Curso de Basics of Engineering Metrology

Este curso es fundamental para aquellos que desean dedicarse al mundo de la metrología en su trabajo. La correcta medición de componentes y piezas es crucial en industrias como la automotriz, aeroespacial, de producción de maquinaria, entre otras. Contar con los conocimientos adquiridos en este curso permitirá a los profesionales realizar mediciones precisas y asegurar la calidad de los productos, lo que contribuirá al éxito y la eficiencia en su desempeño laboral.

La duración total del curso es de 60 horas.

Índice de subtemas para cada una de las secciones de tu curso Basics of Engineering Metrology:

1. Measurement:
   • Fundamentals of Measurement
   • Measurement Devices
   • Calibration Procedures
   • Measurement Uncertainty
   • Data Analysis and Reporting
2. Linear Measurement:
   • Introduction to Linear Measurement
   • Types of Linear Measuring Instruments
   • Calibration and Maintenance of Linear Measuring Instruments
   • Errors in Linear Measurement
   • Applications of Linear Measurement in Engineering
3. Angular Measurement:
   • Types of Angles
   • Instruments for Angular Measurement
   • Calibration of Angular Measurement Instruments
   • Principles of Angular Measurement
   • Errors in Angular Measurement
4. Comparative gauges:
   • Introduction to Comparative Gauges
   • Types of Comparative Gauges
   • Principles of Operation
   • Applications of Comparative Gauges
   • Advantages and Limitations of Comparative Gauges
5. Temperature Measurement:
   • Unit 1: Introduction to Temperature Measurement
   • Unit 2: Thermocouples and Resistance Temperature Detectors
   • Unit 3: Infrared Temperature Measurement
   • Unit 4: Thermistors and Liquid-in-Glass Thermometers
   • Unit 5: Temperature Measurement Devices Calibration
6. Pressure Measurement:
   • Introduction to Pressure Measurement
   • Principles of Pressure Measurement
   • Types of Pressure Sensors
   • Calibration of Pressure Measurement Instruments
   • Applications of Pressure Measurement in Engineering
7. Pressure Calibration as per DKD R6 01:
   • Introduction to Pressure Calibration
   • DKD R6 01 Pressure Calibration Standards
   • Calibration Procedures for Pressure Instruments
   • Factors Affecting Pressure Calibration Accuracy
   • Calibration Reports and Documentation
8. Gear Metrology:
   • Gear Metrology Overview
   • Gear Terminology and Definitions
   • Gear Measurement Methods
   • Gear Inspection Techniques
   • Gear Measurement Equipment
9. Surface Metrology:
   • Introduction to Surface Metrology
   • Surface Roughness Measurement Techniques
   • Surface Texture Parameters
   • Surface Profilometers
   • Surface Topography Analysis
10. Optical Metrology:
    • Introduction to Optical Metrology
    • Principles of Optical Measurements
    • Types of Optical Metrology Instruments
    • Applications of Optical Metrology
    • Advancements in Optical Metrology
11. Force and Torque Measurement:
    • Introduction to Force and Torque Measurement
    • Types of Force and Torque Sensors
    • Calibration of Force and Torque Instruments
    • Applications of Force and Torque Measurement in Engineering
    • Recent Developments in Force and Torque Measurement Technology
12. 3D Metrology:
    • Introduction to 3D Metrology
    • Principles of 3D Metrology
    • Technologies in 3D Metrology
    • Applications of 3D Metrology
    • Challenges and Future Trends in 3D Metrology
13. Measurement Planning:
    • Introduction to Measurement Planning
    • Factors to Consider in Measurement Planning
    • Selection of Measurement Tools and Techniques
    • Establishing Measurement Procedures
    • Quality Control in Measurement Planning
14. Uncertainty:
    • Introduction to Uncertainty in Engineering Metrology
    • Types of Uncertainty in Measurements
    • Estimating and Evaluating Uncertainty
    • Propagation of Uncertainty in Metrology
    • Minimizing Uncertainty in Metrology
15. ISO Standands:
    • Introduction to ISO Standards
    • ISO 9001 Quality Management Systems
    • ISO 14001 Environmental Management Systems
    • ISO 45001 Occupational Health and Safety Management Systems
    • ISO 27001 Information Security Management Systems

• Conocimientos básicos de geometría y trigonometría.
• Habilidad para utilizar instrumentos de medición como micrómetros y calibradores.
• Conocimientos sobre los diferentes tipos de tolerancias en la industria.
• Capacidad para interpretar planos de ingeniería y entender las especificaciones de medición.
• Habilidad para realizar mediciones precisas y compararlas con los estándares de calidad.

• Estudiantes de ingeniería
• Profesionales del sector industrial
• Técnicos especializados en metrología

La realización del curso será completamente on-line y evaluado a través de un examen. Una vez superado el mismo, podrás recibir tu título, válido para toda España.

Una vez hayas completado el curso, puede realizar el test relacionado y obtener tu título.