Instructor - Advanced Robotics (102)
Senior Program, Level One Course
- Description
- Curriculum
In this course, students will deepen their understanding of both programming and mechanical design by exploring advanced engineering principles and control algorithms. They will learn and apply higher-level programming concepts, including mathematical operations and algorithms, and implement proportional control in their programs. On the mechanical design side, students will explore advanced topics such as four-bar mechanisms and center of gravity applications. Working in groups, they will build complex designs and gain a thorough understanding of how these systems function in real-world applications.
Upon successful completion of this course, students will be able to:
- Understand programming logic.
- Build and utilize mathematical operations and algorithms.
- Enhance students’ analytical skills through problem-solving.
- Establish a relationship between mechanical concepts to build more stable robots.
- Develop an advanced understanding of program writing based on different sensory inputs.
Welcome
1. Blocks Execution Time
2. Data Types
3. Mechanical Concepts Center of Mass
4. Data Wiring
5. Variables
6. Mechanical Concepts Four Bar Mechanism
7. Project Machine Gun nxt
8. Gyro Sensor
9. PID Controlling
10. Mechanical Concept Wheel Travel Distance
11. Vehicles Concept Steering System
12. Advanced Gearing Systems
13. 3-Speed Transmission with Clutch
Course details
Duration
21 hours
Lectures
71
Video
9 hours
Quizzes
13
Level
Advanced
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