Firmware

Parth R. Baraiya

M: 813-***-**** Email: *****.********@*****.*** LinkedIn : Parth Baraiya Tampa, FL EDUCATION

• MS in Electrical Engineering (3.55 GPA) - University of South Florida (Dec’18)

• BE in Electronics & Communication (7.75 CGPA) - LDRP-ITR (May’16)

• Diploma in Electronics & Communication (8 CGPA) - B.S Patel Polytechnic (May’13) SKILL SET

• Proficient in C, C++, Embedded C.

• Worked on Communication protocol I2C, UART, BLUETOOTH, SPI

• Experienced working with controller 8051(AT89c51), AVR (Atmega 16L), PIC (18f4550, 18f45k50), ARM(LPC2148), Atmega328 and Microprocessor 8085.

• Knowledge of assembly language programming (8051,8085 and PIC).

• Architecture knowledge of 8051, PIC, ARM controllers.

• Worked with Keil, Code Vision AVR, MPLAB, Arduino IDE, Proteus, Cadence, MATLAB, Pspice.

• In depth knowledge about Digital circuit and Analog circuit.

• Know different operating platform Windows, Linux and MacOS

• Strong knowledge of structured firmware development process and life cycle.

• Knowledge of Hardware descriptive language VHDL or Verilog and System Verilog. RELEVANT EXPERIENCE

RDMS Consultants (May’18 – Aug’18)

• My role was to design the Bluetooth hardware module that can be integrated with Mobile Apps to control the LED Light.

• Was mainly involved in the Hardware Design and its Programming.

• Hardware Module was designed using PIC 18F45K50 controller with HC 05 (Bluetooth 2.0+EDR) and programmed it with Embedded C using MPLAB

Electro Power Engineers (May’16 – Oct’16)

• Implemented module which generate gate pulse for Thyristor so that can drive AC to DC converter using 8051 controllers.

• Redesign module using ADC, which can change frequency of gate pulse using resistor probe to control Thyristor and change voltage of converter by varying resistor probe using PIC 18F45K50 controller. Technolabs (June’15 – Mar’16)

• Took training on different controllers like 8051(AT89c51, keil), AVR (ATmega16, code vision), PIC

(18F4550, MPLAB) and ARM (LPC2148, keil) controller.

• Worked on standard embedded communication protocol SPI, UART, USART and Bluetooth plus interface different sensors Temperature sensors (LM 35), Rotary encoder and photoresistor. KEY PROJECTS

Control DC motor with PWM (PIC 18F4550)

• Developed model using PIC microcontroller (18F4550) which can control DC motor by keypad. We can control its speed through keypad by using Pulse Width Modulation technique. This project would helpful in industrial application for motor controlling.

RFID based parking system (PIC 18F45k50)

• Create parking system module to overcome problems of parking space in parking area using PIC controller(18F45K50)

• Used PN532 reader and work on I2C communication protocol Control SSR using controller (AVR Atmega 16L)

• Create module for furnaces using optically coupled Solid State Relay so that if contact of relay is open furnace is shut down and control it by using AVR controller for industrial purpose.

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