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  • Design
  • Embedded Systems

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  • Embedded Systems Design

    $20/hr Starting at $150 Ongoing

    Dedicated Resource

    I'm an electronic enthusiast ,trying to get better at electronics everyday.I love embedded technology ,and I am keen to pursue a career in Embedded Systems. I believe in “LEARN BY DOING“.

    DesignEmbedded Systems

About

I'm an electronic enthusiast ,trying to get better at electronics everyday.I love embedded technology ,and I am keen to pursue a career in Embedded Systems. I believe in “LEARN BY DOING“.

Currently, I am pursuing MS in Embedded Systems at Oakland University,Rochester.
And, I also work as a Graduate Teaching Assistant.

List of Projects:
#Intelligent Systems in Automobiles(Alert System Using GPS and GSM): The following project is done for the course taken as a part of Masters in Embedded Systems at Oakland University, 2015.
Development Board: Dragon 12 Plus, HCS12 Development Kit
Processor: Freescale - MC9S12DG256
The main motive of this project is to save someone at risk when they run into an accident and need an assistance. We used GPS/GSM Module to know the location of a vehicle and to send the location via SMS. To know whether the vehicle met an accident or not, we used accelerometer.

#Pulse Width Modulation Using IMU Sensor & its Applications: The following project is done for the course taken as a part of Masters in Embedded Systems at Oakland University, 2015.
Development Board: Altera DE2-115
Processor: Cyclone EP4CE115
Creating a Pulse width with a fixed period and variable duty cycle Using Quartus II and NIOS II Embedded Design Suite (EDS), and controlling the duty cycle of the pulse with IMU(Inertial Measurement Unit) sensor. In this project, we used the analog IMU KXPS5-3157. Since, the NIOS II system does not have inbuilt A/D IP, we used a converter to feed the data to the system using the RS232 protocol. The NIOS system takes in the encoded data, extracts it and then uses it to determine the duty cycle of the PWM outputs to the motors. The LCD displays the X,Y and Z values received.

#Image Display on Nokia 5110 Graphic LCD 84x48 using Arduino #56x32 LED DOT MATRIX DISPLAY BOARD Using ARDUINO

#GSM Module Interfacing with 16x2 LC

Work Terms

contact me at graduate.srikanth@gmail.com

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