S.No. Days Syllabus to be covered1 Scope of OFC Implementation2 Planning and Desktop Survey of OFC Route3 Physical Survey Methodology4 Pre-execution work and preparation of BoM5 Safety Guidelines.

Execution of OFC Rollout, Methods and procedures, Laying precautions and check list TrenchingLaying of Duct and FiberInstallation of Route Marker & Chamber, Collection of GIS data and uploadingin the system for RFTMS, Measurement of OFC route, Methods to prepare the final ABDSplicing of Fiber

7 Construction Guidelines8 Testing Methodology-End to End Fiber Testing, Cable loss for the routes9 Documentation for AITP

OFC Sub System Training Syllabus: Module No 1. Pre-Implementation Training

36

1/19

Topics to be covered Day Syllabus to be covered

i. Technical Capability IP/MPLS Network Architecture , ii. Design solutions Network Diagram, IP/MPLS Design aspects, iii. Functional Requirements

Large Node, Medium Node, Small Node , Optical Nodes, Multi-Service Devices (MSDs), SIP Based Routing Engine (SRE).

iv. Interface requirements

Analog Interfaces: Voice,E1,E3, STM1, STM4

v. Power requirements Digital Interfaces : Gigabit Ethernet (GE) & 10GE.Power Supply Safety Features & Protection, Cutoffs and Recoveries.

vi. Installation practice Cisco Installation practicevii. Test Instruments usage

Test Instruments & accessories usage

viii. Sub systems integration ix. Integration/Inter workingx. NMS integrationxi. Network Management.

Configuration Management , Console Out of Band Management, Debugging / Troubleshooting, Flash Memory, Event and System Logging, Network Monitoring.

xii. Software updates Software updating,

xiv. System features 5

OAM Features. ( Service Oriented Management (Layer 2 &. Layer 3 Services), Network-Oriented Management, Statistics/Network Performance, Fault Management, System Log, Security Feature Support Requirements ,IP Routing Features, MPLS Routing Features, QoS Features, Multicast Features, IPv6 Features, Circuit Emulation and Pseudo-Wire Features, VPN Features, Virtual Leased Line (VLL) service, IP VPN Services.

3

xiii. Functional Requirements

4System High Availability / Hot Standby Redundancy , Non Stop Routing, Graceful Restart, Non-Stop Forwarding, Non-Service Affecting Upgrades, In Service Software Upgrades, Modular OS.

IP/MPLS Sub System Training Syllabus: Module No 1. Pre-Implementation Training

1

1

2

3 Phase 3 Integration, & other Networks. Integration of all types of IP/MPLS Nodes, Integration with DWDM / OFC Links, Satellite Links, Microwave Links, NOC , Synch equipments .Integration with UNMS and Other sub systems

Topics to be coveredDay Syllabus to be covered

What is Microwave Transmission?

Why deploy Microwave Transmission?

Market trends in Microwave Transmission

Microwave product portfolio

Deployment scenarios

Technologies & Solutions

Management

Bridge and Switching

Ethernet Services

Ethernet over PDH and SDH

Ethernet Protections

Ethernet OAM

Traffic Management

IGMP over Layer 2 Switch

What is IP?

What isTCP/IP?

OSI Model

IPv4 Package structure

32-bit address scheme of IPv4

IP addressing

What is IP Routing

Routing and Switching

Routers and Routing Tables

Static versus Dynamic Routing Protocols

Interior versus Exterior Routing Protocols

Packet Transmission

Routing Protocols

Default Gateways

Microwave Radio Sub System Training Syllabus: Module No 1. Pre-Implementation Training

Customized Microwave Installation & Commissioning

Brief: MINI-LINK

1

2

Administrative Distance

Convergence Time

Microwave Transmission Range and Capacities

Application

Network design and availability

Network management

Antenna Fundamentals

Antenna Connections

Antenna Gain

Installation and Alignment

Traffic Types

Network Topologies

Alternative Technologies

Operation and Maintenance

Synchronization

Industry Trends

Fading

Rain Fading

Fading from Atmospheric Propagation

Multipath Fading from Ground Reflections

MINI-LINK Fundamentals (HW + Base Package)

MINI-LINK Radio Units fundamentals and equipment details

MINI-LINK Antennas Fundamental and equipment details

MINI-LINK Hardware Composition Exercise

Local Management

Management DCN (SC, Routed DCN, Switched DCN)

