Rahul Thati is seeking a position utilizing his skills in an esteemed firm. He has a Master's degree in VLSI Design from NITK Surathkal with 9 CGPA. He currently works as a Validation Engineer at Infineon Technologies, validating I2C and MSC modules and working on a randomization framework. Previously he interned at Infineon where he published an IEEE paper on emulating sensor protocols and validated an Input Output Module. He has experience with programming languages like Verilog, C and tools like LTSpice, Magic. His academic projects include designing a 32-bit single cycle processor and generating a temperature independent reference voltage.

1. THATI RAHUL
#106, Room No: 17 Thanishka Mansion,
Ananda Nagar, Marathahalli,Bangalore,
Karnataka, India, 560037. [E]: rahulthati21@gmail.com
DOB: 21-08-1992 [M]: 9036308279
Career Objective:
Seeking a position to utilize my skills and abilities in an esteemed firm that offers professional
growth while being resourceful, innovative and accomplish my goals by achieving company’s
targets and head towards personal growth and development.
Educational Qualifications:
S. Degree Year of Branch University/Board Aggregate
No study
1. Master of 2013-2015 VLSI Design NITK Surathkal 9(CGPA)
Technology
2. Bachelor of 2009-2013 Electronics Osmania University 83.65%
Engineering &Communication
Engineering.
3. Intermediate 2007-2009 M.P.C Board of 96%
Intermediate
4. S.S.C 2006-2007 - SSC 86%
Areas of Interest
Technical: Digital electronics, Analog IC design, Digital IC design and Computer
architecture. Programming languages: Verilog, C, Embedded C, Perl (Basics).
Tools: LT-Spice, NG Spice, Magic, Model Sim.
Work Experience
I. July 2015 – present:
Working as Validation Engineer in Infineon Technologies India Pvt. Ltd, Bangalore
Projects:
 Validation of I2C and MSC modules. 
 Working on randomization framework to automate validation of IP’s. 

II. July 2014 – June 2015 
Worked as an intern at Infineon Technologies India Pvt. Ltd Bangalore.
Paper:
IEEE: “Novel architecture for emulation of sensor protocols for compliance checking using
Generic Timer Module” at “International Conference on Industrial Instrumentation and
Control 2015, Pune”. Paper ID: 10.1109/IIC.2015.7150930.

2. Projects:
 Methodology for the development of a framework for emulating the Sensor Protocols
(Single Edge Nibble Transmission (SENT), Peripheral Sensor Interface (PSI5) and
Peripheral Sensor Interface with Serial PHY Connection (PSI5-S)) using Generic Timer
Module (GTM) in Automotive Microcontrollers. 

 Apart from the project work, validation of Input Output Module (IOM) using Generic
Timer Module (GTM) is done. 
Academic Projects
I. 32 bit single cycle processor:
Aim of the project is to implement a 32 bit single cycle RISC machine with simple
load/store architecture. Program code is executed using five instruction cycles, they are
instruction fetch (IF), instruction decode (ID), instruction execute (IE), memory access
(MEM) and write back (WB). These five instructions are executed in a single clock cycle.
II. Generation of temperature independent reference voltage:
The objective of the project is to generate the temperature independent voltage from 0
to 125 degree centigrade by using both positive and negative temperature coefficient
devices. It is implemented in LT-Spice.
III. Floating point ALU:
A floating-point unit is a part of a computer system specially designed to carry out
operation on floating point number by which dynamic range is increased. It is
implemented in Verilog. Typical operations are addition, subtraction, multiplication,
division, square root, bit shifting.
IV. 8 bit ripple carry adder:
Objective of the project is to design the layout of adder circuit that has minimum delay.
It is designed in Magic tool and simulated in NG Spice and IR-Sim. For this
implementation, we designed our own standard cells and used them to design the
complete circuit.
V. LEE’S Algorithm:
Lee’s algorithm is one of the solutions for maze routing. It gives the detailed routing of
the channels on the grid from source to target with minimum wire length and minimum
number of vias. It is implemented using PERL.
VI. Digital Signal Processing of Professional Audio Effects:
The main aim of this project is to produce different audio effects, by using mat lab
software. In this we implement delay based effects, modulator based effects, filtering
based effects.
VII. Unmanned Railway Gate:
A microcontroller based project, it is used to control a railway gate without any human
involvement. Sensors are used to sense the train, light emitting diodes are used as traffic
light indicators and motors to open and close the gate.

3. Co-Curricular Activities:
I. Received “Best Intern” award in Post Silicon Validation department during internship at
Infineon Technologies India Pvt. Ltd.
II. Presented a poster on “Design of VSAT based systems for High Bandwidth Applications”
at Osmania University.
Extra-Curricular Activities:
I. Organized an event “ROBOTICS” in Acumen 2013 a National Level Technical Symposium at
Vasavi College of Engineering.
II. Volunteered an event “ROBOTICS” in Acumen 2012 a National Level Technical Symposium
at Vasavi College of Engineering
III. Volunteered for Euphoria a cultural fest held in Vasavi college of Engineering.
IV. Worked in a team as a volunteer for an NGO called BHUMI.
V. Participated in a Cricket tournament conducted by Vasavi College of Engineering.
VI. Won gold medals in sports conducted during school days.
Declaration
I hereby declare that the above mentioned information is correct to the best of my
knowledge.
Place: Bangalore
Thati Rahul