About the Course
The Measurements and Control in Precision Industrial Processes course is a specialized program designed to provide participants with the essential theoretical knowledge required to understand measurement tools and control mechanisms used in industrial environments.
The significance of this course lies in its direct alignment with modern labor market needs, where precision in production processes has become a decisive factor in ensuring quality and efficiency. Provided by the Mada Al-Ma’rifah Training Center, this course offers an opportunity to enhance the technical proficiency of personnel by teaching advanced skills in industrial measurement and control.
Course Objectives
- Understand industrial measurement concepts and the various types of instrumentation used.
- Identify automated control systems and the fundamentals of their design.
- Analyze data derived from measurement processes and translate it into operational decisions.
- Handle standards and specifications related to calibration, accuracy, and reliability in measurements.
- Apply theoretical principles of control systems to various industrial processes.
- Utilize common simulation software for designing control systems.
- Optimize industrial process performance through smart control applications.
Course Curriculum
Day 1: Introduction to Industrial Measurements
- Concepts of industrial measurement and its importance in production processes.
- Primary types of measurement devices and their respective functions.
- Standards of accuracy and error in measurements and methodologies for evaluation.
- Introduction to analog-to-digital (A/D) signal conversion techniques.
Day 2: Fundamentals of Automated Control Systems
- Definition of Open-Loop and Closed-Loop control systems.
- Control system components and block diagram representations.
- Concepts of time response and system stability.
- Studying the various elements within control loops.
Day 3: Signal Analysis in Measurement Systems
- Methods of signal analysis in industrial applications.
- Utilizing Bode plots and Nyquist diagrams for system analysis.
- Understanding noise, signal interference, and their impact on system accuracy.
- Criteria for selecting the appropriate measurement devices for specific applications.
Day 4: Digital Control and Its Applications
- Introduction to digital control versus traditional analog control.
- The concept of the PID Controller and its operational functions.
- Designing control systems using computer-based tools.
- Overview of programming languages used in industrial control systems.
Day 5: Performance Optimization and Quality Assurance
- Concepts of quality within precision industrial processes.
- Performance optimization methods using analytical tools.
- Review of international standards for measurements and control (ISO/IEC).
- Theoretical case studies on improving operational efficiency through control systems.
