ตัวอย่าง Resume วิศวกรรมไฟฟ้า (Electrical Engineering) ฉบับที่ 292

Professional Summary

JESSICA CLAIRE - Electrical and Computer Engineering graduate with over 5 years of experience in analysis, design, development and testing of embedded firmware/applications. - 4+ years of industrial work experience in design, firmware development and testing of embedded C based power electronic - 6+ years of hands-on experience in digital and analog circuit design, digital signal processing, digital communication and implementing linear and non-linear control systems

Highlights

• - 600KW solid state DC power supply regulated in Constant Voltage/Current Limiting mode using the F2808x microcontroller Embedded C based system was used to control the phase angle and trigger the 12 pulse SCR firing circuit to produce a DC power supply with a capacity of 600KW. TI C2000's F2808 processor was used as the microcontroller and RS232 was embedded for user interactive remote control of the DC power supply. - 350kVA 400 Hz Frequency converter with remote functionality access provided via static IP addressing using m3 and c28x dual core microprocessor of the TI C2000 family. Embedded C based system was used to regulate a three phase IGBT inverter bridge to convert a three phase AC 60Hz input to 400 Hz using the F28m36 microcontroller. TCP/IP ethernet and static IP web addressing functionality was used to provide remote access to the 350kVA frequency converter via user interactive web page. Web page was used for fault status monitoring and I2C and SPI protocol was used for real time data logging into a FAT32 SD card. - CANBUS 2.0A protocol based embedded application was developed to regulate a solid state 90kVA Inverter TMS2808 DSP module was used to perform pulse width modulation (PWM) on a high frequency inverter bridge. Inter processor communication (IPC) was incorporated in firmware design to integrate the CANBUS module that fetched commands from the user server to control all the functionalities of the inverter. - Siemens S7-1200 PLC and KTP400 HMI comfort panel was used to communicate with TIC2000's £28m36 concerto microcontroller to regulate a 900KW Battery Charger SIEMENS TIA automation portal was used to create communication between the S7-1200 PLC and KTP400 digital comfort HMI panel. Code composer studio was used to develop an F28m36 based dual core embedded application that was designed to interact with the HMI panel, to control the input, output and fault status monitoring of the 900KW Battery charger. - Design of Micro-architecture to employ in an On-Board Avionic Computer Developed a VHDL simulation to interface a Vertex-5-FPGA for data acquisition purposes in an On-board avionic computer. - Developed a distance and temperature measuring system using ARM7 microcontroller Used KEIL μVision IDE platform to control an ARM 7 microcontroller. Simulated routines that calculated distance of an object from an ultrasonic sensor and measured the temperature in a room. - Networking in an Embedded PC system using a fault tolerant RS232 Master and slave network Low level control processing techniques using Interrupts, Timers and Counters, serial communication protocols (RS232) with RTOS.

Experience

Education

• Missouri University of Science And Technology - Rolla, MO
• GPA: 3.73/4.0 · Embedded Processors System design, Digital system design using ARM7 microcontroller, Linear Control Systems, Digital Signal Processing, Communication Systems, Wireless Communication Systems and Networks, Advanced PLC. · B.S: Electronics and Communication Engineering, 05/2013
• SRM Valliammai Engineering College, Anna University - Chennai, India · Power systems, Power electronics, AC/DC and DC/DC converters, Control Design Techniques in Power Electronics Devices, Control of High-Frequency Switched-Mode Power Converters, Embedded C and Data Structure, Computer Networks and Protocols.