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yyyyyy x. yyyyyy

0000 xxxxxx xxxx , xxxx , xxxxx 00000

tel: (xxx-xxx-xxxx

abc@xyz.com

~ objective ~

 

highly analytical and organized electrical engineer with exceptional problem solving talents seeking opportunity in automotive/machine design with an emphasis in motor drives.

~ education ~

 

ph.d. electrical engineering

university of akron, akron, ohio, 2001

dissertation: "sliding mode observer for sensorless control of switched reluctance motor drives"

 

m.sc. electrical engineering

bangladesh university of engineering & technology (buet), dhaka, bangladesh, 1996

thesis: "analysis and implementation of microcomputer controlled pwm rectifier"

 

b.sc.  electrical engineering

bangladesh  university of engineering & technology (buet), dhaka, bangladesh, 1994

thesis: "short-term electrical load forecasting using multiple linear regression model"

~ qualifications in action ~

 

innovation center, delphi steering, saginaw, michigan, _______ to present

senior research engineer

         developed several groundbreaking new products enhancing competitive positioning for electric power steering (eps) and hydraulic power steering (hps) products, led company to secure $800m in future eps business.

         resourcefully designed and developed  high-performance sinusoidal brushless dc motor for next generation electric power steering (eps) system.

         designed low-cost and simple motor position sensor, and non-contacting torque and position sensor.

         effectively analyzed and developed algorithm for decoding torque and position data.

         spearheaded hydraulic power steering (hps) initiative to  result in company winning global hps program featuring $600+m in lifetime revenue; redesigned and improved magnasteer actuator for compact applications, and engineered a new actuator for standard torque overlay application capable of performing park assist, lane keeping, vehicle stability, etc.

         diligently fabricated, developed and tested magnetic-based non-contacting column position sensor for delphi driver command center.

         exhibited strong troubleshooting talents to facilitate fault-tolerant motor design for steer-by-wire system, and design motor and linear position sensor for active front steering/low angle quadrasteer project.

         critically evaluated srm (switched reluctance motor actuator) technology for steering applications and several state-of-the-art motor technologies for power steering applications.

         expertly applied taguchi s method on robust engineering practice for steering applications, leveraging sound knowledge of six sigma tools to identify savings of $2m.

 

the university of akron, akron, ohio, 1998 to 2000

research assistant

  • played a pivotal role in funded project from delphi chassis, dayton, ohio for research and development of electromechanical brake system with srm (switched reluctance motor).
  • performed and managed modeling, control and implementation of srm drive, demonstrating proficiency in model and geometry-based simulation, sliding-mode speed controller, and torque ripple minimization with sensorless operation.
  • conducted research for field-oriented control of induction motor drives and successfully built online microcomputer controlled six-step inverter.

continued

yyyyyy x. yyyyyy, page 2 of 4

 

  • headed numerous power electronics projects including:

-         analysis, design and implementation of a zero-voltage switching (zvs) boost converter.

-         simulation of various power electronics circuits using pspice and simplorer.

-         implementation of fuzzy logic and sliding-mode controller for dc-dc converter.

-         microcomputer-controlled windshield wiper system.

 

additional experience:

 

adjunct faculty, saginaw valley state university

teaching assistant, the university of akron, akron, ohio

lecturer, bangladesh university of engineering and technology, dhaka, bangladesh

~ publications ~

 

journal papers

1.             mohammad s. islam, s. mir, and t. sebastian, "paralleling the stator coils in permanent magnet machines." accepted for publication in ieee transactions on industry applications, 2006.

2.             t. sebastian, mohammad s. islam and s. mir, "application of permanent magnet synchronous machines in automotive steering systems." kiee international transactions on electrical machinery and energy conversion systems, vol. 5-b, no. 2, pp xxx-xxx-xxxx .

3.             mohammad s. islam, s. mir, t. sebastian and s. underwood, "design considerations of sinusoidally excited permanent-magnet machines for low-torque-ripple applications." ieee transactions on industry application, vol. 41, no. 4, pp. 955-962, july.- aug. 2005.

4.             mohammad s. islam, s. mir and t. sebastian, "issues in reducing the cogging torque of mass-produced permanent brushless dc motor." ieee transactions on industry application, vol. 37, no. 1, pp. 51-58, jan.- feb. 2004.

