Sai Venkatesh Bandari

**** *. ***** **., #***, Athens, GA. 30606 Phone: 980-***-**** Email: acy7to@r.postjobfree.com

Professional Summary

Completed Master of Science in Electrical Engineering in May 2016

Post-Graduation Diploma in Industrial Automation (PLC, SCADA, HMI, Controller Drives)

Over four (4) years of experience in MATLAB scripting, Simulink modelling and code generation

One (1) year experience in creating plant models, HIL testing and validating using dSPACE

Expertise in developing back propagation algorithm in MATLAB to train artificial neural network

Experience with calibration tools like Control Desk and Automation Desk

Expertise in performing various statistical analysis using Excel and SAS

Theoretical and conceptual knowledge in control theory and understanding plant dynamics

Good team player with strong analytical and problem-solving skills

Work Experience

Graduate Teaching Assistant, University of Tennessee at Chattanooga Jan 2015 to Apr 2016

• Assisted students in class and managed lab sessions independently

• Taught students the implementation of real time systems using dSPACE and Simulink

Derived plant models from algebraic differential equations by applying Laplace transformation

• Designed models in MATLAB/Simulink and verified performance in open and closed loop conditions

• Developed control algorithms using PID Controllers in MATLAB for various controller applications

• Developed and implemented test plans for complex systems using dSPACE HIL systems

Application Engineer, Wine Yard Technologies Aug 2012 to Aug 2013

• Project design and development using MATLAB Simulink

• Code development and error calibrations in MATLAB

Education

Master of Science in Electrical Engineering May 2016

University of Tennessee at Chattanooga GPA 3.7/4.0

Bachelor of Engineering in Electrical & Electronics Engineering May 2012

Osmania University, Hyderabad, India GPA 3.3/4.0

Certifications and Awards

•ISO certified PG diploma in Industrial Automation (PLC, SCADA, HMI, Controller Drives)

•Certified SAS Base Programmer

•Honored with Dean’s College of Engineering and Computer Science Award of $6,686 per academic year for excellent performance in Spring-2015

•Honored with Finley Scholarship award of $1000 for Fall-2015 and Spring-2016

Technical Skills

Engineering software : MATLAB/Simulink, Spice, dSPACE, Control Desk, LabVIEW, LT-Spice

Software Tools : SAS v 9.x, QlikView

Design Software (CAD) : AutoCAD, PLS- CADD

Programming languages : C, C++

Office applications : MS Word, MS Excel (Excel Macro), MS Power Point

Related Experience

DC Motor Speed and Current Control September 2015

Derived plant models from algebraic differential equations by applying Laplace transformation

Developed DC motor model in MATLAB Simulink and verified performance in open loop

Designed PI based controller to control current and speed of a DC motor in Simulink

Implemented on real time system using dSPACE HIL system and Control Desk

Integrating ZigBee technology with Smart Grid Technology April 2015

In this paper mainly analyzed ZigBee technology for Smart Grid Applications and proposed some attentions should be paid to ZigBee applications for smart grid

ZigBee technology will be integrated with smart grid step by step and become an indispensable basic wireless communication technology in constructing a self-healing, interaction, compatibility integration optimization and security smart grid

Automatic Car Parking System Display December 2014

Developed efficient automatic parking system to guide drivers by displaying open parking spaces when they enter into the parking lots, by using ultra sonic sensors, and ZigBee network

An Automated Solar Control System for Agriculture pumping December 2013

Designed a simple solar powered water pumping system using low power, high performance CMOS 8-bit micro controller which is suitable for gardens, greenhouses and polytonal. By providing precise timing for water supply this will help to save water.

Power Stride Model August 2013

Designed power generating mechanism to absorb the mechanical energy from pedestrians and convert it to electrical energy

Buck Boost Chopper Type AC Voltage Regulator April 2012

Designed a regulator MATLAB Simulation that regulates large surges in an efficient way at unity power factor

Voltage and Frequency Maintenance Using 24 Pulse electronic load controller (ELC) for an Off-Grid Asynchronous Generator. September 2012

Designed 24 pulse electronic load controller for asynchronous generator using MATLAB/Simulink, reducing total harmonic distortion levels by coupling 24 pulse rectifier (ELC) to a zero sequence blocking transformer

Three Level Multi Pulse Inverter Type D-statcom for Power Quality Improvement August 2011

Designed a complete digital simulation of the D-STATCOM within the power system, performed in MATLAB/ Simulink, using the power system block set, in order to overcome the power quality disturbances

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