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Practical Industrial Process Instrumentation Measurement, and Calibration

Course Objective

This course is particularly suitable as a foundation-to-advanced online professional course for oil & gas, petrochemical, manufacturing, power generation, water treatment, and other process industries.

Online Foundation-to-Advanced Training Course

Course Format: Online / Self-Paced + Practical Demonstrations
Level: Beginner → Intermediate → Advanced
Recommended Duration: 30–40 hours
Modules: 10
Target Audience: Instrumentation Technicians, E&I Technicians, Maintenance Engineers, Control Engineers, Process Engineers, Commissioning Personnel, and Technical Supervisors.

Course Description

This course provides comprehensive practical training in industrial process measurement, instrumentation, calibration, troubleshooting, and maintenance. Learners will develop the knowledge required to select, install, configure, calibrate, test, and troubleshoot common industrial measurement instruments used for pressure, temperature, flow, level, analytical measurements, and process variables.

The course combines instrumentation theory with practical calibration techniques, loop testing, instrument datasheets, P&IDs, 4–20 mA signals, HART communication, control valves, PLC/DCS interfaces, and real-world industrial troubleshooting scenarios.

Course Fee

  • Online Training fee: N250,000
  • Offline Training Fee: N600,000

Module 1 — Fundamentals of Industrial Instrumentation

Lessons

  1. Introduction to Industrial Instrumentation
  2. Role of Instrumentation in Process Industries
  3. Process Variables and Measurement
  4. Instrumentation Terminology
  5. Accuracy, Precision, Resolution and Repeatability
  6. Range, Span, Zero and Turndown
  7. Direct and Indirect Measurement
  8. Instrument Tags and Identification
  9. Reading Instrument Datasheets
  10. Introduction to P&IDs and Instrument Symbols

Learning Objectives

By the end of this module, learners will be able to:

  • Explain the purpose of industrial instrumentation.
  • Identify major process variables.
  • Interpret instrument ranges and spans.
  • Understand accuracy, precision and repeatability.
  • Read basic P&IDs and instrument tags.
  • Identify common instrumentation symbols.

Video Duration: 3 hours
Quiz: 20 questions
Practical Assignment: Identify and classify instruments from a sample P&ID.

Module 2 — Measurement Principles & Instrument Characteristics

Lessons

  1. Measurement Systems
  2. Sensors and Primary Measuring Elements
  3. Transducers and Transmitters
  4. Analog and Digital Measurement
  5. Measurement Errors
  6. Static and Dynamic Characteristics
  7. Instrument Response Time
  8. Hysteresis and Deadband
  9. Environmental Effects on Measurement
  10. Instrument Selection Fundamentals

Practical Topics

  • Accuracy calculations
  • Measurement error
  • Percentage error
  • Zero error
  • Span error
  • Calibration error
  • Instrument drift

Assessment

Quiz: Measurement fundamentals
Practical Assignment: Calculate measurement errors from supplied instrument data.

Module 3 — Pressure Measurement & Calibration

Lessons

  1. Pressure Measurement Fundamentals
  2. Absolute, Gauge and Differential Pressure
  3. Pressure Units and Conversions
  4. Mechanical Pressure Instruments
  5. Bourdon Tube Gauges
  6. Pressure Switches
  7. Differential Pressure Transmitters
  8. Electronic Pressure Transmitters
  9. Pressure Transmitter Configuration
  10. Pressure Calibration Procedures
  11. Zero and Span Adjustment
  12. Manifold and Impulse Line Arrangements
  13. Pressure Instrument Troubleshooting

Practical Calibration

Learners will perform simulated calibration exercises involving:

  • Pressure gauges
  • Pressure switches
  • Pressure transmitters
  • Differential pressure transmitters

Practical Assignment: Create a 5-point pressure transmitter calibration record.

Module 4 — Temperature Measurement & Calibration

Lessons

  1. Fundamentals of Temperature Measurement
  2. Thermocouples
  3. RTDs
  4. Resistance and Temperature Relationship
  5. Thermowells
  6. Temperature Transmitters
  7. Head-Mounted and Rail-Mounted Transmitters
  8. Temperature Switches
  9. Temperature Sensor Wiring
  10. Cold Junction Compensation
  11. Temperature Calibration
  12. Temperature Troubleshooting

Practical Exercises

  • RTD resistance measurement
  • Thermocouple identification
  • Temperature transmitter configuration
  • Sensor/transmitter loop testing
  • Temperature calibration using a simulator

Practical Assignment: Develop a temperature calibration certificate.