5.             t. sebastian, s. mir and mohammad s. islam, "electric motors for automotive applications." iee proceedings c electric machines, vol. 14, no. 1, pp. , jan/feb 2004.

6.             s. mir, mohammad s. islam, t. sebastian and i. husain, "fault-tolerant switched reluctance motor drive using adaptive fuzzy logic controller." ieee transactions on power electronics, vol. 9, no. 2, pp. , march 2004.

7.             mohammad s. islam, m. n. anwar and iqbal husain, "design and control of a switched reluctance motor for wide-speed-range operation." iee proceedings c electric power applications, vol. 150, no. 4, pp. 425-430, july 2003.

8.             mohammad s. islam, iqbal husain, r. j. veillette and c. batur, "design and performance analysis of sliding-mode observers for sensorless operation of switched reluctance motors." ieee transactions on control systems technology, vol. 11, no. 3, pp. 383-389, may 2003

9.             roy mccann, mohammad s. islam and iqbal husain, "application of a sliding mode observer for position and speed estimation in switched reluctance motor drives." ieee transactions on industry application,vol. 37, no. 1, pp. 51-58, jan.- feb. 2001.

10.          mohammad s. islam and iqbal husain, "torque ripple minimization with indirect position and speed sensing for switched reluctance motors."ieee transactions on industrial electronics, vol. 47, no. 5, pp. 1126-1133, october 2000.

 

conference papers

1.             mohammad s. islam, s. mir, and t. sebastian, "paralleling the stator coils in permanent magnet machines." ieee-iemdc conference proceedings, san antonio, texas, 2005.

2.             mohammad s. islam, s. mir, and t. sebastian, "design considerations of sinusoidally excited permanent-magnet machines for low-torque-ripple applications." ieee-ias annual meeting, vol. 3, pp. 1723-1730, oct 2004.

3.             mohammad s. islam, s. mir and t. sebastian, "issues in reducing the cogging torque of mass-produced permanent brushless dc motor." ieee-ias annual meeting, vol. 1, pp. 393-400, oct 2003.

 

continued

yyyyyy x. yyyyyy, page 3 of 4

 

4.             s. mir, mohammad s. islam and t. sebastian, "role of electronics and controls in steering systems." ieee-iecon annual meeting, pp. 2859-2864, 2003.

5.             s. mir, mohammad s. islam, t. sebastian and i. husain, " fault-tolerant switched reluctance motor drive using adaptive fuzzy logic controller." ieee-iemdc annual meeting, vol. 2, pp. 835-841, 2003.

6.             t. sebastian, s. mir and mohammad s. islam, "electric motors for automotive applications." invited paper for european power electronics (epe) conference, epe-pemc, croatia, 2002.

7.             s. mir, mohammad s. islam, t. sebastian and i. husain, "self-tuning of machine parameters in switched reluctance motor drives. conference proceedings of the 35th ieee industry application society annual meeting, vol. 3, pp. 2081-2088, sept/oct 2001.

8.             i. husain and mohammad s. islam, "observers for position and speed estimations in switched reluctance motors." proceedings of the 40th ieee conference on decision and control, vol. 3, pp. 2217-2222, dec 2001.

9.             m. s. alam, m. sakawat, mohammad s. islam and n. islam, "on an efficient finite element method for the analysis of microwave and optical waveguides." international conference on electrical and computer engineering (icece), dhaka, bangladesh, 2001.

10.          mohammad s. islam and i. husain, "self-tuning of sensorless switched reluctance motor drives with online parameter identification." conference proceedings of the 35th ieee industry application society annual meeting, vol. 3, pp. 1738-1744, 2000.

11.          mohammad s. islam, m. n. anwar and i. husain, "a sensorless wide speed range srm drive with optimally designed critical rotor angles. conference proceedings of the 35th ieee industry application society annual meeting, vol. 3, pp. 1730-1737, 2000.

12.          mohammad s. islam and i. husain, "torque ripple minimization with indirect position and speed sensing for switched reluctance motors." proceedings of iecon annual meeting,, vol. 3, pp. 1127-1132, nov/dec 1999.

13.          i. husain and mohammad s. islam, "design, modeling and simulation of an electric vehicle system."conference proceedings for sae international technical journals, detroit, 1999.