3 MINI-LINK Functions, (1+1 radio protection, E1 SNCP, XPIC)

MINI-LINK Radio Hop Capacity Features

Commissioning Exercise (DCN checking, radio hop configuration, TDM)

E3 Interface Training

Theory of Operation

Basic Operations of E3 family

Workshop on E3 family

Brief: MINI-LINK Indoor Unit and Outdoor Unit Fundamentals, Interfaces and Installation & Commissioning

2

Sr. No Topics to be covered Day Syllabus to be covered

1 Length As per customer plan2 Audience As per customer plan

This training covers the following topics:- Basics of Satellite System Effect of Interferences Satellite Transponders Antenna Theory RF System Theory Communication Concepts VSAT Technology VSAT Topologies Antenna Pointing Basics of Link Engineering Basic Networking IP addressing Module 13: Internet Protocol (TCP/IP) Basic Linux Commands

Satellite Sub System Training Syllabus: Module No 1. Pre-Implementation Training

3 Content

1) BASEBAND (LINKWAY) TRAINING COURSE

a)     VSAT-BASIC-1, BASIC TECHNOLOGY COURSE #1 – VSAT Basic Technology  

1

Sr. No Topics to be covered Day Syllabus to be covered

1 Length As per customer plan2 Audience As per customer plan

This training covers the following topics:- Introduction/Administrative/Purpose TDMA/DAMA Theory LinkWay-S2 – An Overview LinkWay-S2 Specific Theory LinkWay-S2 Modem Operation Troubleshooting Local Software Upgrade Network Control Site Components NCC Configuration/Operation Network Configuration Network Operation and Monitoring Network Troubleshooting Routine Maintenance

23 Content

b) LW-TRN-1, LINKWAY-S2 Course #1—LINKWAY-S2 Network Operations Training :

Sr. No Topics to be covered Day Syllabus to be covered

1 Length As per customer plan2 Audience As per customer plan

This training covers the following topics:Network Elements and Architecture NCC Files & Commands Configuring a Network – NCC Network Files Configuring a Network – NCC Screens LinkWay-S2 NCC Redundancy Configurations Local & Geo-Graphical Redundancy Configuring Terminals Terminal Boot files LinkWay-S2 Terminal Redundancy Configuration Preparing a Terminal for Deployment Satellite Software Download Module 11: Console Commands Installation Preparation Troubleshooting LinkWay-S2 Sizing Considerations

2. RF SYSTEM (AMPLUS) TRAINING COURSE :

Sr. No Topics to be covered Syllabus to be covered

1 Length As per customer plan2 Audience As per customer plan

This training covers the following topics:Product Overview Specifications and Description of Modules Installation and SetupOverview & Integration OperationMonitoring and Control

3

3 Content

3 Content

c) LW-TRN-2, LINKWAY-S2 Course #2—LINKWAY-S2 Installation & Maintenance :

Maintenance and Fault FindingDo’s and Don’ts

Topics to be covered Day Syllabus to be covered

i. Technical Capability 1 UNMS / NMS RFP Requirements

ii. Design solutions 1UNMS/NMS Solution Architectures, UNMS Functions, EMS & ZNMS Functions, Deployment Architecture, Network Diagram, UNMS design Aspects

iii. Functional Requirements 1

NMS Functionalities: Auto Discovery & Inventory Management, Fault Management, Performance Management, Configuration Management System (CMS), Traffic Management, CMDB, Service Provisioning & User Management. Enterprise Management: Service Assurance, Database Performance System, Application Performance Monitoring, End User Experience Management System, CDR Analysis System, Helpdesk Management, Asset Management, Host based OS Access Control (HBAC), Security Management

vi. Installation 2

CNMS/ZNMS Server / Network Connectivity, Installation & Testing.OS, Database Installation & Testing, CNMS/ZNMS Application Installation & Testing

vii. Sub Systems Integration 2 UNMS integration with GIS, UNMS Integration with RFTMSviii. Inter working with External Systems

2 End-to-End Integration across all domains for Service Assurance and Service Fulfilment

ix. NMS integration 2 End-to-End Network monitoring across all domains for Service assurance and Service fulfilment.x. Network Management 3 End-to-End Network monitoring across all domains for Service assurance and Service fulfilment.

