Abstract
A new concept of teaching and training the ISO GPS system fundamental and advanced principles with use of computer simulations, as well as animations at a very large extend is shown. The innovative application Geometrical Tolerancing structure, main components and key capabilities are demonstrated and discussed through a few screen shoots. It is indicated that application is suitable for open distance learning. The short analysis of the educational theories and other approaches that were considered to form background of the application are also given.
Zusammenfassung
Für den Einsatz des ISO GPS Konzepts (GPS: Geometrical product specification and verification) ist theoretische Schulung und praktisches Training in den grundlegenden Prinzipien erforderlich. Dafür wurde ein neues auf Erkenntnissen für die Gestaltung von ODL-Lehreinheiten (ODL: Open Distance Learning) aufbauendes Konzept erforscht, welches u. a. auch zahlreiche Animationen beinhaltet, welche das Verständnis einer vorliegenden Tolerierung eines Bauteils signifikant verbessern. Weiterhin baut das Konzept auf Theorien der Wissensvermittlung und auf Lerntheorien, welche den wissenschaftlichen Hintergrund für die vorgestellte Arbeit bilden. Die Ergebnisse mit den wesentlichen Modulen und wichtigen Leistungsmerkmalen werden dargelegt und an Hand von mehreren Bildschirmausdrucken erläutert.
About the authors
Author/coauthor of over 130 publications including 5 textbooks. Main areas of interests: geometrical dimensioning and tolerancing and geometrical product verification, in particular by CMM. Works for Warsaw University of Technology where he teaches metrology, interchangeability and quality at Faculty of Automotive and Construction Machinery Engineering. Deputy chairman of Technical Committee TC 48 Machine Design Fundamentals at Polish Committee of Standardization. Nominated expert to ISO/TC 213. Collaborates with Polish Centre for Accreditation. Conducted over 150 seminars and vocational trainings on geometrical tolerancing according to ISO GPS system as well as ASME Y14.5 standard mainly in automotive and aviation industries.
Warsaw University of Technology, Institute of Machine Design Fundamentals,ul. Narbutta 84, 02-524 Warsaw, Poland
Graduated from Faculty of Mechatronics at Warsaw University of Technology. Currently employed as sales manager at Warsaw Machine Tools Factory WAFO responsible for establishing and recommending the sales goals for the company and production lunch of the new CNC lathes. Supervises and coordinates sales of manufactured products and services. Main areas of interest: programming particularly at Adobe Flash, geometrical tolerancing. Implemented product data management system ERP ProAlpha at Precision Machine Tools Factory AVIA S.A.
Warsaw Machine Tools Factory WAFO,ul. Siedlecka 47, 03–768 Warsaw, Poland
Acknowledgement
The article is based on the presentation during the IMEKO-Conference ISMQC in Cracow and Kielce – Poland on 11.–13. 09. 2013. The paper presented in Cracow was complemented by new results and additional findings from recent investigations. The authors wish to thank the Symposium Chairman Prof. Stanislaw Adamczak and the Chairman of the International Programme Committee Prof. Albert Weckenmann who invited us to give plenary session lecture and encouraged to extend and develop the application.
©2015 Walter de Gruyter Berlin/Boston