14.          mohammad s. islam, a. p. khan and s. f. rahman, "short term electrical load forecasting using multiple linear regression model." 38th ieb annual meeting, dhaka, bangladesh, 1994.

 

research reports c delphi internal

1.             mohammad s. islam, t. sebastian and m. kushion, "effect of the magnetic field created by the end turns of the motor winding on the speed sensor winding in eps."

2.             mohammad s. islam and t. sebastian, "torque due to induced eddy current on the iron back plate to the sensor board."

3.             mohammad s. islam, i. husain, r. j. veillette and c. batur, "design and performance analysis of sliding-mode observer for sensorless operation of switched reluctance motors."

4.             s. mir, mohammad s. islam, t. sebastian and i. husain, "self-tuning of machine parameters in switched reluctance motor drives."

5.             mohammad s. islam and t. sebastian, "on designing a high-performance brushless dc motor without skewing."

6.             mohammad s. islam, s. mir and t. sebastian, "issues in on designing a high-performance brushless dc motor without skewing."

7.             mohammad s. islam, s. mir and t. sebastian, "effect of saturation on torque loss and torque ripple of a permanent magnet brushless dc motor."

 

book chapter

co-authored chapter in book titled "handbook of automotive power electronics and motor drives" c edited by ali emadi, published by taylor and francis isbn-10: 0-8274-2361-9 (hardcover), pp. 625-631, 2005.

~ patents ~

issued

1.             permanent magnet electric motor and method of making same c us 6788013

 

continued

 

2.             yyyyyy x. yyyyyy, page 0000 xxxxxx xxxx , xxxx , xxxxx 0000012

3.             non-contacting compliant torque sensor c us 6851324

4.             dsp based algorithm for non-contacting torque sensor c us 6851325

5.             identification of parameters for switched reluctance electric machines c us 6982537

6.             apparatus for sensing position and/or torque c us 0000 xxxxxx xxxx , xxxx , xxxxx 0000095

7.             apparatus for sensing position and/or torque c us 7188533

8.             apparatus for sensing position and/or torque c us 0000 xxxxxx xxxx , xxxx , xxxxx 0000016

applications filed

1.             mohammad s. islam and t. sebastian, "fault tolerant motor actuator for steer by wire system." c patent application filed c dp 306904

2.             s. mir, mohammad s. islam and t. sebastian, "high-performance fault-tolerant switched reluctance motor drive for automotive applications." c dp 308382

3.             s. mir, mohammad s. islam, t. sebastian and i. husain, "self-tuning of parameters for mass-produced switched reluctance motors." c patent application filed

4.             t. schroeder, s. chen and mohammad s. islam, "non-contacting torque sensor employing a planar, homopolar magnet assembly." c patent application filed

5.             t. schroeder, s. chen and mohammad s. islam, " non-contacting torque sensor employing a planar, bipolar magnet assembly." c patent application filed c dp 309801

6.             mohammad s. islam, t. sebastian et al., "non-contacting compliant planar torque sensor for electric power steering." c patent application filed c dp 310326

7.             mohammad s. islam, t. sebastian et al., "integrated non-contacting torque and absolute position sensor for steering applications." c patent application filed c dp 311735

8.             mohammad s. islam, matt mielke and t. sebastian, "simple and low-cost motor position sensor." c patent application filed c dp 311829

9.             mohammad s. islam, p. fisher, t. sebastian, t. wong and r. venkitasubramony, "integrated and compact sinusoidal motor for electric power steering." c patent application filed c dp 314735

10.          mohammad s. islam, c. ross, and s. collier-hallman, "controlled preload assist mechanism." c patent application filed c dp 314503

 
trade secret

1.             mohammad s. islam,  and t. sebastian, "methods to improve accuiracy of a non-contact position sensor" c us6788013b2

 

~ awards ~

 

boss kettering award (highest award at corporate level), 2007

 

delphi steering s president award, 2007

 

graduate student engineer award, dept. of electrical engineering, university of akron, ohio, 2000

 

~ industry affiliations ~

 

senior member, ieee

review papers for conference and journal publications in ieee societies such as ias, pesc, iecon, and iemdc

 

~ languages ~

 

english, bengali, japanese

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