Engineer Electrical
Resume:
MD ASIF MAH MOO D CHO WDH URY
Akron, Ohio 44304
Cell: 330-***-**** (Day and Evening)
Email: 1) asif107@hotma il.com 2) *****@****.******. edu
Carrier Objective:
To lead a team of professionals to perfor m in a challenging electrica l job utilizing my skill and cr eativity
to ensur e the growth of the organisation.
Field of interest:
Design and control of power converters, Electrical Manufacturing, Power filter design, Circuit Design.
Special Expertise:
Developing code a nd operation of Texas Instrument (TI) Digital Signal Processor(DSP) (TI2833, TI2812
series), Controller Area Network (CAN) communica tion establishment, Experience in operating S iC
MOSFETs in converters for fast switching, Operating high power high fr equency system, Efficiency in
Verilog Hardware Description Language, PCB design.
Education:
Masters: CGPA Year of passing
MS in Electrical Engineer ing
University of Akron, Akron 3.873(on going) August, 2015(expected)
Ohio, USA.
Bachelor: CGPA Year of passing
BS in Electrical & Electronic Engineer ing
Bangla desh University of Engineer ing and Technology 3. 81 April, 2012
Dhaka, Bangladesh.
Employment: Timeline
Graduate Research Assistant
Center for Adva nced Vehicle and Ener gy System From August 2013 - Present
Electrica l and Computer Engineering Department
University of Akron, Ohio, US A.
Project Involved: (As a Research Assistant)
Construction of a 20 kW wide bandwidth inverter to be used as a core loss testing apparatus
Brief description of project:
Design and implementation of a 20kW high bandwidth PWM inverter to analyze core loss by applying
differ ent voltage wa ve shape at a wide range of frequencies (60Hz to 10kHz) on the core. Silicon carbide
MOSFET technology is used her e for switching purpose as it allows switching at 150kHz. Feedback
voltage control scheme has been implemented her e to ensure robust output voltage wave shapes. This
inverter is able to generate sine triangular and square wave at a wide range of frequencies and voltage
levels. Control interface has been developed utilizing CAN (Controller Area Networ k) communications.
Serving as a project leader jobs I have done so far at this project:
Implementation of bridged-T voltage control technique in the fast inverter system to secure robust
output voltage wave shape. A digest has been submitted to ECCE 2015 on this work.
Execution of two loop control (both voltage and current feedback) technique to ensur e distortion
free output voltage in the high bandwidth inverter system. A digest has also been submitted to
ECCE 2015 on this work.
Design and implementation of a filter design to get pure sinusoida l, sqaure and triangular output
voltage at very high range of frequencies (from 60Hz to 10kHz). A digest has been submitted to
ECCE 2015 too on this filter design.
Development of code in the code composer studio (CCS5) to provide PWM signal to the switches
using DSP (TI2833x series) which in turn control the driver board of the MOSFETs.
Snubber circuit design and implementation to get rid of ringing effect of switches.
Establishment of CAN( Controller Area Network) communication using LABVIEW to control
the system through displa y panel.
Flash the code in the DSP(TI2833x series) to run the system independently.
Design of circuit for differ ent sensors employed in the system like voltage sensors, current
sensors, temperature sensors.
Managing of upto 20kW power flow thr ough this inverter system.
Designing of DC link filter to secure ripple free DC bus (which is supposed to be oscillatory due
to switching of MOSFET and inductances of connection path).
Masters Thesis:
Design and implementation of high bandwidth(60 Hz to 10kHz) high power (20kW) inverter with
feedback voltage control scheme to produce sinusoidal triangular and square wa ve.(On going)
Significant University projects: (As a graduate student)
Implementation of a 20W Buck-Boost converter with less than 1% ripples.
Design of 10W resonant converter with 5V battery storage port.
Design and implementation of the control of movement of a teeter-totter system.
Major University projects: (As an undergraduate student)
Design and simulation of a digital counting system of vehicle for a parking lot (capacity: 100
vehicles).
Design and implementation of core type step down transfor mer (220V/17V).
Implementation of digital watt-meter using micro-controller.
Design of wiring system of a 2000 square feet apartment using AutoCAD software.
Implementation of wir eless mouse (range 20 feet) using micro-controller.
Implementation of a miniature model of tread-mill with micro-controller with differ ent features.
Important Courses:
Graduate level:
Power Electronics, Control System, Analog Integrated Circuit, Control of Electric Machines, Dyna mics
of Electric Machines, Modeling and control of Renewable energy system.
Undergraduate level:
Semiconductor Device Theory, Measuement and Instrumentation, Power System, Microprocesor and
Interfacing, Energy Conversion, Electrical Properties of Materials, Power Plant Engineer ing.
Specific Software Skills:
Interfacing software: LabVIEW, Code Composer Studio(CCS), VHDL.
Programming language: Verilog, C, C++, Python, Assembly.
Electrical and Electronics software: PSpice, PSIM, Proteus ARES, MATLAB, Simulink,
Cadence.
Power system software: CYME.
Drawing software: AutoCAD.
References:
Will be given upon request
Contact this candidate