Project Management
Resume:
Title:Responsibility
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NAME: Banaj Ranjan Rout
ADDRESS: bangalore bangalore
CITY: bangalore
STATE/PROVINCE: NA
ZIP/POSTAL CODE: 560*********
COUNTRY: INDIA
EMAIL: **********@********.***
PHONE:
CANDIDATE ID: 121888
CITIZENSHIP: Permit
EDUCATION: Bachelor Degree
EXPERIENCE: 4
WILL RELOCATE: Open
RELOCATION INFO:
JOB WANTED: Any
RATE NEEDED: Negotiable
HOMEPAGE:
COMMENTS: pl me know abt the recruiters and contact me thru the no or emailid given..
HOTSKILLS: GSM,ISDN,MGCP,SS7,H.323,java,C++
ESUME
Resume Of
Banaj Ranjan Rout
Email: **********@**********.***
Ph-91-0-984-***-****
Passport No. : A 7965912
Objective:
To develop my knowledge in the process of adding value to the
Organization by leveraging and synergizing my three and eleven months of IT skills.
Experience:
Total 3yrs and 11 months.
Working with Wipro Technologies (Lucent) Ltd., Bangalore since 1st June00 till date.
Worked with Telephony India (A Subsidiary of IPNetFusion,Texas,USA,website-
www.IPNetFusion.com
) since Sep97 to May2000Technical Skills:
Hardware : HP Unix
Operating System : Windows 95,Windows 98,WindowsNT,Linux
Languages Known : Java2,C++
Design : UML
GUI : AWT and Swing.
Protocol skills:
GSM, SS7, ISDN, IS-41, IS-634, MGCP, H.323
Testing Skills:
I have worked with the testing tools like QAP that is automated testing
tool used for performing the test case for Lucent GSM.
Knows:
Black-box Testing.
White-box Testing.
System Testing.
Unit Testing.
Integration Testing.
Regression Testing.
Project Details:
Proj.No.1
Project Name : OMC-2000 System-Verification for Lucent GSM
Clients : Lucent.
Location : WiproTechnologies Bangalore
Duration : June 2000
to Dec2000
Language Used : C++,Java
Operating System : Unix and Windows NT
My Role : Analyst developer as well as a System Verifier.
Group size : 9
Project Synopsis:
The operation and maintenance center (OMC) 2000 provides network management functions for
the global system for mobile applications(GSM) network. It provides configuration
management, fault management, performance management, the security management and system
administration functions for the Base station system(BSS). The BSS supports the radio
interface between mobile station and the network, and also cooperates with mobile services
Switching Center(MSC) for call processing, security, and communication with public
network.It supports up to 64 BSSs of type BCE or BCF, with up to 48 BTSs per BCE and 180
BTSs per BCF having a user facility not more that 2304.Th OMC-2000's System Verification
tests and controls all the functionality of the network entities involved in BSS(Base
Station System) of Lucent GSM.
Responsibility
:
I am involved as a Analyst developer as well as a System Verifier. I have done analysis
and development for different enhancements in C++ as per the client requirement. I have
tested and developed the Test-case design and procedures.
Proj .No 2.
Project Name : Enhanced Graphic User Interface
Clients : Lucent.
Location : WiproTechnologies Bangalore
Duration : Jan 2001 to till date
Language Used : C++,JAVA.
Operating System : Unix
My Role : Analyst developer as well as a System Verifier.
Group size : 11
Project Synopsis:
Enhanced Graphic User Interface provides both a geographic and schematic network view, an
interactive zoom feature to gives details on topological maps, and logical views of the
managed network objects. It provides a window-based for operators who are accessing the
operation & maintenance center (OMC) 2000 via a workstation. It displays an easy viewing
of the network configuration and status and batch script capability.It is being organized
according to object type. The OMC-2000 user interface is actually exported from the GUI
Server and a maximum four GUI server can be supported per OMC-2000 system. GUI is an
integral part of OMC which invokes all the network entity for the OMC-2000 desktop and
also displays all the activities of the network functionalites of different entities
involved in BSS(Base Station System) of Lucent GSM.
Responsibility:
I am involved as system analyst and developer for the necessary enhancement added by the
client, tested, designed test cases and procedures.
Proj No 3.
Project Name : Interim Standard-fourty one
Clients : Reltec
Location : Telephony India
Duration : Dec 97 Sep 98.
Language Used : JAVA,C++
Operating System : Windows NT Server
My Role : Team Leader.
Group size : 6
Project Synopsis:
Interim Standard fourty one is a network signaling protocol that provides signaling
within and between mobile telecommunications networks.The IS-41 specification provides a
standard protocol for the operations that enables subscriber mobility between the MSC
serving areas.It specifies the signaling communication that occures between MSCs and other
network entities like home location register(HLR), visitors Location Registers(VLR),
AuthenticationCenter(AC), Short Message Entitiy(SME) to allow the subscriber movement
within the network.It is a conglomerate of physical equipment and communication facilities
consisting of electronic computer-controlled switches,location registers and other
processing centers along with transmission circuits. The connectivity among all these
systems by communication transmission circuits provides the mobile telecommunication
service that is accessed by the subscriber. Within the context of IS-41, SS7 (signaling
system 7) plays an important role like it is the only way to communicate with the
different network entity and signaling information consists of messages that contain
parameters which supports the function of mobility management through out the network.this
mobility management is key to enabling subscriber mobility in wireless network.It supports
the network signaling.
