Level 1 Programs

General Metrology - Foundational Principles of Measurement

Gain a solid understanding of the entire measurement ecosystem. This discipline introduces you to what calibration truly is, the significance of SI units, and the role of governing bodies like the BIPM.

Learn to differentiate accuracy from precision, understand measurement traceability, and grasp how errors and uncertainties (Type A and B) fit into your work.

You’ll also cover documentation essentials such as proper use of scientific notation, significant figures, rounding rules, and interpreting tolerances and quality systems (ISO/IEC 17025 and 9001).

Electronics - Building Your Electrical Measurement Foundation

No matter which calibration path you pursue, electronics form the backbone of modern measurement tools. Explore AC/DC basics, Ohm’s law, and Kirchhoff’s laws to understand how electrical circuits behave.

Learn about loop power, the 4–20 mA signal standard, and the interplay of frequency and time in electronic measurements. These fundamentals help you troubleshoot, verify, and calibrate a wide range of electronic devices and instrumentation.

NEW FOR 2025: Releasing in the first quarter of 2025 is our new Electronics 3.0 update featuring the new Fluke 8588A and 5560A!

Temperature - Mastering the Science of Heat and Cold

From understanding thermal conductivity and temperature scales to working with ice points and triple points of water, this discipline prepares you to confidently handle temperature-related calibrations.

Discover the intricacies of thermocouples, RTDs (Resistance Temperature Detectors), and thermistors. Through practical demonstrations, learn how to calibrate temperature probes and readouts, both sourcing and measuring signals. Complete the section with a graded quiz to confirm your readiness.

Pressure - Ensuring Reliable Pressure Measurements

Dive into the science of pressure—explore SI units, fundamental gas laws, and pressure concepts like gauge, absolute, and differential. Learn to identify and mitigate pressure-related hazards, from burst pressures to proper hose and connector selection.

Understand calibration differences between analog and digital gauges, the principles behind bourdon tubes and strain gauges, and how to apply the correct tolerances.

This comprehensive approach prepares you to perform safe, accurate, and reliable pressure calibrations from day one.

Force & Torque - Calibrating Forces That Shape Industry

In collaboration with Morehouse Force, this discipline gives you insight into force and torque calibrations at a primary level. Understand how Wheatstone bridges apply to load cells, explore load cell types and troubleshooting techniques, and learn about adapter selection and ASTM E74 standards.

You’ll also cover angle errors, rotational forces, and the nuances of different drive systems. This training ensures you’re well-prepared to handle force and torque measurements with confidence and precision.

Dimensional - Precision in Length, Height, and More

Dimensional calibration underpins countless industries, from manufacturing to aerospace. Learn how to measure linear dimensions with accuracy using tools like calipers, micrometers, indicators, and gauge blocks.

Understand how to read increment markings, apply correct techniques, and consider environmental factors. By the end, you’ll know how to obtain precise linear measurements that meet rigorous quality standards.

High Frequency/VSWR - Expanding into the High-Frequency Domain

High-frequency and microwave measurements present unique challenges. Delve into concepts like VSWR (Voltage Standing Wave Ratio), signal reflection, and the impact of connectors and cables on your measurements.

Understand the fundamentals of handling high-frequency equipment, ensuring signal integrity, and setting up instrumentation for accurate readings. This knowledge lays the groundwork for advanced RF and microwave calibration tasks.

Mass and Weight (Non-Badged Training) - Fundamentals of Mass Measurement

Although not currently a badged discipline, mass and weight training is essential for a well-rounded calibration professional. Learn the difference between mass and weight, explore the proper care and handling of standard weights, and understand how gravitational corrections influence measurements.

With these fundamentals, you’ll be ready to apply proper techniques to basic weighing device calibrations, ensuring your measurements remain traceable and reliable.