Om Prakash Prasad

• Established new customer accounts using negotiation and sales closing abilities.
• Prospected, identified and cultivated relationships with contacts to promote product lines and solutions.
• Determined business development opportunities and implemented effective strategy for client acquisition.
• Generated leads and capitalized on valuable business opportunities to bring in new company revenue and improve bottom line profit.
• Facilitated and managed business development plan based on market and industry research.
• Maintained open and ongoing communication with clients to meet needs and expectations.

PROJECT : E-FILING SYSTEM INCOME TAX DEPARTMENT

Client: Directorate of Income Tax (Systems), Delhi, India

Role: Technical Architect, Senior Software Designer

Responsibilities: Scope definition; Planning of Project activities & resources; Design & document technical specification; Prepare project schedule; Technique Optimization; Coding & prepare Unit Test Plan; Risk Analysis; Legacy Software and Hardware Analysis; Scalability, Interoperability and Portability Analyses; Stakeholder interaction; Compliance with development, production process & capture metrics and version control guidelines; Testing & Quality Assurance; Bug analysis & resolution; Object Oriented Analysis and Design (OOAD); Develop GOF, J2EE and EJB Design patterns

Project Brief: The Income Tax Department has established an Internet based Portal to enable speedier filing of returns by organization or individual. The ministry has mandated electronic filing of Income tax returns for corporate companies in the financial year 2005-2006. In future, DIT expects that individual citizens will

be encouraged and mandated to file returns electronically. DIT has collaborated with HP in establishing the present Portal for electronic filing of returns.

Technology Used:

Hardware Pentium 4, HP

Operating System Linux, Windows XP

Languages JAVA, J2EE(JSP, Servlet, Struts, EJB, JMS, JDBC, JTA, JNDI, LDAP, Web

Services), Oracle PL/SQL, Batch Programming, Shell Scripting (Ksh), Rational

Rose UML, Ant, JDeveloper,11g, WebLogic

Database Oracle 10g/11g,

PROJECT : CVS PHARMACY – ACQUISITION & DIVESTITURE

Responsibilities: Scope definition; Planning of Project activities & resources; Design & document technical specification; Prepare project schedule; Technique Optimization; Coding & prepare Unit Test Plan; Risk Analysis; Legacy Software and Hardware Analysis; Scalability, Interoperability and Portability Analyses; Stakeholder interaction; Compliance with development, production process & capture metrics and version control guidelines; Testing & Quality Assurance; Bug analysis & resolution; Object Oriented Analysis and Design (OOAD); Develop GOF, J2EE and EJB Design patterns.

Project Brief: CVS uses a homegrown application, called the RX2000 Pharmacy system, to serve its vast network of stores and various other customer interaction channels. The project involves developing a new RxConnect Enterprise system that will be incorporated in the RxConnect Enterprise system as the result of a store data acquisition. The Acquisition application would serve as a system admin application for the RxConnect system which would facilitate the acquisition process whenever CVS decides to undertake acquisition.

Technology Used:

Hardware Pentium 4, IBM,

Operating System UNIX, Windows XP

Languages Java, J2EE (JSP, Servlet, EJB, JMS, JDBC, JTA, JNDI, LDAP), Oracle PL/SQL,

Batch Programming, Shell Scripting (Ksh)

Database Oracle 9i

PROJECT : DM ICMS EDI INTERFACES

Client: GIGNA Corporation, USA

Responsibilities: Compliance with development, production process & capture metrics, SLAs and version control guidelines; Scope definition; Planning of Project activities & resources; Design & document technical specification; Coding & prepare Unit Test Plan; Testing & Quality Assurance; Bug analysis & resolution; Support Movement of changes to Production; Monitor tickets and change requests and resolve as per priority; Identify and fix performance, transactional, threading and memory issues; Endure improved performance, fixed memory leaks and improved robustness of the high volume transactional batch processes.

