Graduate Research Assistant, Resume Fairfield, CT - Hire IT People

SUMMARY

An Ambitious Electrical /Electronics Engineer with 1+ years of experience in developing and testing embedded software for different products.
Enthusiastic to join a dynamic team and contribute to the overall success of the team and organization

TECHNICAL SKILLS

Technical Skills: ANSYS HFSS, PSpice, Keil µVision IDE, NI M u l t i s i m, Ultiboard, S i m ul ink, E a g l e C AD, Altium, GHDL, Altera Quartus, CAN, LIN, CANalyzer, CANoe, CANape, Good Knowledge on SMT and Hands on experience in programming various microcontrollers.
Programming Languages: Embedded C, C, Linux, Python, and Java
Statistical Analysis: MATLAB
Operating Systems: Windows, Linux
PC Applications: MS Office suit

PROFESSIONAL EXPERIENCE

Graduate Research Assistant,

Confidential, Fairfield, CT

Responsibilities:

Designed and constructed a Microstrip Ultra - Wide Band antenna, which supports the larger bandwidth and high gain radiation.
It consists of a rectangular patch fed by the microstrip line.
ANSYS HFSS, Eagle CAD are the software’s used.
It can be used in vehicular radar systems, Medical Imaging and Wireless personal area network applications.

Design Engineer and Tester

Confidential,

Responsibilities:

Designed and optimized schematics for different circuit boards.
Performed in-circuit testing and visualized testing data using python
Developed and assembled electronic circuit boards including soldering, calibrating timers, counters, Encoders, Decoders, Op Amps, Oscillators using microcontrollers and discrete electronic components. Gained Hands on experience on Electrical measurement tools.
Gained knowledge on developing Data Acquiring systems and MCU based circuits for embedded systems.

Embedded Developer,

Confidential,

Responsibilities:

Developed embedded software for ECU (Electronic Control Unit).
Acquired knowledge on developing software for RS-232, UART, SPI, I2C, Ethernet and other communication protocols.
Gained good knowledge on all phases of the product development cycle including architecture, design, development, debugging, documentation and validation.
Designed digital driving system for a semi-autonomous vehicle to improve the driver-vehicle interface
This system uses an ARM 7TDMI-S based data acquisition system that uses ADC to bring all control data from analog to digital format and visualize through LCD
Embedded networking by CAN is the communication module used in this project.
This system takes feedback of vehicle conditions like engine temperature, vehicle speed etc and it has additional unit equipped with GSM , which communicates to the owner during emergencies.

Black Box (BB Module) for automobiles

This module records the status of vehicles before, during and after a crash used for motor vehicle crash investigations.
Data from various sensors (Proximity, ultra-sonic, Temperature sensors etc.) are analyzed and the status of crucial components are recorded (speed, Belt status, Break status, Lane detection, air bags etc.)
Efficient recording techniques are implemented to handle the memory limitations on the system.

Accident Avoidance System Using CAN

This project is aimed in advancements in cars for making it more interactive for avoiding accidents on roads.
In order to prevent accidents, different sensors are used to observe fatigue levels of driver.
In this system, multi-sensor, Control Area Network based system is interfaced with ECU using ARM-7 micro controller.
GPS, GSM, CAN technologies are used to make the communication of the system faster and reliable.

Java application based on the SWING Framework

This application allows the user to choose a book and analyze the length of the chapters, word count and density, unique word count and density, appearance of new words per chapter, most common words by removing stop words
The application is built using two panels. One is to select a book and run all the statics. In addition, the other is to show graphical results.