Responsibility:
I was involved as a team leader, requirement analysis, designing, and in development as
well as in developing all the messages from the protocol stacks(ITU series),creating test
cases design, test plan & procedures, testing the protocol and mannual writing.
Proj No 4.
Project Name : Media Gateway Control Protocol(MGCP)
Clients : Alcatel
Location : Telephony India.
Duration : Mar 99 August 99.
Language Used : JAVA,C++
Operating System : Windows NT Server
My Role : Team Leader.
Group size : 8
Project Synopsis:
Basically this represents a call control Architecture and the call control "intelligence"
will be outside the IP network and will be handled by external call control agents. The
protocol assumes to have two components like media Gateway Controller(MGC) and Media
Gateway(MG). The Media gateway is a stateless and low intelligent entity and will be
always handled by the MGC where as the Media Gateway controller is having all the
intelligence to have a total control on MG.The MGC is analogous to all the PSTN, has the
facility of call admission and billing, worked as signaling interface towards the PSTN,can
interwork with other protocols like H-323.The MGC assumes to all the external call agents
to synchronize with each other and will execute all the commands. Those Commands are
create connection, modify connection, delete connection, Notification request, Notify,
Audit Endpoint, Audit Conncetion and RestartInProgress.these commands actually play the
key role to support the MGCP protocol to be worked as successfully.
Responsibility:
I was involved in detailed analysis for the requirement and design of different
modules.Developed the tool for MGCP as well as created all the messages from the protocol
stacks(rfc-2705),created test cases design, test plan & procedures, bug fixing, testing
the protocol and mannual writing.
Proj No 5..
Project Name : Interim Standard-Six thirty-four
Clients : Lucent.
Location : Telephony India
Duration : Oct 98 Feb 99.
Language Used : JAVA.
Operating System :Windows NT Server
My Role : project Analyst and developer.
Group size : 7
Project Synopsis:
This protocol specifies the Signaling services between Mobile Station(MS) and Base
Station(BS).The interim standard six thirty four(IS-634) protocol provides a standard that
describes the services and features required for interfacing Base station(BS) with Mobile
Switching Center(MSC) of the cellular network. This interface is called as the mobile
radio interface. In telecommunication service irrespective of distance between two
points(signal originating and signal receiving)point the signal should flow from the
originating towards receiving. In between the signal may be weaker than that of the
original strength. So in-order to avoid less strength BS is present in between MS and MSC.
The MSC -BS interface supports the functionality like mobility management, radio resource
management, transmission facility management, call processing and supplementary services.
Responsibility:
I was involved in analysis of the protocol, requirements, development for different tools
and developed all the messages from the protocol stacks(ITU series),creating test cases
design,test plan & procedures,bug fixing,testing the protocol and mannual writing as per
the client requirements.
Proj No 6.
Project Name : Telephony User Part
Clients : Reltec.
Location : Telephony India
Duration : Dec 99 Feb 2000.
Language Used : JAVA.
Operating System : Windows NT Server
My Role : Team Leader
Group size : 3
Project Synopsis:
It is a part of ISUP and provides the facility in sending messages between two sides of
mobile network.
Responsibility:
I was involved in developing all the messages from the protocol stacks (ITU series),
creating test cases,test plan & procedures,testing the protocol and releasing the load for
client.
Proj No 7.
Project : Digital Subscribers Signaling1-one
Clients : Lucent.
Location : Telephony India
Duration : Sep 99 Nov 99.
Language Used : JAVA.
Operating System : Windows NT Server
My Role : Team Member
Group size : 2
Project Synopsis:
The scope of this document is limited to layer 3 procedures. The protocol is basically
divided into four modules Control Of Circuit-Switched Connections, User-To-User Signaling
Connections, Packet-Switched Connections and Global Call Reference. All these modules have
their own set of messages for different operations, which can be sent between CALLING
PARTY, CALLED PARTY and THE NETWORK. The transport of other message-based information
flows on the D-channel. The layer 3 procedures apply to the interface structures defined
in Recommendation I.412 [2]. They use the functions and services provided by layer 2. The
unacknowledged information transfer service is used by layer 3 to provide point-to-
multipoint operation. The layer 3 procedures request the services of layer 2 and receive
information from layer 2 using the primitives. These primitives are used to illustrate the
communication between the protocol layers. The terms incoming and outgoing are used to
describe the call as viewed by the user side of the interface. This clause defines the
basic call control states that individual calls may have. These definitions do not apply
to the state of the interface itself, any attached equipment, the D-channel, or the
logical links used for signalling on the D-channel. Because several calls may exist
simultaneously at a user-network interface, and each call may be in a different state, the
state of the interface itself cannot be unambiguously defined.
Responsibility:
I am involved in creating all the messages from the protocol stacks(ITU series),creating
test cases,test plan & procedures,testing the protocol.
Proj No 8.
Project Name : EventTrace
Clients : Lucent.
Location : Telephony India.
Duration : Feb00-May00.
Language Used : JAVA.
Operating System : Windows NT Server
My Role : Team leader
Group size : 3
Project Synopsis:
It displays Graphical representation of message sent and received among the no. of
entities involved in the mobile network.
Responsibility:
I am involved in development and created all the scenarios for the communications among
different entities within the network.
Educational Qualification:
1993-1997: Completed B.E.(Met) from R.E.C. Rourkela, Orissa with 60.52%
1989-1991: Completed 10+2 science from FakirMohan College, Orissa with 52%.
Intrested In:
I am interested in testing,protocol stacks,and development for mobile-telecommunication
and networking protocols..
Contact this candidate