METHODS OF EVALUATION & COMPLETION REQUIREMENTS
Assessment will consist of quizzes, exams, and assignments. Students must pass the course with at least 60%.
Other Info
For proof of English Language Proficiency please refer the Student Handbook.
PROGRAM DESCRIPTION
This course introduces control systems, and mechanisms that are used to design and control moving robots. The course covers Control Engineering concepts as well as kinematics and physics calculations for robots that are designed to move around obstacles.
CAREER OCCUPATION
This is a single course and by itself does not lead to any career path
ADMISSION REQUIREMENTS
• Grade 12 graduate or mature student status (British Columbia 19 years or older)
• Meet minimum English language proficiency requirements.
LEARNING OBJECTIVES
Upon completion of this program the successful student will have reliably demonstrated the ability to
- Define robot mechanisms
- Demonstrate basic kinematics and inverse kinematics concepts and calculations
- Design locomotion system
- Design Mechanisms using computer
- Define control systems specifications
- Model dynamic systems
- Analyze system response
Design control systems
Course Details
| Total instructional hours | 60 |
| Total Co-op hours | 0 |
| Total program hours | 60 |
| Total program length (weeks) | 3 |
Not all courses may have textbooks. Textbooks are listed on the course outline. Textbooks may not be available through the college.
- Successful completion of the course.
- In-class instruction
- Distance education
- Combined delivery (both in-class and distance)