xi. Enterprise Management 3Enterprise Management for all modules (Service Assurance, Database Performance System, Application Performance Monitoring, End User Experience Management System, CDR Analysis System, Helpdesk Management, Asset Management, Host based OS Access Control (HBAC), Security Management)

xii. Software updates 3 Software Release / Change Management

xiii. Functional Requirements 3

Network Management: Module demonstration of Auto Discovery & Inventory Management, Fault Management, Performance Management, Configuration Management System (CMS), Traffic Management, CMDB, Service Provisioning & User Management, Enterprise Management: Module demonstration of Service Assurance, Database Performance System, Application Performance Monitoring, End User Experience Management System, CDR Analysis System, Helpdesk Management, Asset Management, Host based OS Access Control (HBAC), Security Management

xiv. System features 4 CNMS / ZNMS System High Availability, ZNMS Peering, CNMS Hot Standby (DR)

UNMS / NMS Sub System Training Syllabus : Module No 1. Pre-Implementation Training

EMS Integration: Network EMS NBI interface, SCADA EMS NBI interface, iv. Interface requirements 1 Enterprise Management NBI Interface, Integration with GIS, Integration with RFTMSv. Project implementation plan 2 Project Management Team, Responsibility Matrix, Delivery Schedule

Topics to be coveredDay

Syllabus to be covered

i.Technical Capability,ii.Design solutions, iii. Functional Requirements

1

Web based Enterprise GIS System, structure of the GIS database, Web based GIS Server Application, Desktop/Web Based GIS Client Application. CZCs, complete view of the GIS information stored with all the ZCs, Database population during laying of OFC, GIS Maps, Satellite imagery and survey of specified Areas.

iv. Interface requirementsv. Power requirements

1EMS interface, GUI interfaces, UNMS interface,Power Supply Safety Features & Protection, Cutoffs and Recoveries.

vi. Project implementation plan

vii. Installation practiceviii. Test Instruments usage accessories usage

ix. Sub systems integrationx. Integration/Inter working xi. NMS integration

2Integration with Client Station, Web Client Station, , Integration with GIS,OFC Links integration,UNMS / NMS Nodes Integration

xii. Network Management.xiii. Software updates

2Configuration Management , Debugging / Troubleshooting, Event and System Logging, Network Monitoring. Software updating,

xiv.Functional Requirements xv. System features

2Middleware GIS. GIS Database, GIS Maps, Attributes, Route Chart, Networks running on the route, Number of joints along a given route with exact location (Eight-Figure Grid-Reference), AMC/Warranty details and System Integrator/OEM Details,

GIS Sub System Training Syllabus: Module No 1. Pre-Implementation Training

1 Project Management cell, Delivery schedule, Installation & Commissioning, Quality Assurance, Spares Management, Maintenance Procedure, Maintenance support, Replacement & Repair , Capacity Expansion, Warranty & AMC

GIS Installation practice, Server s & storage devices installation.Test Instruments & 1

Topics to be covered Day Syllabus to be recoveredi. Technical Capabilityii. Design solutionsiii. Functional Requirementsiv. Interface requirements EMS interface v.Power requirements Power Supply Safety Features & Protection, Cutoffs and Recoveries.

vi.Project implementation plan 1 Delivery schedule, Installation & Commissioning, Quality Assurance, Spares Management, Maintenance Procedure, Maintenance support, Replacement & Repair , Capacity Expansion, Warranty & AMC

vii.Installation practice RFTMS Installation practice.viii.Test Instruments usage Test Instruments & accessories usageix.Sub systems integration x. Integration/Inter workingxi. NMS integration

2 Integration with Client Station, Web Client Station.

xii. Network Management.xiii. Software updates

2 Software updating,

xiv. Functional Requirements 2

System High Availability, Fault Management ,Configuration Management, System Administration View status of the monitored fibers., View OTDR traces , Access alarm information and history. test or measurement on demand and view the resulting trace. Create report dynamically in a HTML/pdf / csv format

xv. System features 2

OTDR measurement features, Fault Management, System Log, Security Feature, Security Management. OTDR Measurement Functions: Splice, slope, reflectance and distance measurement. Optical return loss, mask control measurement. Automatic measurement with detection threshold, semi-automatic measurement with markers, manual measurement with cursors. Localization of events or faults with splice thresholds, Fresnel, End of fibre. Automatic ghost detection.

