Graduate Research Assistant, Resume
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Fairfield, CT
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.