1. TRAINING SERVICES 2010

2. NIGTEL-CS TRAINING SERVICE Mobile Telecommunications in Africa especially Nigeria has recorded rapid growth and expansion in the last five years thus putting pressure on Operators to match the pace of technological advancement with the right people and skill. In order to remain competitive in the industry, it is imperative to invest in the right people, and develop the right culture and leadership. NIGTEL-CS Training Services was created to provide world class training by complementing customer support with a structured learning curriculum that ensures that the necessary skills are transferred to ensure that a skilled in-house pool of resources is trained. This ensures cost effectiveness for the customer in the long term.

3. COURSE OUTLINE GSM/GPRS/EDGE TECHNOLOGY TRANSPORT NETWORK IP/DATA NETWORKING CDMA/WCDMA TECHNOLOGY CUSTOMIZED TRAINING SERVICES

4. GSM/GPRS/EDGE TECHNOLOGY

5. GSM FUNDAMENTALS COURSE DURATION : 2 DAYS Introduction to Modulation Concepts and Frequency Spectrum Basic Concepts of Mobile Systems GSM Network Architecture, Components and protocols GSM Services Basic Concept of Frequency Re-use techniques GSM Service Area and Number Planning Channels on the Air Interface Basic flow charts for call set-up, location update and SMS, paging etc Radio technologies ( Power control, interference reduction techniques, DTX, DRX) Future Trends and Development

6. GPRS WORKSHOP DURATION: 2 DAYS PREREQUISITE: GSM FUNDAMENTALS, BSC OPERATIONS (RECOMMENDED) GPRS Technical Overview GPRS System Definitions ( Protocol Stack, MS Capabilities and Multi-Slot Classes, Network Operation Modes) GPRS QOS Performance Management Challenges and Future Trends ( Introduction to EDGE)

7. RF PLANNING AND OPTIMIZATION DURATION: 3 -4 DAYS PREREQUISITE: GSM FUNDAMENTALS, 1 YEAR WORKING EXPERIENCE GSM Overview Network Planning Overview GSM Air Interface Radio Propagation Theories Radio Network Design Frequency Planning and Anti-Interference Technologies Network Parameter Design Traffic Statistics Network Optimization Case Studies

8. MBC WORKSHOP DURATION: 1 DAY PREREQUISITE: GSM FUNDAMENTALS, 1 YEAR WORKING EXPERIENCE Introduction Capabilities Technical Description Engineering Guidelines Controlling Parameters Network Statistics

9. BSC OPERATIONS DURATION: 3 DAYS PREREQUISITE: GSM FUNDAMENTALS BSC Hardware Structure and System description Software Installation Data Configuration Operation and Maintenance Performance Management Fault Management

10. TRANSPORT NETWORK

11. OPTICAL NETWORKS OVERVIEW DURATION: 1 DAY Introduction Benefits and History of Optical Networks Optical Network Drivers Future of Optical Networks Class discussion and Conclusion

12. INTRODUCTION TO DWDM SYSTEMS DURATION: 1 DAY Introduction to DWDM DWDM System Architecture Introduction to DWDM System planning Limiting Factors in DWDM Systems

13. OPTICAL NETWORKING DURATION: 1-2 DAYS Basic understanding of Networking Optical Fiber Technologies. Synchronized Digital Hierarchy (SDH) Technology Wavelength Division Multiplex (WDM) Technology Optical Network Elements.

14. IP/DATA NETWORKING

15. FUNDAMENTALS OF NETWORKING DURATION: 1-2 DAYS Basic concepts of Networking using Open Systems Interconnection (OS I). LAN/WAN protocols, devices, topologies. Current and future trends in Networking. Bridging and Switching. Routing and Network Management Systems (NMS)

16. TCP/IP NETWORKING DURATION: 1-2 DAYS Concepts, role and importance of TCP/IP in Computer Networking Types of Network Technology – LAN, WAN, MAN, GAN – and the difference between Internet, Intranet and Extranet Sub-netting, Routing and TCP/IP Protocols Address Resolution Protocol (ARP) and Reverse ARP (RARP) Domain Name Service (DNS) Address Assignment and Sub-netting.

17. ATM NETWORKING DURATION: 1 DAY General overview of Networking Operational flow of ATM technology ATM cell ATM protocol ATM switch The benefit of ATM The technology trend towards Broadband Multimedia ATM Node

18. CDMA/WCDMA TECHNOLOGIES

19. CDMA BASICS DURATION: 2 DAYS CDMA standards & services Network architecture & components CDMA: Fundamental Principles Spread Spectrum & Multiplexing in CDMA standard Walsh Codes, short & long PN codes Handovers: hard, soft and softer CDMA Capacity and Cell Planning Issues CDMA capacity limitations CDMA spectral efficiency

20. INTRODUCTION TO WCDMA DURATION : 2 DAYS Overview of UMTS and WCDMA concepts Spectrum allocation,Network Topology,Channel Mapping Physical layer transmit procedures Random access Paging, and measurements Power control, Transmit diversity. Handover and cell reselection procedures, Call setup procedures

21. CUSTOMIZED TRAINING SERVICES Customer Specific Training Needs Structured Learning Program E-learning Content Provision and Solution On The Job Training Program

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