• Distributed Operating Systems, Networking, ATM

• Relational / Object Oriented / Temporal Database Systems

• To design and develop Encoder/Decoder module for platform independent communication in "Generic Systems Integration Architecture" using Java. Design documentation done with Rational Rose.

• Developed a prototype of Web based Multimedia bulletin board with emphasis on SRS and Design part. 

(Led the project team of six following the Software Engineering Practices.) 
The prototype is available at http://pepe.uta.edu/gmehta/mythical.

• Participated in developing SRS and SRD with risk estimation and project planning for a Project Planning tool with a team of five members.

• Developed an MS-DOS command interpreter for Digital UNIX system. (C and Bourne Shell)

• Developed a Matrix Manipulations Utility for real or complex numbers, with dynamic memory allocation to allow user to open any number of matrices of any size. Also to give summary of the existing matrices using OLE. (Visual C++ 4.0)

• Developed a network version of the Matrix Manipulation Utility and a "Client-Server" software for the same. (Visual C++ 4.0)

• Developed a simple interactive mail utility in C employing generic SMTP and socket programming.

• Developed software to normalize the relations in Relational Database to BCNF/3NF using C.

• Developed a Catalog based Database Security System for Oracle using Pro*C to prevent unauthorized modifications to database.

• Created a geographical database to keep track of Population History, Water Bodies and Neighborhood of Continents, Countries and their States or Provinces and Cities using backend Oracle.

• Developed solid animated 3D Modeling of some Electronic Components and Animated them to show the assembly and disassembly. (AutoCad -R13, 3D Studio)

• Developed a system for Image Sensing And Element Positioning. 

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. (Undergraduate Senior Project)

• Performed a feasibility study of employing various Trend Analysis and Forecasting Methods for Adaptive Resource Management.

• Paper on "Advances in Quality Assurance Practices for Software Engineering."

• Presentation on "Introduction to Software Configuration Management and an Overview of Recent Practices." (Approximate Time: 1 hour 20 minutes)

• Paper and presentation on "Introduction to ATM and Advancement in Cell Relay Technology."

• Review paper and presentation on "Integrating Triggers and Declarative Constraints in SQL Database-VLDB 1996."

Support faculty members with Software/ Hardware difficulties. 
Maintain and upgrade hardware and software and network support. 
Responsible for hardware and software audits. 
 

Supported faculty member in development of a Low-cost Tissue Fluoremetry System 
The system included RF modulation and demodulation of Laser signals, their interpretation, computer interface and plotting of results and a computer controlled positioning system. 
 

Gained exposure to PC architecture. 
Responsible for PC assembly, installation and configuration of various peripherals, and installation of various software packages. 
Also responsible for maintenance, repairing and upgrading of PC at client site. 
 

Worked on Image sensing, Stepper Motor Drives and Assembly Language Programming for PC. 
Developed a system for Image Sensing And Element Positioning. 
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.