1

RFTMS Sub System Training Syllabus: Module No 1. Pre-Implementation Training

1Remote testing, Physical fault detection and location, Alarm management, Pro active maintenance, Report generation. System modularity & scalability , installation & monitoring of optical fibre cables, periodic monitoring of the optical fibre

1

Day Topics / Syllabus to be covered

Principle of operations of AVRDetails of Major components assembled in AVRPOC of DesignDetails of protection componentsTechnical functionality of all major componentsExplanation on Preventive Maintenance checksPre installation checks after receiving the equipment at siteDetail Explanation on installation processDetails of mandatory spares. Introduction of Lead Acid BatteriesWelcome address Welcome address About Exide : Expertise, no of years in market , Customers etcElectro Chemistry of Battery: Electro Positivity & Electro Negativity, Electro Chemical Reactions etc. Components of a Lead Acid Battery: Plates, Separator, Group Bar, Containers: Hard Rubber, Poly (FR & Normal), Transparent SAMTypes of Lead Acid Batteries: Based on Plate Design (VRLA & VLA)VRLA : Gel & AGMVLA : Tubular , Flat Plated & PlanteAdvantages & Limitations of each designInstalltion and maintenance proceduresIntroduction to SMPSSafety Guidelines.Function of SMPSFunctional Description of ControllerFunctional setting of ControllerFunctions and Spec of SMPS Module 5600W and 1400WCharging MethodalogyFloat ChargingBoost ChargingPreventive Maintenance Documentation for AITP

Power Sub System Training Syllabus: Module No 1. Pre-Implementation Training

AVR

0.5Battery

SMPS

DG Set

Introduction on DG sets being supplied for projectFeatures of DG sets & its SpecificationsLube and fuel oil specificationEngines construction in briefAlternator information in briefSystems description-Lube & Fuel oil, Air intake, Exhaust and coolingDG set OperationFault Diagnostics-causes and rectificationIntroduction on project DocumentationUnderstanding the DG set Electrical circuit diagramOperation of:Control PanelControl relay boardSensors- Fuel Level, oil temperature, oil pressure switch, speed sensor, cylinder head temperature, coolant temperature, stop solenoid and CAC air heater etc.Gauges: lube oil pressure, lube oil & coolant temperature, fuel level gaugeCold starting arrangementEngine starting and stoppingBattery charging alternatorElectric starterStarting BatteryMCB's and other electrical components Engine safety unitFault diagnostics-causes and rectificationDG sets:- Maintenance Aspects of Mechanical partsFeatures of DG sets &its SpecificationsProject documentationDG set construction detailsSystems description-Lube & Fuel oil, Air intake, Exhaust and coolingRemoval and Replacement of V-belts. Fuel filter, oil filter, air cleaner Adjusting valve clearanceFuel tank cleaning

Exhaust silencer cleaningSetting of fuel injection timingChecking the fastenersFault Diagnostics-causes and rectificationMaintenance of Following Electrical Parts AlternatorControl Panel –Cleaning, checking connections and indicationsControl relay boardSensors – Fuel level, oil temperature, oil pressure switch, speed sensor, cylinder head temperature, coolant temperature, stop solenoid and CAC air heaterGauges: lube oil pressure, lube oil & coolant temperature, fuel level Battery charging alternatorElectric starterBattery – Checking unhealthy batteryMCB's, Fuses and other electrical componentsEngine safety unitFault diagnostics-causes and rectificationElectrical Safety checks and Over-speed test

Topics to becovered

Day Suggested syllabus to be covered

Regionwise Breakup of building and towersDetails of different types of buildings involvedSite survey, suitability study & taking over. Soil / geotechnical investigationDesign and approval of drawingsConstruction of building and site development activity - 1. Foundation, 2. Plinth, 3. Superstructure, 4. Finishing, 5. Electrical fittings, 6. FencingPlaster and Paint of walls, Doors and Windows detailsDrainage and Water Supply fittings - Specifications of the storage units Installation / commissioning of equipment, power plant etc. - 1. Earthing System, 2. Lightning protection system, 3. Solar lighting SystemHanding / taking over of assets along with as built documentsSite survey for finalisation of heightSelection of agencies for the workDesign of towersFoundation for m/w tower - Footing, Tie beams, Bolt fixationsSupply and erection of towers - Tower Platform details, GalvanisationPainting of towers - Primer and Coats Tower accessories - Twilight Switch, Lightning ArrestorsAntenna fixingHanding and taking over of towers

Civil and Tower Sub System Training Syllabus:

