Control Systems, Mechatronics & Motion
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Curated Certification CHR06
Master the feedback and dynamics layer behind electromechanical systems: modeling, stability, frequency and state-space methods, estimation, trajectory control, robustness and implementation constraints.
Benchmark: Curated source set: MIT OpenCourseWare -- Credential note: this is a Zuyini mastery certificate built from the cited public courses. It is not issued, sponsored or endorsed by the source institutions, providers or companies.
Core Course Stack
1. Analysis and Design of Feedback Control Systems
- Analysis and Design of Feedback Control Systems — MIT OpenCourseWare — Free OpenCourseWare materials
2. Feedback Control Systems
3. Electronic Feedback Systems - Video Lectures
4. Underactuated Robotics - Video Lectures
5. Principles of Automatic Control
6. Robotic Manipulation
7. Signals & Systems - Feedback and Control Lecture
8. Feedback Systems
Hands-On Mastery Capstone
Model and control a physical or simulated electromechanical system. Derive the plant model, identify performance and stability requirements, design at least two controller approaches, simulate disturbances and uncertainty, and validate tracking and robustness.
Proof Rubric
- system model
- requirements
- controller designs
- Bode/root-locus or state-space evidence
- simulation/experiment
- disturbance tests
- robustness metrics
- implementation tradeoff memo