Bhanu Jenkal

**** ***** ******, *** #*, Kansas City, MO 64112

816-***-**** zyfrra@r.postjobfree.com zyfrra@r.postjobfree.com ___________________________________________________________________________________________________

OBJECTIVE

Seeking a Full time Position in Electrical Power Engineering

EDUCATION

M.S. in Electrical Engineering.

The University Of Missouri Kansas City May 2011

B.Tech in Electrical Electronic Engineering Jawaharlal Nehru Technological University, India June 2007

Related Coursework: Lightning and Switching Surges in Power System, Power Generation System, Power Plant Instrumentation and Boilers Control, Electro Mechanical Conversion (Power Lab), Auxiliary Electric System Design, Power System Protective Relaying, Transmission System Planning and Impact Studies

SKILLS

Technical: PSCAD, Power World Simulator, ASPEN one-liner, Electrical AutoCAD

Tools: Cadence, MATLAB, Microsoft Office

Programming Languages: C, C++ and Java

WORK EXPERIENCE

Electronic Corporation of India ltd (ECIL), Hyderabad, India February 2007 to May 2007

Bachelors Engineer Apprentice

• Design and construct plan of control panels required in the industry

• Provided support to the production and design team in developing the electrical equipment and their specification

Trans Works Information Services Ltd., Bangalore, India September 2007 to December 2007

Technical Associate

• Provided online technical support to the Micro Soft customers

RELATED ACADEMIC PROJECTS

Designed an ‘Electrical Relay Protection Scheme’ for a 500MW coal power plant:

• Developed a system model, provided zones of protection, identified types of protection, performed fault calculations, calculated protective relay settings, selected and coordinated protective relays and finally verified relaying logic through ASPEN one Liner simulation tool

Designed a Transmission System for the year 2025

• Forecasted load increase and required generation, conducted fault study, performed Contingency and Impact analysis to analyze for reliability, successfully resolved contingencies involved with least cost using Power World Simulator

Designed an auxiliary electric system for a 500MW coal plant w/o AQCS

• The design criteria include Load Balancing, Bus Voltage determination, Load Bus assignments for improved reliability, Main and Reserve Auxiliary Transformer selection and Fault Current calculations

Designed Lightning and Switching Surge arrester to protect a 138 kV transformer with BIL of 450KV

• Determined the characteristics of a Metal Oxide surge arrester with an MCOV of 82 kV, calculated surge voltage, determined position of arrester with respect to transformer for maximum protection

Electromechanical Conversion (Power Lab)

• Source Impedance for Sizing Panel boards, Breakers and Insulator, Cantilever Strength. Current Transformer Saturation, Grounding, Testing Procedures with Vibroground, Power Factor Correction, Motor Testing Procedures – Megger and Polarization Index, Peaking Order and Phase Rotation Visualized, Protective Relaying, Phase Shift in Power Transformers, Geo-magnetically Induced Currents(GIC) in the electric system due to Coral Mass Ejections(CME), Speed Control Experiments, Motors (Squirrel Cage Induction, Wound Rotor, Capacitor Start, Split Phase), Transmission Line Parameters and Surge Impedance Loading, Motor starting (Speed-Torque, Voltage Drop, Constant Power vs. Impedance Motor Modeling), Illustration of Angular Instability and Voltage Instability

Availability: Immediate Work Authorization: EAD Card Open to Relocation

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