Power Electrical

*************@*******.***

Profile of madan mohan jalla

Quick Screen Information:

Current Job Title: Graduate Research Assistant

Strongest Discipline(s): Engineering: Electrical/Electronics, Engineering:

R&D/Sciences, General Disciplines: Utilities/Energy

Strongest Industry: Other

Years of Experience: 1

Second Strongest Industry: Automotive

Minimum salary requirements: $40,000+ Annually

Education Level: Masters

Willing To Relocate: Yes

Targeted Locations: Illinois, California, Massachusetts

Preferred Locations: Illinois

Additional Screening Information:

Current City: Chicago

Current State: Illinois

Job Seeker Availability: Immediately

Citizenship Status: TN Visa Holder

Maximum Travel Desired : 20%

I prefer to be contacted via: Email

Can I be contacted at work? Yes

Email: *************@*******.***

Home Phone: 312-***-****

Work Phone: 312-***-****

Mobile Phone: 312-***-****

Pager:

Ideal Position:

Grainger Power Electronics & Motor Drives Laboratory, IIT, Chicago, IL

8/2003presentGraduate Research Assistant at highly sophisticated facility with

state-of-the-art equipment.

? Conducted research on design, modeling and analysis of power electronic

converters, especially in ship power systems.

? Developed real time state estimation algorithms for the MES representative

system.

? Built expertise in power electronics, ship power systems, control systems,

system integration and power electronic dynamics.

? Worked on the Naval Combat Survivability DC Distribution Test-bed, a

reduced-scale hardware developed by the US Navy and Energy Systems Analysis

Consortium, Department of Electrical Engineering, University of

Missouri-Rolla.

? Gained proficiency in more electric ships, ship power system

configurations, motor drives, control and power management in ships, fuel

cells, batteries, data acquisition and control, Labview, Auto CAD, and P &

ID.

Cover Letter:

Dear Sir/ Madam,

This is to inquire for a full-time position with your company. I would like

to work in the areas of electrical engineering, power electronics,

digital/analog electronics, and motor drives.

I am a M.S. candidate in the Department of Electrical and Computer

Engineering at Illinois Institute of Technology in Chicago, under the

supervision of Prof. Ali Emadi. My focus has been in the field of power

electronics and control systems engineering and I like to share my skills as

I build upon my work experience.

I am accustomed to challenge and responsibility, including: project planning

and management, data acquisition, research, analysis, design and

development. My expertise includes: analog and digital circuit design; PCB

design; component engineering; surface mounted devices and technologies;

electrical machines and motor drives; PLC controllers and P&ID; system block

diagrams; wiring and circuit diagrams.

I offer technical strength; team building skills and a solid work ethic.

Additionally, my employers and professors have appreciated my ability to

complete projects accurately and efficiently. I am dedicated to optimizing

performance, while controlling costs.

Throughout my career, I have proven that I can quickly adapt to new

technologies and learn new skills. I assure you that I will bring my

enthusiasm, knowledge and discipline into your firm and strive to make it a

successful relationship.

For further information, enclosed please find the resume that gives you more

specific details about my career. If you need any further information,

please let me know. I am willing to relocate and am available for an

interview at mutual convenience.

Thank you very much for your time, consideration, and efforts. I look

forward to hearing from you.

Respectfully,

Madan Mohan Jalla

Electrical and Computer Engineering Department

Illinois Institute of Technology3301 S. Dearborn

Chicago, IL 60616-3793

Phone: 312-***-**** (Office)

312-***-**** (Home)

E-mail: *************@*******.***

Enclosure: Resume

Resume:

MADAN MOHAN JALLA

Ph #: 312-***-****, *************@*******.***

SUMMARY OF QUALIFICATIONS

Highly motivated Electrical Engineer with comprehensive experience in power

electronics and control systems engineering. Demonstrated technical and

strategic planning abilities. Outstanding interpersonal, communication and

presentation skills. Quick learner and resourceful problem solver.

Intelligent, analytical and highly organized.

SPECIAL SKILLS

Computer: Pspice, Matlab, Simulink, Labview, Simplorer, PSIM, Or-CAD,

advisor, Auto CAD, Eagle works, C, C++, Basic, Assembly Code for DSPs, MS

Office and Visio

Engineering: Analog and digital circuit design; PCB design; component

engineering; surface mounted devices and technologies; data acquisition,

motor drives, control and test equipment; PLC controllers; system block

diagrams; wiring and circuit diagramsPROFESSIONAL EXPERIENCE

Grainger Power Electronics & Motor Drives Laboratory, IIT, Chicago, IL

8/2003presentGraduate Research Assistant at highly sophisticated facility with

state-of-the-art equipment.