Module 5 — Flow Measurement & Calibration

Lessons

  1. Fundamentals of Flow Measurement
  2. Volumetric and Mass Flow
  3. Differential Pressure Flow Measurement
  4. Orifice Plates
  5. Venturi Tubes
  6. Flow Nozzles
  7. Magnetic Flowmeters
  8. Vortex Flowmeters
  9. Coriolis Flowmeters
  10. Ultrasonic Flowmeters
  11. Variable Area Flowmeters
  12. Flow Transmitter Calibration
  13. Flow Measurement Troubleshooting

Industry Applications

Special emphasis on flow measurement in:

  • Oil & gas
  • Natural gas
  • Water treatment
  • Steam systems
  • Chemical processing
  • Power generation

Practical Assignment: Troubleshoot a simulated incorrect flow reading.

Module 6 — Level Measurement & Calibration

Lessons

  1. Fundamentals of Level Measurement
  2. Point-Level vs Continuous-Level Measurement
  3. Differential Pressure Level Measurement
  4. Hydrostatic Level Measurement
  5. Float and Displacer Instruments
  6. Ultrasonic Level Measurement
  7. Radar Level Measurement
  8. Capacitance Level Measurement
  9. Guided Wave Radar
  10. Level Switches
  11. Level Transmitter Calibration
  12. Level Measurement Troubleshooting

Practical Exercises

  • DP level calculation
  • Zero suppression/elevation
  • Radar configuration fundamentals
  • Level transmitter calibration
  • Troubleshooting false level indications

Practical Assignment: Develop a level measurement and calibration procedure.

Module 7 — Industrial Process Analyzers

Lessons

  1. Introduction to Process Analysis
  2. pH Measurement
  3. Conductivity Measurement
  4. Dissolved Oxygen
  5. Oxygen Analyzers
  6. Hydrogen Sulfide Measurement
  7. Moisture Analyzers
  8. Gas Analyzers
  9. Chromatographs — Introduction
  10. Analyzer Sampling Systems
  11. Analyzer Calibration
  12. Analyzer Troubleshooting

Applications

  • Refinery processes
  • Gas processing
  • Water treatment
  • Power plants
  • Environmental monitoring

Practical Assignment: Develop an analyzer calibration checklist.

Module 8 — Instrument Calibration & Test Equipment

Lessons

  1. Principles of Instrument Calibration
  2. Calibration Standards
  3. Traceability
  4. Calibration Intervals
  5. Calibration Tolerance
  6. As-Found and As-Left Conditions
  7. Calibration Procedures
  8. Calibration Documentation
  9. Calibration Certificates
  10. Calibration of Pressure Instruments
  11. Calibration of Temperature Instruments
  12. Calibration of Process Transmitters

Calibration Equipment

Learners will be introduced to:

  • Digital multimeters
  • Loop calibrators
  • Pressure calibrators
  • Multifunction calibrators
  • Temperature calibrators
  • RTD/thermocouple simulators
  • HART communicators
  • Hand pumps
  • Deadweight testers

Practical Assignment

Perform a simulated 5-point transmitter calibration and produce:

  • Calibration sheet
  • As-found data
  • Adjustment record
  • As-left data
  • Calibration certificate

Module 9 — 4–20 mA, HART, PLC/DCS & SCADA Integration

Lessons

  1. Industrial Analog Signals
  2. The 4–20 mA Current Loop
  3. Two-Wire and Four-Wire Instruments
  4. Loop Power
  5. Signal Scaling
  6. Loop Resistance
  7. Instrument Loop Testing
  8. HART Communication Fundamentals
  9. HART Configuration
  10. PLC Analog Input Integration
  11. DCS Instrument Integration
  12. SCADA Visualization
  13. Signal Fault Diagnosis
  14. Open Circuit and Short Circuit Troubleshooting

Practical Exercises

Learners troubleshoot simulated:

  • 4–20 mA faults
  • Incorrect scaling
  • Loss of signal
  • Reversed wiring
  • Grounding problems
  • Transmitter configuration errors
  • PLC/DCS analog input problems

Practical Assignment: Trace a complete instrument loop from field transmitter → junction box → marshalling cabinet → PLC/DCS → SCADA.

