Practical Training for Measurement, Calibration & Metrology Applications
Practical corporate training in Calibration & Metrology, covering measurement principles, calibration methods, traceability, measurement uncertainty, calibration management and laboratory practices, with applications in force, torque, pressure, electrical and dimensional measurement.
Complete Syllabus
1. Calibration & Metrology Fundamentals
Metrology Fundamentals; Measurement Standards; Calibration Principles; Traceability; Reference & Working Standards; Calibration Hierarchy; Calibration Certificates.
2. Measurement Principles & Errors
Accuracy & Precision; Resolution; Sensitivity; Repeatability & Reproducibility; Measurement Errors; Drift; Instrument Tolerances; Measurement Range.
3. Calibration Methods & Procedures
Calibration Procedures; Calibration Points; As-Found & As-Left Data; Reference Standard Selection; Acceptance Criteria; Corrections; Out-of-Tolerance Conditions.
4. Force, Torque & Pressure Calibration
Load Cells; Force Transducers; Force Gauges; Torque Sensors; Torque Wrenches; Pressure Sensors; Pressure Gauges; Calibration Systems; Practical Calibration Methods.
5. Electrical & Dimensional Calibration
Digital Multimeters; Voltage & Current; Resistance; Electrical Standards; Vernier Calipers; Micrometers; Height Gauges; Dial Indicators; CMM; Surface Roughness.
6. Measurement Uncertainty
Type A & Type B Evaluation; Uncertainty Contributors; Standard Uncertainty; Combined Uncertainty; Expanded Uncertainty; Coverage Factor; Uncertainty Budget; Practical Calculations.
7. Calibration Frequency & Management
Calibration Intervals; Risk-Based Calibration Frequency; Equipment Criticality; Drift Analysis; Calibration Scheduling; Equipment History; Calibration Status Management.
8. ISO/IEC 17025 & NABL
ISO/IEC 17025 Fundamentals; NABL Accreditation Requirements; Technical Competence; Laboratory Documentation; Equipment Management; Metrological Traceability; Environmental Conditions; Personnel Competence; Internal Audits; Nonconformity & Corrective Action.
9. Calibration Data Analysis
Error & Correction Calculations; Tolerance Evaluation; Measurement Trends; Calibration History; Acceptance / Rejection Criteria; Excel-Based Calibration Data Analysis.
10. Calibration Reporting & Documentation
Calibration Certificates; Calibration Records; Calibration Procedures; Equipment Master List; Calibration Schedule; Traceability Records; Out-of-Tolerance Reports; Uncertainty Statements.
11. Practical Calibration Applications
Force & Torque Calibration; Pressure Calibration; Electrical Measurement; Dimensional Measurement; Reference Standard Selection; Instrument Verification; Troubleshooting.
12. Laboratory & Quality Practices
Calibration Laboratory Practices; Quality Management; Risk-Based Thinking; Proficiency Testing; Inter-Laboratory Comparisons; Internal Audits; Management Review; Continuous Improvement.
Practical Calculations
Error | Correction | Accuracy | Tolerance | Repeatability | Reproducibility | Measurement Uncertainty | Expanded Uncertainty | Calibration Interval | Acceptance Criteria
Practical Formats
Calibration Procedure | Calibration Certificate | Calibration Record | Uncertainty Budget | Calibration Schedule | Equipment Master List | Calibration History | Out-of-Tolerance Report
Overall Training Flow
Measurement Requirement → Instrument Selection → Reference Standard → Calibration Setup → Data Collection → Error & Correction → Uncertainty Evaluation → Acceptance Decision → Calibration Certificate → Traceability & Records
Who Should Attend?
Calibration Engineers | Metrology Engineers | Quality Engineers | Test & Validation Engineers | Manufacturing Engineers | Instrumentation Engineers | Maintenance Engineers | Laboratory Personnel
What Participants Will Learn
Participants will develop practical skills in calibration, measurement analysis, uncertainty calculations, traceability, ISO/IEC 17025 and NABL requirements, calibration documentation and calibration management.
Training Methodology
Concepts → Worked Examples → Practical Calculations → Engineering Case Studies → Data Analysis → Real-World Applications
Training Duration
1–3 Days, depending on the required depth, instruments, applications and practical exercises.
Customized corporate programs can also be developed based on specific organizational requirements.
Trainer Background
Manjunath Chunamur
Engineering professional with experience in Test & Validation, Calibration, Measurement & Instrumentation, Reliability Engineering and Engineering Data Analysis, bringing practical industrial examples and application-focused learning to the training.
Why Learn from Chunamur Labs?
- Practical industry-oriented training
- Measurement and calibration applications
- Force, torque and pressure calibration expertise
- Practical uncertainty calculations
- ISO/IEC 17025 & NABL-focused learning
- Real-world calibration documentation
- Engineering data analysis
- Customized corporate training
Customized Corporate Training
Training can be customized based on your organization’s instruments, measurement requirements, calibration procedures, standards, applications and competency requirements.
Submit Your Training Requirement
Share your training program, number of participants, preferred duration, training mode and specific requirements.