Objective: | To obtain an appropriate full-time position as a Sr. software design and development engineer with a company practicing a strong Software Engineering approach. |
Areas of Interest:
Object Oriented Software Development (Complete life cycle) and applying Software Engineering Methodology |
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Education: | Master of Science in Computer Science and Engineering
(December 1998) The University of Texas at Arlington. Degree GPA: 3.90/4.0 |
Bachelor of Science in Electrical Engineering: (Instrumentation
& Control Engineering)
(August 1996) L. D. College of Engineering, Ahmedabad, India. |
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Skills: | Excellent software analysis, design and programming skills (complete life cycle). |
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Well developed organizational, project planning & management and problem solving abilities. | |
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Effective presentation and communication skills. |
Computer | Operating Systems: |
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Skills: | ||
Programming Languages: |
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Design & Development Tools: |
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Enterprise Computing / |
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Web Related |
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DBMS and Related: |
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Network and Related: |
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Hardware: |
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Experience: | Software Developer
The Sabre Inc., TX (January 1999 to Present)
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Graduate Research Assistant
Department of Economics, UT -Arlington (May 1997 to December 1998) Support faculty members with Software/ Hardware difficulties.
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Graduate Research Assistant
Department of BioMedical Engineering, UT -Arlington, TX. (February 1997 to May 1997) Supported faculty member in development of a 'Low-cost Tissue Fluoremetry
System'
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Technical Assistant-Trainee
Shivam computers (Pvt.) Ltd., Ahmedabad, India. (September 1996 to November 1996) Gained exposure to PC architecture and network installation.
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Internship
Maxwell Electronics, Ahmedabad, India. (September 1995 to August 1996) Worked on Image sensing, Stepper Motor Drives and Assembly Language
Programming for PC.
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Previous | Master's Project: |
Projects: |
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Software Engineering: | |
(Led the project team of six following the Software Engineering Practices.) |
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Operating Systems & Networking: | |
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Database Systems: | |
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Miscellaneous: | |
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The system incorporated interfaces of a PC/Stepper motor and a PC/CCD camera as part of an on-line assembly system in which an element on the line was first scanned and the image compared with the reference image. A Quickest Reach algorithm then generated a control signal used to drive a stepper motor that corrected the position error. |
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Research Papers and Presentations: (Course work) | |
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Course Work: | ||
MS (CSE) | ||
Database Systems I-II | Modern Operating Systems (Distributed OS) | |
Advanced Database Systems | Mathematical Logic for Computer Science | |
Software Engineering I-II | Hardware Dependent Programming in C++ | |
Computer Networks | Computer Aided Designing and Manufacturing | |
BS (EE) | ||
Assembly Language Programming | Digital Control Systems | |
Computer Logic and Programming | Linear and Nonlinear Control Systems | |
Programmable Logic Controllers | Electronic Circuits and Devices | |
Microprocessor Application | System Engineering and Product Design | |
Relocation: | Willing to relocate |
References: | Available upon request |