SIVAKUMARREDDY MUSUNURU +919490653531 +919902401745
[email protected]
Objective
[email protected]
To work for an organization, where I can apply my technical proficiency in working towards the organizational needs and benefits, and to traditionally render professional services for the organizational and personal growth.
Work Summary: Working with Power Research & Development Consultancy Pvt. Ltd., Bangalore, from October 2007 to till date as a software engineer for Energy Management Systems prior I did educational (M.E.) project in Siemens information Systems, Bangalore, from July 2006 to June 2007 as a project trainee for Industrial Automation Systems.
Professional Summary: • • • • • • • • •
Around 2 years of experience in C++ development in VC++ Environment. Hands on experience with VC++ programming with MFC. Hands on experience in Industrial automation and PLC programming. Strong Knowledge in Power Systems, Power Electronics and FACTS Controllers. Good in coordinating and communicating with project team. Excellent debugging skills, identifying and solving critical problems in customer environment. Excellent Analytical/Problem-solving skills, Fast-learner, Resourceful, Committed, Hard-worker. Got 98.25% in GATE. Got 1200 rank out of 1, 75,000 members in EAMCET for engineering entrance.
Professional Experience: Experience Company
Designation
: ~2 Years. : Power Research and development Consultancy Pvt. Ltd (http://www.prdcinfotech.com) : Software Engineer.
Project #1: Title: Hydro Scheduling. Client: ABB Bangalore-KPTCL. Company: Power Research & Development Consultancy Pvt Ltd. • • • • • • •
Project Type Team Size Operating System Environment Programming Languages Data base Duration
: : : : : : :
R&D [Research & Development] 3 WINDOWS VC++ with MFC. C, C++ and SQL. Oracle 21-07-2008 to till date.
Description: Hydro scheduling deals with the optimal allocation or dispatch of hydro reserves for each hydro unit\plant of a reservoir or river. To maximize the hydro energy production using the allocated reserves for a given time horizon in case of hydropower system. Based upon time horizon hydro scheduling classified as long term hydro scheduling and short term hydro scheduling •
Work Done: o o o o o o
Involved in Design and Analysis of Algorithms for Hydro scheduling part of EMS. Involved in implementing User Interfaces. Involved in feature low-level design and coding. Involved in Unit testing. Responsible for code freeze before build. Responsible for code freezing and raising build requests.
Project #2: Title: UNIT COMMITMENT FOR THERMAL PLANTS. Client: ABB Bangalore - KPTCL. Company: Power Research & Development Consultancy Pvt Ltd. • • • • • •
Project Type Team Size Operating System Environment Programming Languages Data base
: : : : : :
R&D [Research & Development] 3 WINDOWS VC++ with MFC. C, C++ and SQL. Oracle
•
Duration
: 17-03-2008 to 15-07-2008.
Description: Unit commitment deals with the determine the how units of a thermal plant that should operate for a particular load demand with the objective of minimizing the system operating cost while meeting the system constraints. Finally unit commitment gives optimal schedules of units of a thermal plant. •
Work Done: o o o o o o
Involved in Design and Analysis of Algorithms for commitment part of EMS. Involved in implementing User Interfaces. Involved in feature low-level design and coding. Involved in Unit testing. Responsible for code freeze before build. Responsible for code freezing and raising build requests.
Project #3: Title:
• • • • •
ANALYZING AND DESIGNING WIND ENERGY FORECASTING.
Company Location Duration Language Team Size
: : : : :
Power Research and Development Consultancy Pvt Ltd. Bangalore. 15-11-2007 to 04-03-2008. C, C++. 3
Description : Wind turbines make a major contribution to the production of renewable energy. Developments in harnessing wind power continually improved and during the last decennia a considerable scaling up has taken place in the wind power industry. Turbines have become larger, efficiencies and availabilities have improved and wind farms have become bigger. Wind turbines extract the energy from the wind by transferring the thrusting force of the air passing through the turbine rotor into the rotor blades. By using statistical methods forecasting the wind generations and predict the wind source from previous available generations and wind utilizations for generations. •
Work Done: o o o
Involved in Design and Analysis of Algorithms. Totally involved in Implementation. Involved in Unit testing.
Project #4: Title:
• • • •
DESIGN OF POWER SYSTEM STABILIZER USING AUTOMATION SYSTEMS
Company Location Duration Language
: : : :
SIEMENS Information systems Ltd. Bangalore. 1-9-2006 to 30-6-2007. C, C++ and PLC Programming.
Description : The problem of dynamic stability of power system has challenged power system engineers since over three decades now. In a generator, the electromechanical coupling between the rotor and the rest of the system causes it to behave in a manner similar to a spring mass damper system, which exhibits an oscillatory behavior around the equilibrium state, following any disturbance, such as sudden change in loads, change in transmission line parameters, fluctuations in the output of turbine and faults etc. •
Work Done: o o o
Involved in Design and Analysis of Algorithms. Totally involved in coding. Involved in Unit testing.
Project #5: Title: Industrial Automation Training • • • •
Company Location Duration Language
: : : :
SIEMENS Information systems Ltd. Bangalore. 1-7-2006 to 1-9-2006. C, C++ and PLC Programming.
Description: Industrial automation (IA) is the automatically controlled operation of an apparatus process or system by mechanical or electronic devices that replace human control. The automation main task is “Measure, command & Control”. Automation is use for any industries (ex. Power generation, process, storage etc). In industry primarily to find the process information and integrates that information. The control action is done through the programs.
Technology Expertise: Programming Languages: C, C++, VC++, SQL and PLC Programming. Revision Control
: visual source safe.
Operating Systems : Windows. Database System
: Oracle.
Domain Knowledge
: Power Systems, Industrial Automation and Power Electronics.
EDUCATIONAL SUMMARY: • • • •
Master of Technology in Power & Energy Systems from Visvesvaraya University holds first Class with Distinction (71%). Bachelor of Technology in Electrical & Electronics Engineering from J.N.T.U holds First Class (69.73%). Intermediate in Adithya junior college holds first Class with Distinction (87.1%). SSC in ZP High School Rebala (Nellore) holds first Class with Distinction (73.5%).
Personal Details: Name
: Sivakumarreddy. Musunuru
Father Name
: Haranathreddy. Musunuru
Nationality
: Indian
Sex
: Male
Birth Date
: 06-June-1984
Languages known
: English, Telugu
Current Location
: Bangalore
Declaration: I hereby declare that all the statements made in the above application are correct to the best of my knowledge and belief.
(Sivakumarreddy M)