​MODULES

1-1 Measurement quantities and units
1-2 2D and 3D coordinate systems
1-3 Coordinate measuring machines
1-4 Sensors of the coordinate measuring machine
1-5 Fundamentals of coordinate metrology
1-6 Dimensional tolerances
1-7 Geometric elements
1-8 Geometric relationships
1-9 Measurement preparation on a coordinate measuring machine
1-10 Sensor selection and qualification
1-11 Measuring with a coordinate measuring machine
1-12 Measurement evaluation
1-13 Measurement planning
1-14 Documentation and quality management

MODULES

2-1 Overview of the complete measurement process
2-2 Geometric overview
2-3 Form and position tolerances
2-4 Measurement strategy
2-5 Stylus sensors
2-6 Vision sensors
2-7 Distance measurement sensors
2-8 Computed tomography (Industrial CT process)
2-9 CNC programming
2-10 Measurement techniques for freeform surfaces
2-11 Measurement evaluation
2-12 Factors influencing measurement results
2-13 Documentation
2-14 Culture of good measurements

AUKOM 2 provides advanced-level knowledge in coordinate metrology for professionals who already possess fundamental metrology expertise and practical experience.

The training focuses on handling more complex geometric elements, tolerances, and measurement tasks. Participants deepen their understanding of measurement strategy development, correct interpretation of measurement results, and the practical application of relevant standards.

Special emphasis is placed on the conscious planning of measurement processes, the identification of potential error sources, and the factors influencing measurement accuracy. The course supports professionals in moving beyond simple program execution toward a comprehensive understanding of the metrological principles behind their measurement decisions.

The objective of AUKOM 2 is to provide stable, system-level knowledge that forms the foundation for confidently managing complex measurement challenges and progressing to expert-level training.

​MODULOK
1 Basic rules of the Geometrical Product Specification (ISO GPS system) and of ASME

2 Function, Specification, Verification

3 Tolerances of form

4 Size and Angle

5 Datum and datum systems

6 Tolerances of orientation, location and run-out

7 Tolerances of profile

8 Maximum material requirement

9 Least material requirement, Reciprocity requirement (ISO) and ASME corresponding concepts

10 Verification

11 The GPS 8-point procedure

12 Examples

13 Standards, Symbols

AUKOM GD&T provides expert-level knowledge in the theoretical and practical application of Geometric Dimensioning and Tolerancing (GD&T). The training is designed to help participants develop a deeper understanding of the functional principles behind technical drawing specifications and the correct interpretation of standardized symbols.

Special emphasis is placed on real industrial examples, commonly misunderstood indications, and the critical communication points between design, manufacturing, and metrology. The course enables professionals not only to “read” technical drawings, but to fully understand their functional meaning and implications.

The objective of AUKOM GD&T is to ensure that participants can confidently apply the principles of geometric tolerancing in daily practice, reducing errors caused by misinterpretation and supporting reliable, standards-based quality assurance.

​MODULOK
3-1 Comparable and inspection-able geometry specification
3-2 Production-compliant Inspection
3-3 CAD Basics
3-4 Point Cloud and Reverse Engineering
3-5 Automated measurement program generation (PMI)
3-6 Digital Filtering and Evaluation
3-7 Communication
3-8 Sensor Competence
3-9 Monitoring of CMMs
3-10 Measuring Uncertainty and Measuring Process Suitability
3-11 Quality Management
3-12 Process Monitoring
3-13 Measuring Room Management
3-14 Conclusion

AUKOM 3 provides expert-level knowledge for experienced metrology professionals working with complex measurement tasks and advanced evaluation challenges.

The training focuses on the interpretation of complex geometric characteristics, the development of advanced measurement strategies, and the optimization of measurement processes. Participants gain in-depth expertise in managing measurement uncertainty, assessing result reliability, and applying relevant standards in practical situations.

Particular emphasis is placed on real industrial problems, the identification of error sources, and the critical analysis of measurement system performance. The objective of AUKOM 3 is to enable professionals not only to create measurement programs, but to make confident, well-founded decisions in complex metrological scenarios.​

​MODULOK
1 Basics & historical classification
2 Measuring instruments and sensors
3 Filtering and cut-off wavelength
4 Measurement
5 Characteristic values
6 Specification
7 Calibration
8 Novelties ISO 21920
9 Surface parameters ISO 25178
10 Motif ISO 12085

AUKOM Surf provides expert-level knowledge in the field of surface roughness and topography measurements. The program follows an internationally standardized structure, ensuring that the acquired knowledge is globally relevant and applicable.

The training delivers comprehensive theoretical and practical understanding for interpreting surface characteristics, selecting appropriate measurement strategies, and professionally evaluating results. Special emphasis is placed on real industrial measurement challenges, the correct use of standardized parameters, and the critical aspects of measurement uncertainty and result reliability.

The objective of AUKOM Surf is to enable professionals not only to generate measurement data, but to develop a deeper understanding of the functional significance of surface characteristics and to make confident decisions in complex surface metrology applications.