Project Brief: CIGNA Corporation operates through five segments: 1) Health Care (2) Disability and Life (3) International (4) Run-off Reinsurance (5) Run-off Retirement. The Disability Management Integrated Care Management System contains all the information for all patients and corresponding managers who handle those cases. ICMS is an insurance claim system includes gathering information regarding the case, type of injury, medical treatment and billing of a new ill/injured person case. EDI deals with the Intracorp Disability Management (DM) and Integrated Case Management System (ICMS).

Technology Used:

Hardware RDB-VAX/VMS7.3

Operating System UNIX - Sun F15

Languages Java 1.4 & C++

Database Oracle 10g on Sun F15

PROJECT : AGILENT FERS (FINANCIAL ENTERPRISE REPORTING SYSTEMS) - LEGACY REPORTING (LR)

Client: Agilent Technologies Pvt. Ltd, USA

Responsibilities: Production Support; Load monitoring using Informatica Power Mart 5.1; Analysis of Legacy systems using Infrex; Data cleaning using DataClean; Maintenance of Pony Data Warehouse Applications – Ponyxpress, BOA, Roadrunner, Quail and Parrot; Testing & debugging of enhancements using JCLSYNCH; Development , testing & debugging of PDWA application metadata using PMDM ; Coordinating with interfacing teams; Maintenance of Pony Data Warehouse ; Assisting Agilent users with their reports; Robust Java 2 implementation optimized for server use and full support for JSPs, Java Servlets.

Project Brief: The Agilent FERS (Financial Enterprise Reporting Systems) is managed using two towers Legacy Reporting (LR) and Enterprise Reporting (ER). The Agilent LR Tower comprises of a group of applications that are used for financial reporting services by its various departments and businesses. PONY XPRESS, BOA, QUAIL, ROADRUNNER, PARROT are the application being used for the Legacy Reporting system. The Pony Xpress provides an integrated view of worldwide Agilent order, shipment, revenue, and quota performance information. The data marts, viz., BOA, QUIAL, ROADRUNNER and PARROT are used for fixed reporting styles.

The project involves enhancing all these application under this system. The TCS priority tools, viz. Mastercraft, Infrex and JCLSYNCH are used for maintaining and enhancing the PDWA Applications.

Technology Used:

Hardware Pentium 4, Win 2000/NT

Operating System UNIX (Solaris/AIX/HP-UX/Linux)

Languages Java 1.3(Multithreading, RMI, LDAP), JSP, Servlets

Database Oracle 8i

Special Software Visual Age for Java, Informatica Power Mart 5.1

PROJECT : SDP CFS (Software Delivery Platform – Customer Focused Sales)

Client: American Express

Responsibilities Impact Analysis, client liaison, analysis, design, and bug fixing.

Project Brief: American Express (AMEX) has chosen Tata Consultancy Services (TCS) as the company to be used for outsourcing several applications and to assist in launching their cross-sell software in US Markets. TCS has set up an Offshore Development Centre (ODC) at Bangalore, India, which is connected to the AMEX mainframes.

My role in the project is from Tier-2 and Tier-1 perspective – worked in ASP and VB/SQL, which connects to various backend legacy applications to get the required data to fulfil the cross-sell application and the complete batch process that includes fulfilment, loading and reporting streams.

Different Stages Involved:

Analysis: Requirement gathering, analysis of the various fields required from various backend systems, legacy application’s constraints.

Build: Design the CFS application to connect to backend systems and get the required data.

Unit Testing: To ensure that CFS application gets the data required with most efficient method and within the time limit specified.

Technology Used:

Hardware Windows 2000 Professional

Operating System UNIX (Solaris/AIX/HP-UX/Linux)

Languages Visual Basic 6.0, Active Server Pages (ASP), JScript, VBScript

Database SQL Server 2000, IBM Mainframe

PROJECT : Qwest Interprise-Integrator

Client: Qwest Telecommunication

Full On-site Location: Minneapolis, MN, USA

Project Brief: Integrator is a system, which supports process workflow, network inventory, customer record management, service activation, and trouble ticketing of Qwest DSL orders. It interfaces with systems such as billing, order entry, network activation, dispatching, testing, alarm management, and web-based customer care systems.

