3- Intended Learning Outcome :-

a- Knowledge and Understanding :-

Students who complete the course will have the ability to :-

a1- Understand the basics of machine vision concepts applicable to robotics.

a2- Understand how to design techniques for controlling mechanical systems.

b. Intellectual Skills :-

Students who complete the course will have the ability to :-

b1- Know the underlying principles behind robotic systems.

b2- Study different robotics design techniques.

b3- Know the different types of robotic control mechanisms.

c-Professional Skills :-

Knowledge of the concepts and material presented in this course will provide the students with practical know-how to :-

c1- Design and implement a simple robot. 

c2- Move a robot arm using one or more control mechanism. 

c3- Integrate sensors and effectors into a robotic system.

d-General Skills :-

Knowledge of the concepts and material presented in this course will provide the students with the capability to : -

d1- Understand the various sensing techniques.

d2- Implement several simple robot control laws.

d3- Overcome obstacles to achieve an ambition.

d4- Think creatively, laterally and independently.

d5- Participate effectively in group discussion or debates.

e-Attitude :-

e1- How to apply the principles of geometry to derive models for the forward and inverse kinematics of a manipulator.

e2- How to make a collaborative work with other students especially in the e-learning environment.

e3- Learn how to make relation with other, and the limit of this relation.