Overview

1

Buildings

Towers

Topics to be covered Day Syllabus to be covered

General features of TATRA TruckSpecific features of recommended model number vis a vis our requirements

Special note on maintenance and servicingMake a special note for Driver/Operator/Technician

Details of Shelter & Shelterisation, Diagrams/ Layout Power, Comm, Optical, Recon vehicle

Mobile Node Sub System Training Syllabus: Module No 1. Pre-Implementation Training

1

Types of vehicles with their objectives Features which were also present in earlier phases New features introduced in Phase IV

Prime Mover- TATRA Truck

About Mobile Node

Topics to be covered Day Suggested Syllabus to be covered

iii. Functional RequirementsMonitor health of the network, Run diagnostics for end-to-end availability, Centralised management of all Network Elements (NEs)

iv. Hardware Description,v. System featuresvi. Software Introduction

Introduction to system video wall system installed (Components), LCD Panel, Switch, Splitter, and their functionalities. Connectivity. Integration with Work Stations.Brief On-Site Practical for Video Wall Hardware and Software Components Understanding

ii. Design solutions NOC Layout, Connectivity Diagram, Display System

NOC Sub System Training Syllabus: Module No 1. Pre-Implementation Training

i. Technical Capability

1

NOC RFP Requirements

Topics to be covered Day Syllabus to be covered

17 Test Instruments:-1. CD and PMD Analyser2. OTDR3.Optical Fiber Splicing Machine4. Digital Earth Resistance Meter5.Variable Attenuator6. Optical Tunable Light Source7.Optical Talk Set8.Optical Power Meter9.Electronice Route Marker:i.Overground(every 500m)ii.Underground( every 100m)10. Electronic Route Marker Locator11. L2-L7 IP MPLS Tester12.Datacom Tester13.SDH (1/4/16) Analyser 10G14. Hand Held Ethernet Analyser 10G15. Hand Held Ethernet Analyser 1G16. WDM Analyser17. RF Power Meter `

1

Subsystems testing using test instruments.Technical Capability of test instruments.Tester Interface requiremntsPrecations / Handling of test instruments.Test instrumnets features / Functional capabilities

Test Instrument Sub System Training Syllabus : Module No 1. Pre-Implementation Training

Topics to be covered Day Suggested Syllabus to be covered

i. Technical Capabilityii. Design solutionsiii. Functional Requirements

1

Synchronisation Network Architecture , Network Diagram, Design aspects, Concept of Synchronisation , synchronised clock requirements, synchronisation plan, synchronization topology, Monitoring Health of network Synch, Run diagnostics for end-to-end synch availability, Centralised clock management of all Network Elements (NEs), Centralised clock configuration Primary Reference Clock (PRC), PTP Grand master, PTP Slave, Synchronisation Supply Unit (SSU), Network Audit

iv. Interface requirementsv. Power requirements

1

xii. Network Management.xiii. Software updates 2

Fault Management, Performance Management, Configuration Management, Inventory Management, Security Management, Network Elements Software download, Integration of Network Elements of any OEM. Debugging / Troubleshooting, Event and System Logging, Network Monitoring, updating or deletion of NEs from NOC, Monitor health status of all sub systems and parameters of NEs and links associated, Past data storage , generate statistical customisable reports, Software updating,

xiv. Functional Requirementsxv. System features

2Detailed functional requirements : Primary Reference Clock (PRC), PTP Grand master, PTP Slave, Synchronisation Supply Unit (SSU), Network Audit.

Synchronisation Sub System Training Syllabus: Module No 1. Pre-Implementation Training

vii. Installation practiceviii. Test Instruments usage

2

Integration of PRC with PTP(GM), PTP(Slave), SSUSynchronisation / Integration with IP/MPLS, Satellite NW, Microwave NW, UNMS/NMS, OFC Links , UNMS / NMS sub systems. Perform Synch Audit, Configuration of all NEs

vi. Project implementation plan 14 Project Management cell, Delivery schedule, Installation & Commissioning, Quality Assurance, Spares Management, Maintenance Procedure, Maintenance support, Replacement & Repair , Capacity Expansion, Warranty & AMC

2.048 Mbit/s Interface, 5/10 MHz Sinusoidal Interface, Composite Clock Interface, Power Supply Interface, Alarm Interface, remote Ethernet interface, EMS interface, GUI interfaces, UNMS interface Power supply Features.