Module 10 — Instrumentation Troubleshooting, Maintenance & Commissioning

Lessons

  1. Instrument Troubleshooting Methodology
  2. Fault Finding Techniques
  3. Reading Loop Diagrams
  4. Instrument Wiring Verification
  5. Calibration vs Troubleshooting
  6. Preventive Maintenance
  7. Corrective Maintenance
  8. Instrument Commissioning
  9. Loop Checking
  10. Functional Testing
  11. Cause & Effect Testing
  12. Common Instrument Failures
  13. Troubleshooting Case Studies
  14. Maintenance Documentation

Real-World Case Studies

Learners will investigate simulated faults such as:

  • Pressure transmitter reading high
  • Temperature transmitter reading low
  • Flow transmitter showing zero
  • Level transmitter fluctuating
  • 4–20 mA signal failure
  • Incorrect PLC scaling
  • HART communication failure
  • Instrument drift
  • Blocked impulse line
  • Incorrect transmitter range
  • Faulty sensor
  • Grounding/shielding problems

Final Practical Assignment: Complete a full instrumentation troubleshooting and calibration case study.

Online Practical Laboratory

The course should include virtual/practical demonstrations covering:

Pressure

Pressure source → transmitter → calibrator → multimeter → control system

Temperature

RTD/thermocouple → temperature transmitter → 4–20 mA → PLC/DCS

Flow

Flow transmitter → signal loop → control system → process indication

Level

DP/radar level transmitter → control system

Calibration

Reference standard → instrument under test → calibration record

Assessment Structure

Assessment

Weight

Module Quizzes

20%

Practical Assignments

25%

Calibration Exercises

20%

Troubleshooting Case Studies

15%

Final Examination

20%

Total

100%

Final Certification Exam

100 questions

Recommended pass mark: 70%

Exam coverage:

  • Instrumentation fundamentals
  • Measurement principles
  • Pressure
  • Temperature
  • Flow
  • Level
  • Process analyzers
  • Calibration
  • 4–20 mA
  • HART
  • PLC/DCS integration
  • Troubleshooting
  • Commissioning

Course Outcome

After completing the course, participants should be able to:

Identify → Select → Install → Configure → Measure → Calibrate → Test → Troubleshoot → Maintain → Commission

 

Industrial Process Instrument Measurement, and Calibration— Beginner to Advanced

Course Objective

Practical Measurement, Calibration, Troubleshooting, Loop Checking & Smart Instrumentation for Oil & Gas, Manufacturing, Power and Process Industries

Course Level

Beginner → Intermediate → Advanced

Target Audience

  • Instrumentation technicians and engineers
  • Electrical & instrumentation technicians
  • Maintenance personnel
  • Commissioning and pre-commissioning personnel
  • Calibration technicians
  • Process control engineers
  • E&I supervisors and QC inspectors
  • Engineering students and graduates entering instrumentation

Recommended Duration

8–10 weeks online
Approximately 50–70 learning hours, including practical assignments and assessments.

Course Goal

To develop the practical knowledge and skills required to select, install, measure, calibrate, troubleshoot, document, and maintain industrial measurement instruments used in process plants.

Course Fee

  • Online Training fee: N250,000
  • Offline Training Fee: N500,000

Module 1 — Fundamentals of Industrial Measurement

Lessons

  1. Introduction to industrial instrumentation
  2. Measurement concepts and terminology
  3. Measured variable, process variable and controlled variable
  4. Accuracy, precision and repeatability
  5. Sensitivity and resolution
  6. Range and span
  7. Zero and zero shift
  8. Measurement error
  9. Instrument uncertainty
  10. Static and dynamic characteristics
  11. Instrument response time
  12. Direct and indirect measurement

Practical Activity

Calculate instrument error, percentage error, span and accuracy from sample calibration data.

Assessment

  • Module quiz
  • Measurement calculation exercise

Module 2 — Units, Standards & Calibration Fundamentals

Lessons

  1. SI units and engineering units
  2. Pressure units
  3. Temperature units
  4. Flow units
  5. Level units
  6. Density and specific gravity
  7. Electrical measurement units
  8. Engineering unit conversion
  9. Calibration terminology
  10. Traceability
  11. Reference standards
  12. Calibration certificates
  13. Calibration intervals
  14. As-found and as-left conditions

Practical Activity

Interpret a typical industrial calibration certificate.

