Digital Media: Voice, Video, Images, Quantities, Text


Part 2: Telecom Technologies​​​​​​​
DSL and POTS on twisted pair, Hybrid Fiber-Coax cable TV systems, T1 and the categories of LAN cables.
7. Wireless
8. Fiber Optics
9. Copper


Part 3: Equipment, Carriers and Interconnect​​​​​​​
PSTN phone calls, for Internet traffic and CLEC services.
10. Telecom Equipment
11. Carriers and Interconnect


Part 4: Networking​​​​​​​
roundup of technologies and a peek at the future of telecommunications.
12. The OSI Layers and Protocol Stacks
13. Ethernet, LANs and VLANs
14. IP Networks, Routers and Addresses
15. MPLS and Carrier Networks
16. Wrapping Up Course 101

Introduction to Telecom Networks
Telecommunications Industry: Structure and Environment
Emerging Technologies
Information and Communication Technology (ICTs) Industry Structures and Concepts
Introduction to Broadband
Introduction  to Wireless Networks
Introduction  to Convergence Technologies
ICT Current Technologies and Trends
Networking Protocols for Telecommunications
Telecommunication System Development and Deployment
Systems Engineering for Telecommunications Management
Telecommunications Forensics and Security
Network Management and Operations for local and wide area, wired and wireless systems
Telecom Systems Engineering
Telecom Product and Project Management
Telecommunications Capacity Planning
Telecommunications Traffic Engineering
Global Telecom Regulation
Next Generation Networks (NGN) and Services
Introduction to TCP IP
Internet Protocols
Advanced Internet Protocols
Voice Over IP Advanced Voice Over IP
Introduction to Multiprotocol Label Switching (MPLS)
Overview of MPLS VPN, MPLS-TP, MPLS-TE and Seamless MPLS
Introduction to IPv6
Introduction to Gigabit Ethernet (10G 40G and 100G)
Introduction to PON and GPON
Introduction to Optical Transport Networks (OTN)
Introduction to Software Defined Networking (SDN)
Introduction to M2M and IoT
Wireless Communications
Wireless Telecommunications Systems
Introduction to Microwave Communication
Introduction to WiFi and WiMAX
Introduction to Bluetooth
Introduction to VSAT
Introduction to RFID
Introduction to TETRA
Introduction Wireless Security
Next Generation Wireless Networks and Services
Introduction to Mobile Communication
Advanced Mobile Communications: 3G, UMTS, HSPA/HSPA+, LTE, LTE-Advanced
Introduction to Satellite Communications
Introduction to Global Positioning System (GPS)
Introduction to Very Small Aperture Terminal (VSAT)
RF Engineering Training
RF Optimization Training
RF Safety Training
Telecommunications Certification provides telecom technical knowledge along with  telecom management. skills: telecom planning, implementation, management of physical systems  for voice, video, and data communications.

Telecommunications Certification, Technology, Engineering and Management, a 6-week program,  addresses the requirement of the communications industry for technical and management expertise and business skills.


Telecommunications Certification Objective:
Provide a strong foundation in the technical aspects of telecommunications technologies
Learn about Information and Communication Technology (ICTs) Industry Structures and Concepts
Assess current and emerging telecommunications technologies including wireline, wireless, mobile and broadband
Establish an understanding of telecommunications management
Become proficient in the technical specifications of telecommunications technologies
Evaluate alternative technologies for the fulfillment of communications needs
Understand telecommunications trends for voice, data transfer,video  and digital entertainment converge


Admission open for admission and queries call 
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