Telecom protocol testing : Week end Batch

[tcloud tech]

Hi All,

TCLOUD happy to announce that for the benefit of working professional we are commencing the week batches soon.

For more details please contact @ 9611252566

Also visit us www.tcloudtech.com

[guest]

Hi,

Greetings from TCLOUD I.T Pvt Ltd.

a bright future is waiting for you as a PROTOCOL TESTER.........

I AM BET , no one will provide you training on LTE & TTCN3 training other than TCLOUD ,

We are giving the training on ADVANCED TELECOM PROTOCOL(UMTS & LTE) TESTING and DEVELOPMENT ,ON-LINE training facility is also available...........

Trainer have 10+ years of real time experience and doing corporate training's with WIPRO and IBM ..........

we r covering end to end in telecommunications. Apart from Corporate Training Giving Training to WHO HAVE 2+ YEARS Of experience in RF ENGG, OSS/BSS/NSS SWITCH ENGG, O & M ENGG, PLANING ENGG, COMMISSIONING ENGG, INSTALLATION ENGG, NETWORKING ENGG, TECHNICAL SUPPORTED ENGG,network optimization ENGG, GSM / GPRS DEVELOPERS/ TESTERS,etc.................

we are starting with Basic OSI ,TCP/IP (Because LTE(4G) Based on IP Transport),GSM,GPRS {till with in 2 weeks},major concentration on UMTS & LTE [each and every protocol in UMTS & LTE, right now the job market is on umts & lte ,Example: UMTS HANDSET PROTOCOL TESTING, CONFORMENCE TESTING,REGRESSION TESTING,LTE INTERFACE TESTING, LTE PROTOCOL TESTING ], 2 days back 1 got placed in SAMSUNG with 7 lacpa, 1 got placed in ARICENT with 6.8 laCpa, where ever you go you will defiantly find a TCLOUD STUDENT OVER THERE.
EX: NSN, ALCATEL, TELECA, IP.ACCESS, SMARTPLAY , ARICENT, SASKEN, L & T, WIPRO, IBM , ESSAR etc...........

COURSE DURATION is 3 months( why because lot of portion( each and every protocol) and u will be equalent to 3 to 5years of experince),friendly suggetion that dont look at duration time try to get more and more, y because in companies you will never get the cfhance to work on each and every protocol, they will give you 1 or 2 protocols only............

COURSE FEES: 30,000 /-

if u want to attend the demo class please be ready on morning 7.30 am. all the students were employees from different companies like NSN ,RELIANCE, HUWAI etc... those have to go there offices, class will be upto 9'o clock..........

Pls find the above attachment of syllabus copy of T-CLOUD INFORMATION TECHNOLOGIES.If u want to attend on-line training class or want to take training in HYDERBAD, just call us on +91 9666921555/ 9666941555.


Thanks & Best Regards

TCLOUD INFORMATION TECHNOLOGIES PVT LTD
#8-3-214/A/1, Second Floor,Opp. South Indian Bank,
Srinivasa Nagar Colony west,
Ameerpet, Hyderabad -500038.
PH: +91-40-66023399 / 98 MOB: +91-9666921555/ 9666941555

Building a knowledge cloud for Telecommunication world.
syllabus:
Part 1 Overview on Telecommunications
1.1 History of communication systems
1.2 Analog and Digital Modulation and Multiple Access Techniques - understanding DSP and more
-> AM, FM, PM, BPSK, QPSK, QAM, FDD, TDD, FDMA, TDMA, SDMA, CDMA
1.3 Digital Cellular technology Evolution
1.4 General Cellular standards and principles
1.5 Limitations and Impairments of each generation
1.6 General Netwrok architechtures - OSI (TCP/IP)


Part 2 Principles of GSM / GPRS Technology - 2G / 2.5G
2.1 Cellular principles
2.2 Enhancement & Integration over existing 1G system:
2.3 GSM Network Architecture
-> Functional roles of Network Elements -> UE, BTS, BSC, MSC, HLR/VLR…
2.4 Air interface channel structure
2.5 Interfaces and Protocols
(A, Abis, Um, CC, MM, RR, LDAP, BSSMAP, MTP, SS7, TCAP, SCCP, ISUP…)
2.6 Call Processing: Message and signaling flow
2.7 Handover Scenarios
2.8 General Packet Radio Service (GPRS)
-> Data on Wireless, Network Architecture, PDCP Context, Signaling Procedure, GPRS Protocols
2.9 Enhanced Data Rates for Global Evolution (EDGE)
2.10 CDMA 2000