Module 3 — Measurement Errors & Uncertainty

Lessons

  1. Sources of measurement error
  2. Systematic errors
  3. Random errors
  4. Gross errors
  5. Instrument errors
  6. Environmental effects
  7. Loading effects
  8. Hysteresis
  9. Dead band
  10. Drift
  11. Repeatability
  12. Reproducibility
  13. Measurement uncertainty
  14. Uncertainty budgets
  15. Introduction to ISO/IEC 17025 concepts

Practical Activity

Determine the error and uncertainty of a pressure measurement.

Module 4 — Pressure Measurement & Calibration

Lessons

  1. Principles of pressure measurement
  2. Absolute pressure
  3. Gauge pressure
  4. Differential pressure
  5. Vacuum measurement
  6. Pressure gauges
  7. Bourdon tube instruments
  8. Diaphragm instruments
  9. Bellows instruments
  10. Differential pressure transmitters
  11. Pressure switches
  12. Pressure transmitter installation
  13. Manifold configurations
  14. Impulse lines
  15. Pressure calibration procedures

Calibration Equipment

  • Digital pressure calibrator
  • Hand pressure pump
  • Deadweight tester
  • Pressure gauge
  • Multimeter
  • HART communicator

Practical Exercise

Calibrate a 4–20 mA pressure transmitter.

Example:

Range: 0–10 bar
Output: 4–20 mA

Students perform:

  • 0% calibration
  • 25%
  • 50%
  • 75%
  • 100%
  • As-found recording
  • Adjustment
  • As-left verification

Module 5 — Temperature Measurement & Calibration

Lessons

  1. Principles of temperature measurement
  2. Temperature scales
  3. Thermocouples
  4. RTDs
  5. Resistance measurement
  6. Thermistors
  7. Bimetallic thermometers
  8. Temperature switches
  9. Temperature transmitters
  10. Thermowells
  11. Cold junction compensation
  12. Thermocouple types
  13. RTD wiring configurations
  14. Temperature transmitter configuration
  15. Temperature calibration procedures

Calibration Equipment

  • Dry-block calibrator
  • Temperature bath
  • RTD simulator
  • Thermocouple simulator
  • Digital multimeter
  • Multifunction calibrator

Practical Exercise

Calibrate a Pt100 temperature transmitter at:

0°C → 25°C → 50°C → 75°C → 100°C

Module 6 — Flow Measurement & Calibration

Lessons

  1. Fundamentals of flow measurement
  2. Mass flow and volumetric flow
  3. Differential-pressure flow measurement
  4. Orifice plates
  5. Venturi tubes
  6. Flow nozzles
  7. Rotameters
  8. Magnetic flowmeters
  9. Vortex flowmeters
  10. Coriolis flowmeters
  11. Ultrasonic flowmeters
  12. Turbine flowmeters
  13. Flow transmitter configuration
  14. Flowmeter installation requirements
  15. Flow calibration principles

Practical Exercise

Perform a simulated calibration of a flow transmitter and calculate percentage error.

Advanced Topics

  • Flow compensation
  • Pressure compensation
  • Temperature compensation
  • Density compensation
  • Introduction to custody-transfer measurement

Module 7 — Level Measurement & Calibration

Lessons

  1. Fundamentals of level measurement
  2. Direct level measurement
  3. Sight glasses
  4. Float and displacer systems
  5. Differential-pressure level measurement
  6. Hydrostatic level measurement
  7. Radar level measurement
  8. Guided-wave radar
  9. Ultrasonic level measurement
  10. Capacitance level measurement
  11. Conductivity level measurement
  12. Point-level switches
  13. Open-tank level calibration
  14. Closed-tank level calibration
  15. Zero suppression
  16. Zero elevation

Practical Exercise

Calculate and configure a DP transmitter for a closed vessel.

Module 8 — Electrical & Electronic Measurement

Lessons

  1. Voltage measurement
  2. Current measurement
  3. Resistance measurement
  4. Continuity testing
  5. Digital multimeters
  6. Clamp meters
  7. Insulation resistance testing
  8. Signal generators
  9. 4–20 mA signals
  10. 0–10 V signals
  11. Pulse signals
  12. Frequency signals
  13. RTD resistance simulation
  14. Thermocouple signal simulation
  15. Loop-powered instruments

Practical Exercise

Troubleshoot a simulated 4–20 mA instrumentation loop.

