1. Gudidevuni Harathi
Contact
Information
gharathi@qti.qualcomm.com Mobile:+918105706065
harathimaithreyi@gmail.com
H.NO-135, Ayyappanagar, 1st cross,
Bandari Layout, Munnekollala,
Marathahalli, Bangalore-560037
Objective Looking for an opportunity in a team of my technical domain that appreciates my
contribution and has a learning environment with a strong team of professionals ready
to share knowledge and enrich experience.
WORK
EXPERIENCE
Employer Designation Joining Date Experience
Qualcomm Engineer 1st
July,2013 2 years, 8months
Highlights Design Verification (LPDDR3/4 Memory controller)
• Done Power Aware GLS at MC level
• Developed an automation framework which generates vector files by predicting
traffic constraints dynamically to get Power numbers for user defined BW which
includes
– PERL scripting for automation
– system Verilog assertions for verification
– UVM for developing infrastructure
– NSYS Power Artist tool for getting power numbers
Dynamic Power Automation UVM Framework (DPAF), Won BEST
POSTER AWARD among 14 selected posters in 2nd DVCON event held on
11th Sept 2015
• Verified MC-DDRPHY interface for DDR3 memory controller by hooking DFI
3rd
party VIP
• Verification of QTIMER, which is used to generate timer triggered events to
processor
• Developed synthesizable code for LPDDR3 sequence coverage to verify on emu-
lation platform
• Worked on three MSM projects which includes Functional verification of various
LPDDR3/4 Memory controller features
• Worked on frequency switch coverage of LPDDR3
• Developed UVM TB for APB master as a part of learning
• Worked on generation of NOC(network on chip) in design team
• Worked on pre silicon validation of various blocks in Modem on emulation plat-
form
• Did competitive analysis for Lenovo A850 and Samsung Galaxy S4 as part of
system level activities in PMIC(Power Management IC) Team
• Got two Qualstar for developing ”Dynamic Power Automation UVM Framework
(DPAF)”

2. • Got two Qualstar for contribution towards Modem VI activities, PMIC VI and
systems activities
Education Degree Duration Institution Marks
MTech - Signal
Processing
2011 - 2013 IIT Guwahti 8.43/10.0
B.Tech. -
Electronics and
Communication
Engineering
2007 - 2011
Gokaraju Rangaraju
Institute of
Engineering &
Technology,
Hyderabad
72.47%
Intermediate 2005 - 2007
S. R. Junior College
for Girls, Karimnagar,
Andhra Pradesh
93.40%
SSC 2004 - 2005
Zilla Praja Parishad
High School,
Kamanpoor, Andhra
Pradesh
90.33%
Areas of
Interests
• Digital Signal Processing
• Digital Electronics
Skill Set Tools: Matlab, ModelSim, VCS, FlexNoc
Technical Language:Verilog, System Verilog, PERL,C, Data Structures
Methodology : UVM
Educational
Achievements
• Secured Percentile of 99.47 in GATE 2011.
• Stood first at Mandal Level in class SSC examinations, 2005.
Master’s
Thesis
Realization Of Adaptive Filters Using Compressed 2’s Complement Data
Formats:
Advisor: Dr. Shaik Rafi Ahamed, IIT Guwahati
In this project, to improve dynamic range and noise performance of Input signal of
adaptive filters we propose compressed 2’s compliment data formats along with LMS
algorithm for weight updating. By using this method error is decreased and can provide
more bits of precision for each input sample, with this the error between overall output
and desired output is decreased and it will take less number of steps to converge to the
desired signal.
Academic
Projects
Joint Access With Tracing By Using MIX-SPLIT’s Characteristics:
Advisor: Dr. K.Karthik, IIT Guwahati
Bachelor’s
Thesis
Invisible Writer:
Advisor: Radhanand, GRRIET
The project is to develop a small writing robot that seems to write by itself, as if con-
trolled by an invisible writer. It is controlled by a wireless transmitting unit, which is
microcontroller based and interfaced to a PS2 mouse. As a user moves the mouse, the
PS2 commands are taken by the micro controlled, framed into messages and transmit-
ted over an RF link that works on 433 MHz. The writing robot has a microcontroller

3. based board which is interfaced to an RF receiver, which receive the PS2 coded wire-
less messages, translate them into motor control commands and activates motors of
the writing robot accordingly effectively transferring the motion of the user at the
transmitting end to the pen held by the writing robot.
Hobbies • Interested in knowing scientific facts behind Sanathana Dharma
• Playing Badminton
• Gardening and cooking
• Drawing Rangoli
Declaration I hereby declare that the information furnished above is true to the best of my knowl-
edge and belief.
Place:Banglore
date: 18-2-2016
(Gudidevuni Harathi)