Project Sap

M. Ravi Kumar

Mobile: 805*******

E-Mail: ***********@*****.***

To work in a challenging environment demanding all my skills and efforts to explore and adapt myself in different fields, and realize my potential and contribute to the development of organization with impressive performance.

ACADEMIC CREDENTIALS

B.Tech (Electrical and Electronics Engineering) 2012 from JNTUniversity,Anantapur

Percentage: 69%

Class XII from SRI VIVEKANANDA COLLEGE Board of Intermediate Education in 2008. Percentage: 84%

Class X from PRIYADARSINI VIDYAMANDIR, Board of Secondary Examination in 2006. Percentage: 78.5%

TECHNICAL SKILLS

ERP Applications SAP 4.7, ECC5.0, ECC6.0.

Operating Systems Win2003 server

Database Platform Oracle 10g

Languages C,C++

SAP BASIS KNOWLEDGE

• Knowledge on Installation of SAP 4.7EE, ECC5.0, ECC 6.0.

• Knowledge on system health checks.

• Knowledge on prerequisites for ECC installation steps.

• Knowledge on ECC post installation steps.

• Knowledge on R/3 architecture.

• Creation of Logon groups.

• Knowledge on Work Process (Dialog, Background, Update).

• Knowledge on Background job Administration.

• Knowledge on Configuring RFC Connections.

• Configuring Operation Modes.

• Knowledge on Configuration of Transport Management System (TMS).

• Knowledge on creating domain

• Performing Client copies (Local, Remote and Export/Import).

• Knowledge on Update Kernel patch and applying Support Packages.

• Knowledge on Applying S notes, Support Packs, Add-ons.

ACADEMIC PROJECT

PROJECT NAME: DESIGN AND ANALYSIS OF DYNAMIC VOLTAGE RESTORER

Team Size : 4

Role : Team leader

Environment : MATLAB 2008a version

Objective: A dynamic voltage restorer (DVR) to compensate deep voltage sags and harmonics is proposed. The DVR consists of shunt and series converters connected back-to-back through a dc-to-dc step up converter. The presence of the dc-to-dc step converter permits the DVR to compensate deep voltage sags for long duration. The series converter is connected to the supply side whereas the shunt converter is connected to the load side. With this configuration, there is no need for large dc capacitors. This project has proposed a DVR that can compensate deep and long duration of voltage sag and compensate steady-state harmonics. The DVR is based on a shunt rectifier fed series inverter through dc-to-dc step up converter.

PERSONAL SKILLS

Zeal to learn

Optimistic approach

Smart working

HOBBIES

Playing PC games, listening music

PERSONAL PROFILE

Fathers Name : M.Rama Krishna

Date of Birth : 28th November, 1990

Languages : English and Telugu

Sex : Male

Present Address : #1084, 16th Main,

8th Cross, BTM 1st Stage,

Bangalore-29.

Declaration

I hereby declare that all the information provided is correct and true to the best of my knowledge.

Place:

Date:

(M. RAVI KUMAR)

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