Module 9 — 4–20 mA Instrumentation & Signal Calibration

Lessons

  1. Why 4–20 mA is used
  2. Current-loop fundamentals
  3. Two-wire transmitters
  4. Three-wire transmitters
  5. Four-wire instruments
  6. Loop power supplies
  7. Signal conversion
  8. Analog input cards
  9. Analog output cards
  10. Signal isolation
  11. Loop resistance
  12. Open-loop faults
  13. Short-circuit faults
  14. Incorrect polarity
  15. Signal scaling

Practical Exercise

Troubleshoot:

4 mA → 0%
12 mA → 50%
20 mA → 100%

Module 10 — HART Communication & Smart Instrument Calibration

Lessons

  1. Introduction to smart instruments
  2. HART communication
  3. HART signal principles
  4. HART communicators
  5. Device configuration
  6. Tag identification
  7. Range configuration
  8. Damping
  9. Sensor trim
  10. Current-loop trim
  11. Zero trim
  12. Factory reset
  13. Diagnostic information
  14. HART troubleshooting
  15. Calibration using HART

Practical Exercise

Configure and calibrate a simulated smart pressure transmitter using HART.

Module 11 — Calibration of Process Instruments

Lessons

  1. Calibration workflow
  2. Calibration preparation
  3. Review of instrument datasheets
  4. Calibration procedure development
  5. Test equipment selection
  6. Connecting calibration equipment
  7. As-found calibration
  8. Instrument adjustment
  9. As-left calibration
  10. Acceptance criteria
  11. Calibration tolerances
  12. Calibration documentation
  13. Calibration status labels
  14. Calibration failure management

Practical Exercise

Develop a complete calibration procedure for a pressure transmitter.

Module 12 — Instrument Calibration Equipment

Lessons

  1. Digital multimeters
  2. Multifunction calibrators
  3. Loop calibrators
  4. Pressure calibrators
  5. Hand pumps
  6. Deadweight testers
  7. Dry-block calibrators
  8. Temperature baths
  9. RTD/TC simulators
  10. Frequency generators
  11. HART communicators
  12. Portable calibration systems
  13. Selection of calibration equipment
  14. Equipment accuracy and uncertainty

Practical Activity

Select suitable calibration equipment for different instrument types.

Module 13 — Calibration of Control Valves & Final Control Elements

Lessons

  1. Control valve fundamentals
  2. Valve positioners
  3. Pneumatic positioners
  4. Smart positioners
  5. I/P converters
  6. Valve travel calibration
  7. Zero and span adjustment
  8. Air-to-open valves
  9. Air-to-close valves
  10. Fail-open and fail-closed
  11. Position feedback
  12. Valve stroking
  13. Valve signature testing
  14. Positioner troubleshooting

Practical Exercise

Perform a simulated control-valve positioner calibration.

Module 14 — Instrument Loop Checking & Functional Testing

Lessons

  1. Instrument loop fundamentals
  2. Loop diagrams
  3. Instrument termination
  4. Junction boxes
  5. Marshalling cabinets
  6. PLC/DCS interface
  7. Analog input testing
  8. Analog output testing
  9. Digital input testing
  10. Digital output testing
  11. Loop checking procedures
  12. Cold loop checks
  13. Hot loop checks
  14. Functional testing
  15. Loop-check documentation

Practical Exercise

Complete a simulated field instrument → JB → marshalling → DCS loop check.

Module 15 — Instrument Troubleshooting

Lessons

  1. Troubleshooting methodology
  2. Reading P&IDs
  3. Reading instrument loop diagrams
  4. Using datasheets
  5. Signal tracing
  6. Multimeter troubleshooting
  7. Pressure transmitter faults
  8. Temperature transmitter faults
  9. Flow transmitter faults
  10. Level transmitter faults
  11. 4–20 mA faults
  12. HART communication faults
  13. Power supply faults
  14. Wiring faults
  15. Grounding and shielding problems

Case Studies

  • Transmitter reading zero
  • Transmitter output stuck at 4 mA
  • Transmitter output stuck at 20 mA
  • Unstable measurement
  • Incorrect process reading
  • HART communication failure
  • Instrument intermittent fault

Module 16 — Calibration Management & Documentation

Lessons

  1. Calibration management systems
  2. Instrument database
  3. Calibration schedules
  4. Calibration intervals
  5. Calibration history
  6. Calibration certificates
  7. Instrument identification
  8. Calibration labels
  9. Out-of-tolerance instruments
  10. Corrective action
  11. Calibration records
  12. QA/QC requirements
  13. Audit preparation
  14. Electronic calibration management systems

Practical Assignment

Create a calibration register for a small process plant.

