Wireless Communication System
Index
| Syllabus | Hours |
|---|---|
| Network Concepts & Architecture | 150 |
| Call Flows | 130 |
| Protocols and Network wise Technologies | 40 |
| Network Planning & Design (RF & Core) | 120 |
| Network Operation (FCAPS) | 40 |
| Software Defined Networking (SDN) | 40 |
| Network Functions Virtualization (NFV,MANO) | 40 |
| Telecom Management Standards | 40 |
| Multiaccess Edge Computing | 80 |
| OSS & BSS Frameworks | 40 |
| Troubleshooting | 80 |
| Hands on in Microsoft Network (Metaswitch) | 40 |
| Advanced Communications Services | 40 |
| Total Hours | 880 |
3G & 4G
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| Syllabus | Hours |
|---|---|
| Module 1 : GSM
GSM Architecture GSM Protocols GSM Channels GSM Services GSM Call flows |
50 |
| Module 2 : Transmission Technologies
Transmission Media Multiplexing Applications Optical Transport Network Switching Technologies |
18 |
| Module 3 : Antenna System
Antenna Types Antenna Properties Antenna Selection Principles |
18 |
| Module 4 : RF Planning
RF Survey Transmission Survey ARFCN Concept Frequency Planning Planning Parameters MAP Info Tool |
36 |
| Module 5 : BSC Implementation
BTS Hardware BSC Hardware Implementation ONM Tool |
12 |
| Module 6 : Data Services
GPRS GPRS Architecture GPRS Data Flow EDGE VAS |
24 |
| Module 7 : Core Design and Planning
Dimmensioning Feature study Planning HLD,LLD Design Customise Call flows |
42 |
| Module 8 : Operation & Maintenance
Faults & Rectification ICM Tool Configuration & Performance Management Wireshark Tool |
24 |
| Module 9: Network Switching System
NSS Description SS7 Basics SS7 Architecture IN Network | 18 |
| Module 10 : 3G Mobile Networks
3G Basics WCDMA Concept 3G Architecture 3G Channels 3G Codes 3G Call Flows |
50 |
| Module 11 : Network Performance Optimization
Optimization Process Optimization Parameters Key Performance Indicators |
18 |
| Module 12 : Drive Test
Drive Test Process Drive Test Parameters TEMS Investigation Tool |
12 |
| Module 13 : 3.5G Networks
HSDPA HSUPA Evolved HSPA |
18 |
| Module 14 : 4G Networks
4G Introduction 4G Architecture Resource Blocks 4G Channels 4G Parameters 4G Call Flows |
50 |
| Module 15 : Networking Concepts
OSI Model Network Layer Internet Protocol |
18 |
| Module 16: Telecom Management
TMN Basic TMN Architecture SNMP |
18 |
| Module 17 : Cloud Computing & Virtualization
Cloud Computing Concept Cloud Infrastructure Virtualization Concept | 18 |
| Module 18 : Software Defined Networking
SDN Introduction SDN Requirement SDN Architecture |
15 |
| Module 19 : Network Functions Virtualization
NFV Introduction NFV Requirement NFV Architecture |
20 |
| Module 20 : Internet Of Things
IoT Introduction IoT Architecture IoT Applications |
12 |
| Module 21: Wi-Fi & Wi-Max
Wi-Fi Concept Wi-Max Basics Wi-Max Infrastructure | 15 |
| Module 22 : OSS & BSS
OSS Architecture OSS Function BSS Architecture BSS Function |
50 |
| Module 23 : Trouble shooting
GSM 3G 4G |
50 |
| Module 24 : Career Skills | 6 |
| Mock Interview | |
| Total Hours | 615 |
5G
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| Syllabus | Hours |
|---|---|
| Module 1 – Underlying Technologies
MIMO Massive MIMO Beamforming OFDM NOMA mmWave |
24 |
| Module 2
1G to 5G evolution IP protocol and Packet Switching Multiple Access Technologies Cognitive Radio Dynamic Spectrum Sharing (DSS) |
18 |
| Module 3 – Standards
5G spectrum 5G Architecture Frame Structure 3GPP Release Specifications Network Slicing Network Function Virtualization(CRAN,VRAN,ORAN) 5G Call Flows |
60 |
| Module 4 – Distributed Computing and MEC | 24 |
| Module 5 – 5G Use-cases/Applications, IoT, and AI/ML in 5G | 16 |
| Module 6 – Policy and Regulations | 8 |
| Module 7 – Security | 8 |
| Module 8 – Virtual Models
MVNO SVNO |
12 |
| Module 9 – Problem Solving | 50 |
| Module 10 – Handson in Microsoft Network Elements | 42 |
| Total Hours | 262 |