It sits between the order entry systems and the network activation systems. It also receives alarms from the network management systems and creates trouble tickets where appropriate. Integrator's Process Workflow automates the order processing of Qwest DSL orders in conjunction with the Local Exchange Carrier (LEC) ordering systems. Integrator can model complex heterogeneous networks. Examples of this complexity include support for ATM/Frame Relay Service Inter-working and IP tunneling for DSL services. Service Activation includes designing the service based on the order information, assignment network resources, and interfacing with network activation systems.

Technology Used:

Hardware HP-UX 11.20, Sun Solaris

Operating System Windows NT, Unix

Languages Smalltalk, Perl, XML

Database VSAM (File system)

Special Software Visual Age, Promia Orbix Web (CORBA)

PROJECT : Fetch ‘n’ Stuff Application

Client: Qwest Information Technologies, USA

Responsibility: Developed new applications using C++ as per client’s requirement and

extensive testing of the customization done.

Analysis of the business requirements, developing technical specifications for the changes to be done, construction and testing. Development of interface and its implementation

Project Brief: Fetch ‘n’ Stuff (FnS) Application is a threaded server that can handle many concurrent client requests. Clients will open a TCP connection per request/reply as opposed to a session per client. The basis of this approach is due to the high number of end users and clients (~5000) but low (26/second) peak number of requests. The Fetch ‘n’ Stuff Server must not add more than 400 milliseconds latency to a client request above the time required to access legacy systems. To reduce current (Release 5.x) latency, the API Gateway Server will maintain and optimize connections to legacy/gateway systems as much as possible so as to ensure shortest possible latency. This will provide better performance than applications that are written to directly access these latency/gateway systems in which inexperience in accessing them would result in too many reconnections or poor access patterns.

Technology Used:

Hardware HP-UX 11.20, Sun Solaris

Operating System Windows NT, Unix

Languages C++, Perl, Unix TCP/IP Networking

Database DB2

Special Software Purify, Quantify

PROJECT : NINA (Nokia Intelligent Network Architecture)

Client: Nokia Telecommunication Oy. Helsinki, Finland

Responsibilities: LLD (Low Level Design) for Configuration Framework C++

Coding for Notification Supplier Framework Java, Module & Integration testing

for Notification Consumer Framework, Notification Supplier Framework

Project Brief: NINA” (Nokia Intelligent Network Architecture) is a scalable Intelligent Network Architecture conceived by Nokia. Intelligent Networks, or IN, is a principle applied to current telephone networks. The basic idea is to move the intelligence of telecom services from the switches to more central network elements in the network. A superimposed intelligent layer over the transport layer enables a variety of value-added services to be provided for telephony with less impact on the transport network. Utilizing the IN approach, the intelligence is triggered by events in the call. The local exchanges (SSP) have the capability to recognize when the intelligent layer must be triggered with a call. Once an SSP has decided to involve a Service Control Point (SCP) in the processing of a call it will initiate a TCAP dialog with the SCP offering the required service.

The System Management provides backbone architectural functionality viz. Fault Management, Configuration Management, Performance Management and Security Management to the entire NINA

Different Stages Involved:

· Mapping of Performance Framework C++ classes to Java

· LLD for Performance Framework Java

· Coding & testing of Performance Framework Java classes

: Module & Integration Testing of Performance Framework, Overall Framework,

Configuration framework

Technology Used:

Hardware IBM Mainframe S/390

Operating System SunOS 5.7, Windows NT (4.0)

Languages C++, Java 1.2

Database Oracle

Special Software OrbixWeb 3.2, LDAPC SDK, Exceed 6.1, SELECT 6.0,

JavaScope 1.1, JavaSpec 1.03