6 Week Summer Training and Certification

VT Technologies  offers 6 Weeks Summer Training and Certification to Engineering (B.Tech ECE/CSE/IT) students. This advanced wireless course in 5G, 4G, 3G, 2G, IOT and Cloud Computing helps the college and university students to get the telecom skills required for job placement. After this six weeks industrial training, the students get placed in telecommuncation operator companies like Airtel, IDEA, Vodafone, Tata Docomo, Aircel, MTN, Uninor, Reliance communications, Videocon etc and telecom vendor companies like Ericsson, Nokia, ZTE, HUAWEI, Alcatel Lucent, Motorola, NEC etc. You can check of previous placement record.

Proven best telecom training by VT TECHNOLOGIES

 

 


Course Content

Evolution of wireless technologies

Introduction
Evolution

GSM Introduction

GSM Introduction

GSM Evolution

GSM Evolution

Multiple Access Schemes

Multiple Access Schemes

Comparison of Generations

Comparison of Generations

GSM Cells

Cell
Cell structure
Cell shape
Cluster

GSM Architecture

GSM network architecture
GSM components
Network description

GSM Hardware

Hardware Components
BTS
BSC
MSC

GSM Frequency Bands

CGI
Gsm band
Gsm band specifications

GSM Frequency Bands part 2

GSM bands
Radio link analysis
ARFCN calculations

GSM Channels

Logical channels
Traffic channels

GSM Handovers

HO types
HO decision

GSM SS7

CCS
CAS

CDMA

Multiple access techniques
CDMA introduction
Spread spectrum technique
CDMA advantages

CDMA Architecture

CDMA principle
Architecture of CDMA system

CDMA Channels & Codes

CDMA channels
Forward link channels
Reverse link channels
CDMA walsh codes

CDMA PN Codes & Call Flow

PN codes
Call flow states

GPRS Introduction

Introduction
Principle
Packet Transmission

GPRS Architecture

Packet
Nodes
Interfaces

GPRS Architecture Description

Description
SGSN
GGSN
Packet Control unit

EDGE

Edge Technology

GSM Surveys

Surveys
Requirements
Parameters
Reports

GSM Planning

Planning Concept
Planning Description

GSM Optimization

Optimization Introduction
Optimization Process

Intelligent Network

Objective
IN Services
IN Functional Entities
IN Layers

IN Description

Architecture Description
Service Management
Protocols

OMC

Network Operations Centre
Functions
Steps for troubleshooting
Analysis of Alarms
Monitoring of Alarms

OMCR

Configuration Management
Equipment Management
BSO

Coverage Solutions

Coverage Solutions
IBS

Transmission Media

Transmission media
Wired transmission media
Twisted pair cable
Coaxial cable
Optical fibre

Wireless Transmission & Antennas

Wireless transmission
Radio propagation
Antenna types
Antenna properties


Multiplexing

Transmission modes
Multiplexing
Multiplexing types
Analog multiplexing hierarchy

Transmission Technologies

Digital signalling
T1 & E1 lines
SONET/SDH

TMN-1

Network management
TMN & telecommunication network
Management parameters

TMN & SNMP

TMN functional architecture
TMN functional blocks
SNMP

3G Fundamentals

3G introduction
Architecture description
Radio access network
Core network

3G Planning

Network planning
Planning stages
Site survey
Code planning

3G Optimization

Optimization
Goals of optimization
Information sources
Key performance indicator

3G Modes

Spectrum allocation
TDD
FDD
UARFCN

UMTS RAN

Radio access network
RAN interfaces

UMTS CN

UMTS core network
Circuit switched
Packet switched

WCDMA Concept

Radio path basis
Wcdma concept
Spread spectrum
UMTS air interface

4G Introduction

Technology Overview

4G Planning

Planning Concept
Planning Description

4G Optimization

Optimization Introduction

LTE Architecture

Radio link
RF model for LTE design
RAN architecture
eNB functions
EPS bearer
Evolved packet core
Modelling LTE network

LTE Network Description

Network interfaces
Component functionalities
Network description

LTE Keypoints

LTE technical standards
MIMO technology
Modulation
UE categories
Radio parameters

LTE Frequency Bands

LTE frequency bands
LTE band allocation
Flexible bandwidth
Frequency band attributes
FDD modes
TDD modes

5G Introduction

Technology Introduction

SDN Introduction

SDN Concept
SDN Introduction
SDN requirement

Virtualization

Virtualization introduction
Hypervisor
Hardware virtualization
Desktop virtualization
Server virtualization
Application virtualization

NFV Introduction

NFV Concept
NFV Introduction
NFV Description

IOT Introduction

IoT concept
IoT paradigm shift
Humans & internet
IoT life cycle & applications

Value Added Services

VAS Services
VAS Description

IP Addressing

IP Address scheme
Network layer
Classful addressing
Classless addressing

IPV4 & IPV6

IPv4 datagram
IPv6 datagram

The Challenge

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The Solution

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