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RASHMI N
Email: [email protected]
Phone no: 7760439319
9611515960
CAREER OBJECTIVE
Seeking learning opportunities where I can gain technical knowledge and use my
existing skills to develop professional abilities, as well as work for the betterment of
the organization
WORK EXPERIENCE
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TECHNICAL SKILLS
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COURSE WORK
PERSONAL
ATTRIBUTES
KEY
ACCOMPLISHMSNETS
Currently undergoing hands-on technical training program – Emertxe Certified
Embedded Professional (ECEP) at Emertxe Information Technologies
(http://www.emertxe.com), Bangalore
Worked as an Intern at Velankani Electronics Private Limited from 1st September
2015 to 1st May 2016
Programming Languages:
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Shell scripting
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Advanced C
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Hardware Descriptive Language (HDL)
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Data Structures
Development environment and tools:
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Dev environment: Vim
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Compilers : GCC, GDB
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Hardware design: Circuit Maker, PSpice
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Micro-Controllers used: ATSAMD20E18, 8051, MSP430 and
YRDKRL78G14.
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IDE :IAR Embedded Workbench ( Version 5.6 ), Simplicity
studio , ATMEL STUDIO (Version 7.1), Cubesuit+
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Microprocessor
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Digital Electronics
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Micro-controller (8051)
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Hard-working
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Ability to do many task at a time
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Good leadership qualities
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Our final year project was sponsored by Karnataka State Council
for Science & Technology (http://www.kscst.iisc.ernet.in/) for
its merit. The project received sponsorship and support from
KSCST among 500 project chosen across the state
EDUCATION
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Organizer of inter-college, state level paper presentation
activities
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Winner of college level Kannada poetry competition
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Runner up in intra college Chess competition
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B.E (Electronics & Communication) from Sai Vidya Institute of Technology
(affiliated to VTU), Bangalore with 74.7% , June 2014
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Pre-University Education from Jnanodaya Pre-university College, Bangalore, with
71.3% , May 2010
INTERNSHIP PROJECT
Title
Project Brief
Technologies Used
Tools Used
Communication Protocols
Used
Key challenges and learnings
Energy meter
The objective was to measure the energy consumed by the load. The energy
meter was designed using ADE7754 IC. The SPI communication protocol was
established between IC and the ATSAM controller to monitor and to display the
measured parameters such as voltage, current,active energy, reactive energy,
apparent energy and power factor
Embedded-C functions, Structures, Pointers.
ATMEL STUDO 7.1
SPI, I2C and RTC
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Energy Meter is a new project which required an in-detail understanding of
IC and interfacing with ATSAMD20E18 micro-controller using SPI
communication.
Reading and monitoring of electrical parameters at regular time instants.
Performing necessary calculations to obtain desired voltage and current
values
Storing of read parameters for display
PROJECTS AT EMERTXE
Title
Project Brief
Key challenges and learnings
Arbitrary Precision Calculator
The objective was to develop a precision calculator that performs arithmetic
operations on the bits of data that are greater than the size of a word.
Data Structures-Doubly-linked list, Structure pointers, Embedded CFunctions,Makefiles.
 Arbitrary precision is a new project which required building understanding
of technology by doing literature study
 Reading the data greater than the size of a word along with an operator in
the form a string and chunking it into a size of a word, converting it into
an integer and storing it into a doubly linked list.
 Performing arithmetic operations on unequal length of nodes.
Title
Image Steganography using LSB Encoding and Decoding
Technologies Used
Page 2
Project Brief
Technologies Used
Key challenges and learnings
The objective was to send a secret text file encoded inside an image of bmp
file format. Encoded the length of the secret text and then encoded the data
into the LSB of the image bytes. The decoding process involves decoding the
length and then decoding the text bit by bit. The Final output is the secret
text after decoding.
Embedded C – File operations, Pointers, Bitwise operations, Functions,
Makefiles, Command line arguments
 Steganography is a new project which required building understanding of
technology by doing literature study
 Transforming the embedded information to the destination without
changing properties of original image
 Usage byte-wise and bitwise manipulation of data to embed as well to
retrieve the data from the destination image
ACADEMIC PROJECT DETAILS
Title
Project brief
Technologies used
Key challenges & Learnings
Design and Implementation of Magnetic Levitation using PID Algorithm
Magnetic levitation is a concept that is used to balance bodies as a whole
system. This means maintaining whole system stability by using appropriate
magnetic fields. In our innovative implementation, three temporary magnets
were generated by winding a copper coils. A code for a microcontroller
(MSP430F149) was developed and executed using IAR Embedded workbench
for balancing the plate and also to display the tilt and temperature digital
values on a display
MATLAB, Circuit Maker, IAR Embedded Workbench version 5.6
 Developing a code for an ADC and LCD display to interface with the
hardware using microcontroller was a challenge. This was solved by doing
self-study, team discussion and developing sample snippet
implementation
 In finding a suitable gauge of a wire that works with the system. This was
resolved by iterative approach and identification
 Developing a balanced levitating system was the major challenge. This
was resolved by identification of suitable magnetic strength and finding
suitable gauge mentioned above
REFERENCES
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Bhargava GA
Manager, Velankani Electronics Private Limited.
Email : [email protected]
Contact Number: 9945864921
Nayana K Kalyan
Assistant Professor, SVIT,
Email : [email protected]
Contact Number: 9035866401