Module 17 — Industry Standards & Best Practices

Topics

  • ISO/IEC 17025
  • ISA instrumentation practices
  • IEC standards relevant to instrumentation
  • API practices relevant to process measurement
  • NIST traceability concepts
  • Calibration laboratory practices
  • Manufacturer calibration procedures
  • Instrument datasheet requirements
  • QA/QC documentation

Module 18 — Advanced Industrial Calibration

Lessons

  1. Advanced pressure calibration
  2. Advanced temperature calibration
  3. Flow calibration systems
  4. Multivariable transmitters
  5. Density measurement
  6. Differential-pressure measurement
  7. Gas measurement
  8. Liquid measurement
  9. Measurement uncertainty
  10. Calibration optimization
  11. Advanced troubleshooting
  12. Instrument performance verification

Advanced Applications

  • Oil & gas
  • Refineries
  • LNG
  • Petrochemical plants
  • Power plants
  • Manufacturing
  • Water treatment

Practical Projects

The course should contain substantial hands-on/simulation work.

Project 1 — Pressure Transmitter Calibration

Calibrate a 4–20 mA pressure transmitter and produce a calibration certificate.

Project 2 — Temperature Transmitter Calibration

Calibrate an RTD transmitter using a temperature simulator.

Project 3 — Flow Transmitter Calibration

Perform a simulated five-point flow calibration.

Project 4 — Level Transmitter Calibration

Calculate the calibration range of a DP level transmitter.

Project 5 — 4–20 mA Loop Troubleshooting

Identify and correct faults in an instrumentation loop.

Project 6 — HART Configuration

Configure a smart transmitter using HART.

Project 7 — Control Valve Calibration

Calibrate a smart valve positioner and perform a valve stroke test.

Project 8 — Complete Instrument Loop Check

Trace and test a complete instrument loop from field device to DCS.

Recommended Online Video Structure

Each lesson can be delivered as:

Video 1 — Theory: 15–25 minutes
Video 2 — Instrument Demonstration: 15–25 minutes
Video 3 — Calibration Procedure: 20–30 minutes
Video 4 — Troubleshooting Case Study: 10–20 minutes

This gives approximately 45–90 minutes of video content per major lesson/module, depending on depth.

Online Learning Resources

Each module should include:

  • 📘 Downloadable lesson notes
  • 🎥 Instructor video
  • 🖼️ Instrument photographs and diagrams
  • 📊 Calibration tables
  • 📄 Instrument datasheets
  • 📋 Calibration forms
  • 🧪 Practical laboratory exercises
  • 🧮 Calculation exercises
  • 📝 Module quiz
  • 💻 Simulation exercises
  • 🔧 Troubleshooting case studies
  • 📑 Job aids/checklists

Assessment Structure

Assessment

Weight

Module quizzes

15%

Calculation exercises

10%

Practical calibration assignments

25%

Troubleshooting assignments

15%

Final practical assessment

15%

Final examination

20%

Total

100%

Pass Requirement

70% recommended minimum

Final Certification Examination

Part A — Theory

40 questions

Part B — Calculations

10 questions

Part C — Instrument Identification

10 questions

Part D — Calibration

Practical calibration exercise

Part E — Troubleshooting

Industrial instrumentation fault scenario

Course Learning Outcomes

At the end of the course, learners should be able to:

  1. Explain industrial measurement principles.
  2. Identify common process instruments.
  3. Understand instrument accuracy, precision, error and uncertainty.
  4. Select appropriate calibration equipment.
  5. Calibrate pressure instruments.
  6. Calibrate temperature instruments.
  7. Calibrate flow instruments.
  8. Calibrate level instruments.
  9. Calibrate 4–20 mA transmitters.
  10. Configure smart instruments using HART.
  11. Calibrate control valves and positioners.
  12. Perform instrument loop checks.
  13. Troubleshoot instrumentation faults.
  14. Interpret P&IDs, loop diagrams and datasheets.
  15. Prepare calibration certificates and reports.
  16. Apply calibration QA/QC practices.
  17. Understand calibration traceability and standards.
  18. Perform practical instrument measurement and calibration activities in industrial environments.