? Conducted research on design, modeling and analysis of power electronic

converters, especially in ship power systems.

? Developed real time state estimation algorithms for the MES representative

system.

? Built expertise in power electronics, ship power systems, control systems,

system integration and power electronic dynamics.

? Worked on the Naval Combat Survivability DC Distribution Test-bed, a

reduced-scale hardware developed by the US Navy and Energy Systems Analysis

Consortium, Department of Electrical Engineering, University of

Missouri-Rolla.

? Gained proficiency in more electric ships, ship power system

configurations, motor drives, control and power management in ships, fuel

cells, batteries, data acquisition and control, Labview, Auto CAD, and P &

ID.

MAJOR PROJECTS

Design of three-phase Resonant AC/DC Converter

Organization: Grainger Power Electronics and Motor Drives Lab, IIT

? Designed and simulated a three-phase resonant AC/DC converter with power

factor correction.

? Implemented the converter in the lab to achieve the test results by

experiments. Tested for efficiency of the converter, no-load power

consumption, optimization of cost, improvement of power factor and overall

performance of the converter.

? Compared simulation results with test results achieved by experiments.

Modeling and Analysis of Multi-Converter More Electric Ship Power Systems

using the GSSA (Generalized State Space Averaging) Method

Organization: Grainger Power Electronics and Motor Drives Lab, IIT

? Performed modeling and simulation of multi-converter more electric ship

power systems using the GSSA method and real-time simulation method.

? Simulated GSSA models in Matlab? and performed real-time simulations in

Simulink? and PSIM?.

? Compared simulation results with test results achieved via experiments on

UMR?s Naval Combat Survivability DC Distribution Testbed.

? Developed real time state estimation algorithms for the MES representative

system.

? Submitted papers for publication to IECON?04, 30th Annual Conference of

Industrial Electronics Society, Korea, 2004.

Simulation of ZEV (Zero Emission Vehicle) using Advisor (Advanced Vehicle

Simulator) from NREL (National Renewable Energy Laboratory)

Organization: Illinois Institute of Technology

? Designed and simulated ZEV using Advisor software.

? Established fuel cell as primary source of power and batteries as

secondary source.

? Obtained fuel cell and battery data from experimental results;

test-simulated vehicle on various drive cycles.

Fuzzy Control System for Flexible Double Link Robot

Organization: Illinois Institute of Technology.

? Developed fuzzy controller to operate robot links to desired position with

high degree of accuracy and no end point oscillations.

? Performed simulations in Matlab/Simulink? environment using fuzzy logic

toolbox.

KEY COURSEWORK

Electrical: Electrical Machines, Electric Motor Drives, Renewable Energy

Technologies, HVAC/ HVDC Engineering, VLSI and Artificial Intelligence in

Engineering

Power Electronics: Advanced Power Electronics, Adjustable Speed Drives,

Power Electronic Dynamics and Control, and Vehicular Power Systems

Power Systems: Market Operations in Electric Power Systems, Analytical

Methods in Power Systems and Power System Operation and Control

Control Systems: Control Systems Engineering, Advanced Control Systems

Engineering, Digital Signal

Processing, Microprocessors, Microcontrollers and

Electronics Instrumentation

CONFERENCE PAPERS

EDUCATION

Illinois Institute of Technology, Chicago, IL

Master of Science: Electrical Engineering, 5/2004

Specialization: Power, Power Electronics, Motor Drives and Control Systems

Engineering

Thesis Topic: "Modeling of Multi-Converter More Electric Ship Power Systems

using the Generalized State Space Averaging Method."

Jawaharlal Nehru Technological University, Hyderabad, India

Bachelor of Science: Electrical Engineering, 5/2002

Project: "Dynamics of Metallic Particles in Gas Insulated

Substations under Power Frequency

Voltages and Superimposed Switching Surges by Monte-Carlo

Simulations."

References

1) Ali Emadi, Ph.D.

Director, Grainger Power Electronics and Motor Drives Laboratory

Co-Director, IIT Consortium on Advanced Automotive Systems (ICAAS)

Illinois Institute of Technology

3301 S. Dearborn, ECE Department

Chicago, IL 60616-3793

Tel: 312-***-****

Fax: 312-***-****

EML: *****@***.***

URL: http://www.ece.iit.edu/~emadi/

URL: http://icaas.iit.edu/

2) Mohammad Shahidehpour, Ph.D.

Director of the Electric Power and Power Electronics Center

Illinois Institute of Technology

3301 S. Dearborn, ECE Department

Chicago, IL 60616-3793

Tel: 312-***-****

Fax: 312-***-****

EML: **@***.***

URL: http://motor.ece.iit.edu/ms/resume.pdf

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