The document is a resume for Janhavi Shiras detailing her educational background which includes a Master's degree in Electrical Engineering, as well as her professional experience which includes positions doing embedded engineering and software development using languages like Python, C, and C++. She provides examples of projects she has worked on involving areas like wireless sensor networks, GUI programming, speech recognition systems, and collecting and transmitting weather data using various hardware devices and communication protocols.

1. JANHAVI SHIRAS
janhavishiras@gmail.com ♦ (210) 722-3699
Date
Name
Title
Company
Address
City, State Zip Code
Dear Mr./Ms. Last Name or Dear Sir or Madam:
I have enclosed my resume in response to your posting for the _____________________
position with your company. Based on the skills that you seek, I feel confident that I am a
strong candidate for your consideration.
In addition to my Master of Science in Electrical Engineering, I have experience that
includes Embedded Engineering for a diverse series of projects. My knowledge base
includes multiple programming languages, hardware descriptive languages, simulation
tools, wireless communication protocols, digital design, computer architecture, operating
systems, Raspberry Pi and Xbee devices, and bare metal devices such as Arduinoes. My
formal education, experience, and strong team skills will allow me to quickly become a
contributing member of your engineering team.
I look forward to an opportunity to meet with you to discuss specific aspects of my
background that are of interest to you. Please feel free to contact me at the above listed E-
mail address or telephone number to make arrangements for an interview.
Thank you for your time and consideration of my request and qualifications. I look forward
to hearing from you soon.
Sincerely,
Janhavi Shiras
Enclosure

2. JANHAVI SHIRAS
janhavishiras@gmail.com ♦ (210) 722-3699
SUMMARY
• Electrical Engineering Professional with experience in:
− Python, MySQL for database connectivity, and IDEs – Linux; embedded programming in
Python using Linux OS and C and C++; USB Programming in Python 2.7; interfacing
camera module with bare metal electronic boards (Arduinoes), implementing the
Message Queuing Telemetry Transport Protocol (MQTT) publish-subscribe protocol for
programming various types of sensors using Python clients; and implementing
communication protocols such as ZigBee and I2C in Python.
− Object-Oriented design and coding and with knowledge of various Design Patterns and
UML.
− Working on device drivers in Embedded C.
− Working on the Raspberry Pi, XBee devices, Arduino, and Laser Range Finders.
− Programming graphics on the RPi.
− Using design tools such as Tiny Cad and Altuim to design Electrical Circuits for PCB
layout.
− Proficient in Object-Oriented Programming and using classes and other OOPS concepts
for programming hardware devices such as LRFs.
− Implementing the waterfall model as well as studies in the V-model and all other models.
− Writing SQL Queries, stored procedures, functions, packages, tables, views, and triggers.
− Familiar with the use of oscilloscopes and spectrum analyzers.
• Excellent analytical and problem-solving skills with the ability to work independently or as
part of a team.
• Technical skills:
− Programming Languages: C, C++, Java, Perl, LabVIEW, Linux, Python, and
MATLAB.
− Hardware Descriptive Languages: Verilog and System Verilog.
− Simulation Tools: Xilinx ISE, ModelSim, and HSPICE.
− NI Hardware Boards: USRP 210, USRP 2920, Labview Modulation, and Spectral
Measurement Toolkit.
− Communication Protocols: Zigbee, Bluetooth, SPI, I2C, and Internet of Things Protocol
such as MQTT.
− Operating Systems: Linux, Windows, and IOS.
• Strong supervisory and leadership skills – able to use comprehensive knowledge to leverage
complex data to optimize results.
• Effective verbal and written communication skills.
EDUCATION
Master of Science in Electrical Engineering, The University of Texas at San Antonio, Texas,
2015. GPA 3.4
B.E. in Electronics and Telecommunication Engineering, University of Pune, India, GPA 3.8
Activities & Awards:
• Attended workshop on Software Defined Radio with NI LabVIEW and NI USRP.
• Attended a hands-on workshop on MATLAB.
• Attended UWIG Conference on Renewable Energy Resources.
• Recipient of the Competitive Valero Advanced Research Scholarship at The University of
Texas at San Antonio for the year 2013-2014.
• Won the Inter-College Final Year Technical Project Competition.
• Won Second Prize for Inter-College Street Play Competition.

