Pranitha Reddy Pasunoori
**** ****** **** **, *** # 206,
Email: abl5vm@r.postjobfree.com
Auburn Hills, MI 48326
Phone: 309-***-****
Summary
1. Over 2 years experience in MATLAB/Simulink, C,C++ and Embedded C
programming
2. Expertise in Embedded control software development using MATLAB,
Simulink, Stateflow, Real Time Workshop
3. Proficient in configuring and implementing common
Microcontroller/computer peripherals such as data acquisition(NI
Daq),CAN,SPI,RS232,PWM,A/D,etc
4. Hands on experience in testing and debugging C and Assembly code
5. Experienced in Model-based design using MPC 565, xPC Target, dsPIC,
Motorola HCS12, and FPGAs under MATLAB/Simulink environment.
6. Hands on experience in Rapid Prototyping(HIL and SIL) with dsPIC,
MPC Tiger 565 and xPC target for automotive and robotic applications
7. Good understanding of Digital Signal Processing and Image
Processing concepts and able to implement and develop algorithms in
MATLAB/Simulink environment
8. Experience with FPGA based system design in VHDL and Verilog
programming
9. Familiar with the use of test equipment such as oscilloscopes,
Feedback loop analyzers, JTAG,digital hardware debug, test and
measurement methods
Education
. Masters in Electrical And Computer Engineering,
Fall 2008-August2010
Oakland University, MI
. Bachelor of Electrical & Electronics Engineering
May 2007
Jawaharlal Nehru Technological University, India
Computer Skills
. Languages :MATLAB, C, C++, Embedded C,
JAVA, SQL, HTML, VHDL, Verilog,LabVIEW
. Tools :Simulink, CodeWarrior, Quartus II, XILINX,
NIOS II IDE, PSpice
. Operating Systems :Windows XP, Vista, Windows 7, UNIX,LINUX
. Office Tools :Microsoft office 2007, MS Visual
Studio 08
. Assembly languages :Motorola HCS12,8086 Microprocessor,8051
Microcontroller
. Model based design :MPC Tiger 565, Motorola HCS12,dsPIC,xPC
target
Target link (HIL)
Project Experience
> Project: Collision Identification and Avoidance Using UWB based RADAR
Course: Micro-computer based control System Design, Winter 09
Hardware/Software: UWB Radar, Vector CANalyzer, MATLAB/Simulink, xPC
Target
. Designed and simulated communication protocol for UWB macom sensor
in xPC Target
. Identified the position of various objects by taking range,
bearing, velocity and yaw rate
. Categorized the objects as soft and hard by taking SNR into
consideration and checked repeatedly to ensure the nature of the
object
. The inbuilt CAN terminal of the macom sensor is used for
communication with 16bit dsPIC microcontroller
. Developed accurate positioning algorithms using State flow and
designed a control system model to allow the
robot to change the orientation according to the position of the
obstacle
. Simulation of the entire system is done using MATLAB/Simulink (xPC
Target)
> Musical keyboard using 16bit HCS12 Microcontroller
Course: Microprocessor-based design system, Fall 08
Hardware/Software: HCS12, LCD display, D/A converter,
LM384, Code warrior, Assembly, Embedded C
. Designed a Musical Keyboard on HCS12 Microcontroller that includes
an amplifier circuit, Digital and Analog converter and a LCD display
module
. Designed an amplifier circuit using LM384 chip to amplify the
signals obtained from the Digital to Analog converter (AD558JNZ
chip) and are sent to the speaker
. Developed a C code and an assembly code and tested it on the HCS12
Board
> Edge Detection using Sobel Algorithm
Course:FPGA based Embedded System, Winter 2009
Hardware/Software: DE2 Camera, VGA monitor, VHDL, Altera's
Quartus II
. The project involves the usage of DE2 Camera to capture the image
and Altera cyclone 2 FPGA board to simulate the VHDL code and a VGA
display
. Captured image through a 5MP CMOS image sensor of the DE2 camera,
. Sobel edge detection method was implemented to check the edges in
the image
. Results were outputted on the VGA monitor interfaced to the board
> Implementation of Self-Leveling Controller using dsPIC
Course: Microcomputer based control system
Hardware/Software: dsPIC, Pittman Motor, Victor883 H-bridge,
MATLAB/Simulink
. Designed and developed a control system model to level a platform
that is connected to a motor which in turn is controlled using an H-
bridge
. dsPIC is used to give the control signal to the motor via H-bridge
. Implemented PID control algorithm and tuned the PID gains such that
the platform stays stable
> Control System Model for Motorola TIGER565 using MATLAB/Simulink
Course: Microcomputer based control system
Hardware/Software: MPC 565 microcontroller, Vector CANalyzer,
MATLAB/Simulink
. Designed and developed a Control system model (in Simulink) for MPC
TIGER 565 Microcontroller, which includes the CANalyzer and the Low
pass filter
. Real Time Workshop toolbox is used the build the model and generate
the C code
. The C code(with the CAN signals) that is generated is then called
from OpenSim's Calibration Software and is embedded in the MPC 565
Controller
> Continuous-Time and Discrete-Time Filter using USB Data Acquisition
(DAQ) Device
Course: Microcomputer based control system
Hardware/Software: Data Acquisition Toolbox, Function
generator, Oscilloscope, MATLAB/Simulink
. Implemented Continuous time and Discrete time filter in
MATLAB/Simulink
. Interfaced the DAQ device to the PC and designed a model (in
Simulink) to convert the continuous time signals to discrete time
signals
. Able to implement the Low pass filter and covert the continuous time
signals into discrete time signals
Work Experience
Graduate Teaching Assistant, School of Engineering and Computer
Engineering Department, Oakland
University, MI
Aug 2008-Present
. Responsibilities include teaching students with concepts of
Electromagnetism, Electro mechanism, and Signals and Systems
. Assisting students in homework and projects involving MATLAB/
Simulink programming
. Review and grade class assignments, exams and presentations
Lab Monitor, School of Business Administration, Oakland
University, MI Aug 2008-Present
. Assisting students with computer applications.
. Troubleshooting the problems related to computer hardware and
software
Lab Assistant
May2007-June2008
Electronic Devices & Circuits Lab, JNT University, India
. Duties such as preparing the Work Stations, maintaining the
equipments in the lab, checking and replacing the damaged equipments
. Assisting the students in using the test equipments and helping them
in designing and modeling the electronic circuits
Relevant Coursework
. System Design and Modeling: Microcomputer-based Control Systems,
Microprocessor-based Systems Design, FPGA based Embedded Systems,
. Signal Processing : Digital Signal Processing,,Random Signals &
Processes, Signals& Linear System Analysis, Principles of Digital
Communications,
. High Frequency Electronics, Power Electronics, Linear and digital
I.C's and applications
Awards and Achievements
. Awarded Graduate Assistantship by Electrical and Computer
Engineering Department of Oakland University from fall 2008
to till date.
. Awarded for participating in Technical Treasure Hunt Contest at
CIENCIA, O6-a National Level Technical Fest.