AVAILABLE TRAINING DATES
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Coordinate measurement technology I | February 3-6, 2025 (in-person) |
Coordinate measurement technology II | March 3-5, 2025 (in-person) |
Rougness measurement theory | May 5-6, 2025 (in-person) |
Technical drawing interpretation, symbols / ISO GPS / GD&T | April 7-9, 2025 (in-person) |
AUKOM 1 | February 10-13, 2025 (in-person) |
AUKOM 2 | March 10-14, 2025 (in-person) |
AUKOM GD&T | April 14-16, 2025 (in-person) |
AUKOM 3 | May 26-30, 2025 (in-person) |
AUKOM Surf | May 07-09, 2025 (in-person) |
Calypso basic and advanced |
In addition to open group trainings, we also offer private, on-site training sessions. Within the framework of on-site training, it is possible to request sessions at any other time, either in our training room in Budapest or at the client's site..
TECHNICAL DRAWING INTERPRETATION, SYMBOLS (ISO GPS, GD&T)
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A technical drawing can include numerous specifications and symbols, and this training focuses on interpreting and understanding them.
Starting with the principles outlined in the ISO GPS (Geometrical Product Specifications) standard family, the course progresses to advanced tolerances for shape, orientation, position, and runout. The goal of the training is for participants to independently interpret any technical drawing, understand its details, and be confident in reading technical drawings. To achieve this, we not only provide theoretical knowledge but also translate it into practice. This is done through interactive training, modern course materials with numerous examples, and by analyzing customer drawings at the end of the training.
COORDINATE MEASUREMENT TECHNOLOGY I, BASICS
The field of coordinate measurement technology is highly complex, with a broad theoretical background, and our training focuses on handing over this knowledge.
This training is especially recommended for those who are just beginning to explore the field, or who have had little to no prior experience with coordinate measurement technology. However, it is also ideal for experienced professionals who wish to clarify, solidify, and expand their existing knowledge. The goal is for participants to be able to select the appropriate measuring machine, sensor, and stylus for their future tasks, as well as identify potential sources of error. The training also includes basic knowledge from our Technical drawing interpretation (ISO GPS, GD&T) course. In addition to delivering theoretical knowledge, we place significant emphasis on applying it in practice, which is why the training is interactive, with modern and easily understandable course materials, and on the final day, particular attention is given to practice.
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COORDINATE MEASUREMENT TECHNOLOGY II, ADVANCED
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Building upon the knowledge gained in the Coordinate Measurement Technology I course or existing expertise, participants will explore the entire measurement process for a product, from measurement planning, preparation and programming to executing the measurement.
This training is recommended for any professional who wants to organize, deepen, and expand their existing knowledge of coordinate measurement technology with new insights. The training also includes advanced content from our Technical drawing interpretation (ISO GPS, GD&T) course. While theoretical knowledge is essential, we focus heavily on its practical application. The training is interactive, using modern, easily understandable course materials, and on the final day, special emphasis is placed on practice to solidify learning.
ROUGNESS MEASUREMENT THEORY
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Measuring surface roughness with a roughness measuring device is relatively simple. However, measuring it correctly and according to standards is not as straightforward. To do so, one must understand the meaning and impact of the individual measurement parameters, interpret the roughness specifications on technical drawings, and for further analysis, be familiar with the derivation of the roughness parameters. Additionally, knowledge of surface roughness standards is essential. These concepts are covered in our training.
We do not only cover theoretical knowledge but also translate it into practice. This is achieved through interactive training, modern and easily interpretable training materials, and analysis of customer drawings at the end of the course.
AUKOM
The term AUKOM is an acronym derived from AUsbildung KOordinatenMesstechnik, which means coordinate metrology training. It is a measurement technology education system independent of measuring machine manufacturers, globally recognized, with its certification internationally acknowledged. It was created within a three-year research project (1998-2001), which is continuously updated and modernized to meet the current requirements of the industry.
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