The project is an obstacle-avoiding robot. This type of robot is designed to
navigate through a space while avoiding obstacles in its path. In our project, we
used an ultrasonic sensor to detect obstacles, and programmed the robot to
navigate around them by controlling the motors using an Arduino and motor
driver. The robot chassis kit provided a platform for the motors and other
components to be mounted onto.
Overall, the goal of the project was to design and build an autonomous robot that
can navigate through a space without human intervention, and avoid obstacles
along the way. The project involves a combination of hardware and software
components, and requires skills in programming, electronics, and mechanical
assembly.
co -supervisor and researcher at Oran 1 university
Software developer
Junior Full stack web developer
Networking Engineer
Industrial and embedded systems Engineer
ALXSoftware engineer -Student
GDSC Core team member
co -supervisor and researcher at Oran 1 university
Software developer
Junior Full stack web developer
Networking Engineer
Industrial and embedded systems Engineer
ALXSoftware engineer -Student
GDSC Core team member
GDSC Lead
ML Department Lead
National Polytechnic school of Oran
ML Department Co-Lead
ML Department member .
.
Organizers Department Lead
Organizers Department member
Security Department Lead
Big Data Department Lead
Big Data Department member
DevOps Department Lead
DevOps Department member
USTHB
External Relationships Department Lead
The Footix
Visual Content Strategist
École Nationale Polytechnique d'Oran
Design Department Lead
usto
Design Department member
Design Department member
FilmMaker
Ensttic
Web Dev Department Lead
Web Dev Department member
USTO MB
Web Dev Department member
Octadot
ML Department member
Mobile Dev Department Lead
Mobile Dev Department member
Mobile Dev Department member
Mobile Dev Department member
