Pranuthi

PRANUTHI : - - CAREER OBJECTIVE: To work with an organization, that provides a wide platform of challenging opportunities to enhance my existing skills and to prosper with chronically growing global advancements. QUALIFICATION SUMMARY: Graduation/Qualification Board/University Year Percentage Master of Technology(M.Tech)(P.E) JNTU-Kakinada-% Bachelor of Technology (B. Tech)(E.E.E) JNTU-Kakinada- % 12Th Class(Intermediate) (MPC) IPE-Andhra Pradesh-% 10Th Class(SSC) SSC-Andhra Pradesh-% ACHIEVEMENTS: Participated in National level MATLAB workshop Actively participated in several State& National level workshops &seminars in B. Tech level. Participated in National level Poster Presentation. PERSONALCOMPETENCES: Capable of problem solving Advanced computer skills, excellent presentation skills. Familiar with using AutoCAD. Working on things with at most dedication, interest, patience, getting things done in time. Can mingle with new people & teams easily & flexible to unfair situations. Quick learner with correct approach, with positive attitude, can work in a team & individually too. SOFTWARE PROFICIENCY: MS-Office, MS-Excel, Auto Cad. WORK HISTORY: Teaching experience in Power systems and Power electronics. - Date entry experience-) ACADEMIC PROJECT DETAILS: M.TECH PROJECT DETAILS: In future multilevel inverter (MLI) technologies will become exceptionally main choice in the area of very high power medium voltage energy control. Even though multilevel inverter has a number of positives, it has negatives in the layer of higher levels by means of large number of semiconductor switches. This may lead to increase in size; cost of the inverter and also the losses. So in order to reduce these situations, the new multilevel inverter is proposed by reducing the switches. My project with the title NEW GRID-TIED CASCADED MULTILEVEL INVERTER TOPOLOGY WITH REDUCED NUMBER OF SWITCHES shows the 15-level cascaded multilevel inverter for dropping the total harmonic distortion. The switching pattern of semiconductor switches is used to get better performance of multilevel inverter. This scheme decreases the switching loss and also increases the efficiency by using minimum number of switches. B.TECH PROJECT Improving power quality in power distribution system using STATCOM Other Details Role Team Leader Submitted at V.K.R,V.N.B & A.G.K COLLEGE OF ENGINEERING Team Size 5 Duration November -2013 to April -2014. Description The STATCOM is the shunt connected FACTS device which is useful for reactive power compensation and mitigation of power quality problems in transmission and distribution system particularly in smart grid environment. This paper has dealt with performance analysis of D-STATCOM that is used for power quality improvement. The D-STATCOM has been used to regulate voltage on a distribution network for the plant absorbing continuously changing currents like an arc furnace that produces voltage flicker. It is observed that the D-STATCOM is efficiently used to mitigate voltage fluctuations there after improving quality of power being distributed. Responsibilities Implementing the software. Weekly report about the status of the project and documentation Actively involved in ‘regular weekly project status meetings’ to discuss the risks involved in ongoing project and share the work to each member in the team. PERSONAL DETAILS: Name : Pranuthi Father’s Name : Ratna Raju Gender : Female Nationality : Indian Languages known : English, Telugu & Hindi Mobile : - E-Mail :-DECLARATION: I hereby declare that the above mentioned information is correct up to my knowledge & I bear the responsibility for the correctness of the above-mentioned particulars. Date: Signature Place: Hyderabad (V.Pranuthi)