~ ELECTRICAL ENGINEER ~
Technically savvy, analytical and enthusiastic Electrical Engineering professional with the ability to design, implement, maintain, and improve electrical instruments and equipment, facilities, components, products, and systems for commercial, industrial, and domestic purposes. Ability to perform problem-solving techniques, detailed calculations, oversee project efforts, prepare technical drawings and specifications of electrical systems, and coordinate manufacturing, installation, and testing activities to ensure compliance with specifications and customer requirements. Adept in collaborating extensively with engineers, customers, and technical support staff to ensure timely delivery. Analog, Digital and RF design capabilities. Familiarity with the whole product design process.
TECHNICAL KNOWLEDGE
Scope of Responsibility:
Able to design control panels to specifications
Ability to design HMI
Ability to write PLC Ladder Logic
Able to program and set up Variable frequency drives, inverters and AC drives - Mitsubishi, Baldor for motor control
Ability to use the ModBus, BACNet protocol extensively
Good knowledge of electrical circuits and grounding practices
Extensive experience with serial communications (RS485, RS232, I2C, SPI) and serial communications protocols
Experience networking with Ethernet - 10BASE-T, 100BASE-T and gigabit
Experience designing for 120V, 220V, 480V and 600V control panels
Experience modeling with AutoCAD
Experience using Matlab & Simulink for analysis and controls
Experience with AC motors and controls - 1-ph and 3 -ph
Able to design to industry codes and standards such as NEC, IPC, UL, NEMA, ANSI, IEEE
Ability to use NI LabView and devices extensively
Able to work with various data acquisition devices and design integrated solutions
Able to design analog, digital and mixed signal circuits
Able to write and debug embedded programs in C language using different platforms
Able to write python scripts
Able to work with sensors, cameras and wireless modules
Able to work with various microprocessors and micro-controllers
Good knowledge of micro electronics - Analog, Digital design
Good knowledge of RF and Optical devices
Ability to develop high level technical documents
Ability to design and build test fixtures from conception to deployment - hardware, software
Programming Languages: C, C++, Assembly Language, UNIX/ Linux Shell Scripting, Python Scripting
Embedded Programming Environments and Debuggers: Atmel Studio IDE & ICE debugger Freescale CodeWarrior IDE with Processor Expert Quick development tools & USB BDM, Microchip MPLab & PICkit 3. TI Code Composer
Software Applications:
Twido Suite PowerWorld MatLab & Simulink AutoCAD NI LabView Indusoft
OrCAD Capture EagleCAD Cadence PCB tools PSpice MS Visio MS Office MS Office Suite NI AWR Microwave Office CodeWarrior IAR Atmel Studio MPLab
Equipment:
Oscilloscopes Network Analyzers Power Supplies Frequency Counters
I/C Meters Logic Analyzers Digital Multi-meters Audio/RF/Pulse/Function Generators
EDUCATION
MASTER OF SCIENCE ~ ELECTRICAL POWER ENGINEERING (Expected 12/2016)
University of Arkansas
Relevant Coursework:
Power Systems Control Modern Control Systems Power Systems Analysis Modern Power Systems
Academic Projects:
Wind farm design and grid integration
- Designed least cost design for a 200MW, voltage set point of 1.05pu , 100MVar DFAG turbines wind farm and bus integration into a metropolitan grid system
- Conducted load and transmission cost and planning analysis
- Designed and simulated grid system in Powerworld utilizing proper grid design techniques - component selection, transformer, 69/ 138kV transmission lines, right of way
Optimal UPFC design
- Designed an optimal (unified power flow controller) UPFC using Matlab and Simulink using the LQR command. The system is simulated the system for various response parameters and characteristics
CuK Coverter design
- Designed Cuk converter for a non linear system using linearization techniques for system observability and controllability form
- Designed PID controller for closed loop system input tracking and performance response
BACHELOR OF SCIENCE ~ ELECTRICAL ENGINEERING (8/2010)
University of Texas at Dallas, Dallas TX
Material Science Digital Systems Digital Circuits Radio Frequency
Communication Systems Electronic Circuits Electronic Devices Electrical Network Analysis
Digital Signals Processing Signals & Systems Systems & Controls Engineering Economy
ASSOCIATE OF SCIENCE ~ ELECTRICAL ENGINEERING (2009)
Richland College, Dallas TX
ASSOCIATE OF SCIENCE ~ COMPUTER ELECTRONICS TECHNOLOGY (2007)
San Jacinto College, Houston TX
CERTIFICATIONS
Certified IPC Applications Specialist - March 2012
Sixclear LabView fundamentals - December 2012
PROFESSIONAL EXPERIENCE
4Front Engineering Solutions
ELECTRICAL CONTROLS ENGINEER ~ (03/2014-Present)
Controls Engineering Division
Daily Responsibilities:
· Interface with customers and vendors
· Product support and panel shop assist
· Review/ Update of control panels
· Company 4Sight demo hardware design
· Design, update and maintenance of manufacturing test fixtures and equipments
· VFD Control panels design and VFD set-up for motor control
· Design and support of various customers Industrial Fan HMIs
· Training of end customers on operation, maintenance, troubleshooting of fan drives and docks.
Projects:
Industrial Fan Wireless Module
· Hardware design of industrial fan wireless module using Atmel Arm Cortex micro controller and certified ATWinc WiFi Module
· Embedded C program using Atmel Studio - ModBus TCP to ModBus RTU gateway
· Schematics design , parts placement and components layout
· Testing and integration
Design of Company propriety X-Controller Board for panels
· Design of X-controller with Free-Scale ColdFire Micro controller
· Wrote embedded controls program for X- controller to mimic PLC functionality
· Wrote ModBus protocol program for X-Controller board
· Schematics , placement and layout of...
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