Ahmed Elghannam

ERP : Oracle Applications Release 12
Modules : Purchasing
Location : Abu Dhabi
Period : From Oct-10 till 15th Jan 2011
 Responsibilities
• Functional Upgrade for Inventory & Purchasing modules from 11i to R12.
• Training for Full procure to pay cycle, new features of R12 and Standard period closure procedure.
• Prepare required documents.
• Ensure proper transition from 11i to R12 through upgrade iteration one and upgrade iteration… Show more

ERP : Oracle Applications Release 12
Modules : Purchasing
Location : Abu Dhabi
Period : From Oct-10 till 15th Jan 2011
 Responsibilities
• Functional Upgrade for Inventory & Purchasing modules from 11i to R12.
• Training for Full procure to pay cycle, new features of R12 and Standard period closure procedure.
• Prepare required documents.
• Ensure proper transition from 11i to R12 through upgrade iteration one and upgrade iteration 2.
• Testing standard and custom reports and forms.
• Going live.
Show less

ERP : Oracle Applications Release 12
Modules : Purchasing
Location : Abu Dhabi
Period : From Oct-10 till 15th Jan 2011
 Responsibilities
• Functional Upgrade for Inventory & Purchasing modules from 11i to R12.
• Training for Full procure to pay cycle, new features of R12 and Standard period closure procedure.
• Prepare required documents.
• Ensure proper transition from 11i to R12 through upgrade iteration one and upgrade iteration… Show more

ERP : Oracle Applications Release 12
Modules : Purchasing
Location : Abu Dhabi
Period : From Oct-10 till 15th Jan 2011
 Responsibilities
• Functional Upgrade for Inventory & Purchasing modules from 11i to R12.
• Training for Full procure to pay cycle, new features of R12 and Standard period closure procedure.
• Prepare required documents.
• Ensure proper transition from 11i to R12 through upgrade iteration one and upgrade iteration 2.
• Testing standard and custom reports and forms.
• Going live.
Show less

Navigating unexplored areas is one of the problems that can be efficiently hadled by autonomous robots and provide information about the new area. A simpler problem that was studied in this project was navigating through an unexplored maze and finding the path to the center. No information was given about the layout of the maze. The only information known beforehand is the number of cells that comprise the maze. This problem was one of IEEE contests called Micromouse.

Micromouse is a… Show more

Navigating unexplored areas is one of the problems that can be efficiently hadled by autonomous robots and provide information about the new area. A simpler problem that was studied in this project was navigating through an unexplored maze and finding the path to the center. No information was given about the layout of the maze. The only information known beforehand is the number of cells that comprise the maze. This problem was one of IEEE contests called Micromouse.

Micromouse is a synthesis of electrical, mechanical, and software sub-systems that integrate to provide an autonomous robot. The electrical part comprise the micro-controller, drivers, and sensors. It is a complete embedded system with real-time computing and stringent power constraints. The mechanical part comprises the chasis, wheel steering, and weight analysis. Finally, the software system is comprised of real-time sensor monitoring, real-time control of motor speed and direction, and real-time analysis of the maze to discover the location and shortest path to the center.

The real challenge in this project was how to build this system with local components (in Egypt) with very low cost while maintaining an acceptable speed and solution time. We were able to build this robot with tens of dollars and it worked as part of our Capstone project in Cairo University in 2003. We also demonstrated our project in EED (Egyptian Engineering Day).
Video: http://eces.colorado.edu/~mohamema/micromouse.avi Show less