Ing. Ahmed Walid Abid

SmartHome: The primary goal of this project is the design and implementation of a smart home system that solves the following issues: the high price for connected devices, no widely accepted communication protocol, Machine learning algorithms. Autosar: Erstellen von "Application Layer" templates for autonomos driving cars using Vector DaVinci (One week training by Vector Italy in Milan). Demonstration on small robot using Erika in Eclipse.

Analysis of requirements for a CAR2CAR scenario: Approaching emergency vehicle (EV), which is behind and requests free road by sending signals in order the autonomous driving car let it through. Implementation on demonstration car in C++ using Raspbery Pi. An algorithm was developed to safely free the road.  Adaptive Autosar: Build an image in Yocto Linux (Car2Car & Car2X Kommunikation).

Softwaretest in C++: Smart BMW cars should be able to sign up to desired subjects which are provided by the backoffice (Car2X communication).

Implementation in C of 20 traffic lights and 16 parking barriers using "WI-FI Demo G Board" microcontroller. All devices are distributed in a wooden plattform and synchronized.

Simulation & implementation in C/C++ of 4 robots (Khepera IV) that have to drive along the street which is glued with black adhesive tapes in 2.5x2.5m wooden platfrom. The robots should avoid collisions. The scenario is simulated in computer before testing in real time.

Implementation in C of the dashboard of Ecarus (racing car). The speedometer consists of three rows. Each is soldered with LEDs connected in series. The top row is related to the speed of the car (60 LEDs). The middle row shows the level of the battery (50 LEDs) and the last row is synchronized with the turn signal (15 LEDs right and 15 LEDs left).

Master in robotics and automation technology. Masterthesis grade: 1,0 Title: Algorithm to free road for Emergency vehicle.

Creation of websites Webmarketing Manufacture and sale of products Personal development

Image processing crash course in Matlab.

Bachelor in electrical and computer engineering. Bachelorthesis grade: 1,3 Titel: Implementation of a line following mechanism for mobile robots in a small-scale urban environment.

9 months intensiv german courses. DSH 2 written and spoken.