H.M. SRUJANA
hmsrujana**
@gmail.com
Verification Engineer Mobile No: 088********
Objective:
I want a challenging career where I can enhance my knowledge which I contribute to my organization. I am
creative and want to implement new ideas.
Academic Qualification:
Year of
Sl Course Institute Board/University Percentage
Pass
B.Tech Nova College of 80%
1 JNTUH 2013
Engg. &Tec
Intermediate Masters Junior
2 Board of Intermediate 2009 90%
(MPC) College
St.Johns English Board of Secondary
3 SSC 2007 84%
Medium School Education
Diploma Course:
Completed Training in Advance Diploma in ASIC Design for 6 months (July 2014 to January 2015) in
RV VLSI Design Center.
Skills and Abilities:
Hardware description languages : Verilog, System verilog,VHDL
Pre_silicon RTL verification experience in the linux environment
•
Strong problem solving and debugging skills
•
Familiarity with the ASIC design flow,including synthesis and timing closure.
•
Methodology : UVM
Programming Languages : C,C++
Scripting language : Perl
Tools /simulators : Mentor Questasim, Xilinx ISE, Matlab.
Others : Make files
Strengths:
Creative, Enthusiastic, Well organized and able to get along well with people. Completing the
assigned work within the time bound factor successfully.
Ability to work independently or as a part of team, Ability to understand, grasp, focused and
hardworking.
Achievements:
Participated in debate competition in CIRE(A Govt. of India Entrepreneur) and stood 2nd
I stood 1st in the elocution competition conducted by Nova College of Engg. & Tech .
I stood first in paper presentation conduct on the topic “H264” in Nova college of Engg
&Tech.
Participated in robotic challenge conducted by IIT Bombay in collaboration with
Robosepine.
Key Projects:
Project # 0
Project Name : Functional verification of mini UART protocol
Duration : 1 month
Environment : Linux
Language Used : UVM methodology
Description : Functional verification of mini UART protocol by developing code for self checking
test bench.
Responsibilities :
• Test plan creation from specification, Developed all test bench components like interface,
sequences, sequencer, input Driver, input Monitor, input agent, output agent, output
driver, output monitor, configuration database, Scoreboard, Environment, Test and Top
modules for mini UART DUV, regression testing with different corner cases and random
cases.
• Used latest tools to collect, analyze design and augment the test plan to achieve 100%
coverage.
Project # 2
Project Name : Functional verification of FIFO protocol
Duration : 15 days
Environment : Linux
Language Used : UVM methodology
Description : Functional verification of FIFO protocol by developing code for self checking test
bench using system verilog.
Responsibilities :
• Test plan creation from specification, Developed all test bench components like interface,
sequences, sequencer, input Driver, input Monitor, input agent, output agent, output
driver, output monitor, configuration database, Scoreboard, Environment, Test and Top
modules for FIFO DUV, regression testing with different corner cases and random cases.
• Used latest tools to collect, analyze design and augment the test plan to achieve 100%
coverage.
Project # 3
Project Name : Functional verification of mini UART protocol
Duration : 15days
Environment : Linux
Language Used : System Verilog
Description : Functional verification of mini UART protocol by developing code for self checking
test bench.
Responsibilities :
• Test plan creation from specification, Developed all test bench components like Generator,
Driver, Monitor, Scoreboard, Environment, Test and Top modules for mini UART DUV,
regression testing with different corner cases and random cases.
• Used latest tools to collect, analyze design and augment the test plan to achieve 100%
coverage.
Project # 4
Project Name : Functional verification of FIFO protocol
Duration : 15 days
Environment : Linux
Language Used : System Verilog
Description : Functional verification of FIFO protocol by developing code for self checking test
bench using system verilog.
Responsibilities :
• Test plan creation from specification, Developed all test bench components like Generator,
Driver, Monitor, Scoreboard, Environment, Test bench and Top modules for FIFO,regression testing with different corner cases and random cases.
• Used latest tools to collect, analyze design and augment the test plan to achieve 100%
coverage.
Project # 5
Project Name : Functional verification of RAM
Duration : 15 days
Environment : Linux
Language Used : System Verilog & verilog
Description : Functional verification of RAM by developing code for self checking test bench
using system verilog & description and did a comparative study between system verilog and
verilog.
Responsibilities :
• Test plan creation from specification, Developed all test bench components like Generator,
Driver, Monitor, Reference Model, Scoreboard, Environment, Test bench and Top modules
for RAM, regression testing with different corner cases and random cases.
• Used latest tools to collect, analyze design and augment the test plan to achieve 100%
coverage.
B.Tech Projects:
Mini Project:
Power optimization of LFSR using bist circuit.
Description: This is a project for verification of code in which test vectors are generated by
the circuit itself.
Main project:
Radix 8 booth encoded modulo 2n 1 multipliers with adaptive delay for high dynamic range
residue number system.
Description: This is a project to reduce the delay in arithmetic operations, which can indeed
increase the processor speed.
PERSONAL DETAILS:
Father’s name : H.M. Yesuratnam
Date of birth : 01 06 1991
Gender : Female
Marital Status : Married
Nationality : Indian
Languages known : Telugu, English, Hindi, kannada
:
Present address H.No 57 1, Taj unnisa building,
3rd floor,3rd cross,8th A Main,
BTM 1st stage,Bangalore 560029
DECLARATION:
I hereby declare that the information furnished above is true to the best of my knowledge and
belief.
Place: Bangalore (H.M SRUJANA)