3. JANHAVI SHIRAS Page 2
Projects:
• Body Area Networks: Project involved designing wireless sensor networks located within
the human body and study the communication protocols such as Zigbee, WLAN, Bluetooth
and simulate the design in MATLAB. Personally worked on sending the sensor data using a
low power communication protocol, ZigBee, to the cellular device. Used C++ to program the
serial communication from the sensor to the mobile device of the individual, then data would
be sent to the LAN network, and via the Internet this data would be sent to the hospital
system and a doctor would be notified immediately.
• GUI Based Project: Project involved the design of a Pacemaker Electrode and analyzing its
effects on the Heart Tissue: An electrode was designed using Comsol Multiphysics with
varying parameters. These parameters were used to analyze its effect on the heart tissue. GUI
programming and 3D modelling with Comsol software was used to create the electrode
design.
• Embedded Systems: Project involved designing a speech-based Attendance System where
speech signals were processed and a database created so that every signal correlated to a
particular value. The value was repeated in the microphone and the person was marked as
present. As part of the team, my responsibility was for programming the microcontroller in
Embedded C to map the voice sample with the stored data.
• Project Based on C++: Individual project that involved creating a GUI of an online bank
account. Final product included a login page followed with all the standard banking options
such as transfers, deposits and withdrawals. The entire code was in C++ and the Eclipse
editor.
EXPERIENCE
TRANSENSYS LLC, San Mateo, California 7/16 – Present
Embedded Software Engineer – Use Python to program the TI Energia board and the camera
module. Plot and analyze the image detail on bare metal architecture.
LANCER CORP, San Antonio, Texas 2/16 – 7/16
Electronic Engineer – Used embedded programming for designing dispensing solutions. Used
C++ to program ARM processors, implemented graphics programming on the RPi in C, designed
PCBs in Altuim, and implemented state machines in embedded C.
RECKON POINT, LLC, San Antonio, Texas 10/15 – 1/16
Electrical Engineer – Developed new technology for indoor geo-location and mapping. Used
embedded programming with Python to program embedded circuits and create hardware
interface. Built the circuits and implemented the dead reckoning algorithm.
• Used Python to program the Laser Range Finders to calculate the position coordinates of a
point.
• Used Modular Programming to implement the Lrfs in Python using classes.
• Implemented the I2C protocol in Python 2.7 on Linux and used USB 2.0 Programming.
• Used the TinyCad software for designing electrical circuits and used Advanced Circuits and
Altuim software for PCB design and layout.
• Created graphics using C and C++.
TEXAS SUSTAINABLE ENERGY RESEARCH INSTITUTE, San Antonio, Texas 9/14 –5/15
Electrical Engineer – Worked as part of a three-member team and collected weather data using
temperature sensors, LDRs, and a weather board. As part of an Intelligent Energy System funded
by CPS Energy this project had a goal of enabling wireless communication between Sensor
Devices using the MQTT (Message Queuing Telemetry Transport Protocol) and allowing any
subscriber at the user end to access this data in real time. The data would be sent wirelessly using
the ZigBee protocol to the Eclipse Paho Cloud using the IoT publish-subscribe protocol MQTT.
• My activities focused on the publishing aspect of the protocol. Received sensor data was
published on the Cloud. This was achieved by using the MQTT protocol and programming in
Python on the Raspbian OS. Worked with Raspberry Pis and the XBee modules, used the
Nano and VIM editors on the Raspbian and Linux Operating Systems, and Matplotlib for real
time plotting of data.