The aim of lesson: It is aimed to gain the requirements and structure of the control mechanism that must be created in an accelerator system for single-point control of each unit of the entire system and for different infrastructure systems to work in cooperation, and to provide the control that will come into play in case of possible problems.
Course Content: Architecture of control systems, network, software, operating systems, database, accelerator synchronization, timing, orbital feedback control, feedback systems of coupled beam instabilities, vibration control.
| Week | Subject – Content | Teaching Method and Technique Used |
| 1 | Introduction | Lecture, Question and Answer |
| 2 | Architecture of Control Systems | Lecture, Question and Answer, Application |
| 3 | Architecture of Control Systems | Lecture, Question and Answer, Application |
| 4 | Network | Lecture, Question and Answer, Application |
| 5 | Control Software | Lecture, Question and Answer, Application |
| 6 | Operating Systems | Lecture, Question and Answer, Application |
| 7 | Database / Midterm | Lecture, Question and Answer, Application |
| 8 | Synchronization of Accelerator | Lecture, Question and Answer, Application |
| 9 | Timing | Lecture, Question and Answer, Application |
| 10 | Orbital Control | Lecture, Question and Answer, Application |
| 11 | Feedback Systems | Lecture, Question and Answer, Application |
| 12 | Advance Notification Systems | Lecture, Question and Answer, Application |
| 13 | Bundle Diagnostics | Lecture, Question and Answer, Application |
| 14 | Interlock | Lecture, Question and Answer, Application |
| 15 | Final |