Part 3 Principles of UMTS Technology - 3G & HSPA
3.1 Generation migration from 2G 2.5G to 3G
3.2 UMTS Services and Applications
3.3 Air Interface and spectrum allocation for 3G system
-> Spreading, Scrambling, Channelization, Modulation techniques, Protocol Architecture
-> Channel types
3.4 UTRAN System Architecture & Interfaces
-> Functional roles of Network Elements -> UE, Node-B, RNC, CN-CS, CN-PS
-> Interface and Protocols -> Uu, IUB, IUR, IU-CS, IU-PS, RRC, RLC, MAC, PDCP,
->FP, NBAP, GTP, Iu-UP, SigTRAN, RANAP, RANSAP, SCCP
3.5 Call Processing: Message and Signaling flows (AMR, DATA, SMS…)
3.6 Handover Scenarios
3.7 High Speed Packet Access (HSDPA, HSUPA)
3.8 Detailed view of 3GPP standards R99, R5, R6, R7, R8

Part 4 Long Term Evolution (LTE) - Principles of 4G Technology
4.1 Improvements from 3G and changes with respect to 3G Radio network.
4.2 LTE Architecture, Network elements E-UTRAN,MME,S-GW,PDN-GW,SAE-GW,ENB,PCRF,HSS
4.3 LTE protocol architecture, services and applications
4.4 LTE Protocols E-RRC,PDCP,RLC,MAC,LTE-L1(FDD/TDD-OFDMA/SC-FDMA),X2-AP,SCTP,IP,GTP-U,GTP-C,UDP,PMIPV6,IPV4,IPV6.
4.5 LTE Interfaces LTE-Uu,X2, S1-U, S1-MME, S5/S8,S11,S6a,Gx,S7,Gxc,Rx,SGi,S3,S4,S6d,Gn,Gi,S12
4.6 AIR Interface in LTE - OFDMA & SC-FDMA
4.7 AIR Interface in LTE - MIMO, DC ...
4.8 LTE CM, MM procedures & Call Sequences.
4.9 LTE Integration with IMS, HSS.



Part 5 VOIP, SIP, IMS and OSS (Billing)
5.1 Introduction to VOIP
5.2 H.323 Network Architecture and Protocols
5.3 Media Gateway Control Protocol
5.4 Session Initiation Protocol (SIP)
-> Network Architecture -> Call Processing -> SDP
5.5 IP Multimedia Sub system (IMS)
5.6 VOIP Quality of Service
5.7 Kenan billing system

Part 6 Testing Tools & Scripting Languages
6.1 Protocol Debugging Tools: Wireshark, NetHawk Analyzer
6.2 Simulators: Catapult, Ubenetics, N2-MSC Simulator,
6.3 Fault management Tools
6.4 Configuration Management Tools: SVN, CVS, Clear case…
6.5 LINUX Basics, LINUX administration
6.6 Scripting Languages: TTCN-3, PERL, EXPECT, Shell.

Part 7 Testing Methodologies
7.1 Understanding the various stages of STLC
7.2 Types of Testing
--> Black Box, White Box, Unit, Integration, Functional, Capacity & Performance,
Load, Smoke, Regression, Sanity, Acceptance, Stress testing.
7.3 Software Quality Assurance Process
7.4 Requirement Analysis, Test strategy Planning, Test Development, Test Execution,
Defect reporting…
7.5 Test tracking tool: Quality Centre.
7.6. Agile development and Scrum methodology.
7.7 3GPP Test specifications - deriving test cases from 3GPP test specifications.

Part 8 Aptitude and reasoning (for fresher’s only)
8.1 Quantitative Aptitude
8.2 Logical Reasoning`

Part 9 Practical and Hands on
9.1 LAB Exercise
9.2 Tools Hands – On
9.3 Protocol Log Analysis and Debugging
9.4 3GPP (3G & 4G) Specification exercises.

Part 10 Post Training Activities
10.1 Written tests
10.2 Resume Drafting
10.3 Technical Group Discussions
10.4 Technical Seminars
10.5 Mock Interviews
10.6 Placement Assistance