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Webtrees ehler12/20/2023 The website was presented to both medical and additive manufacturing professionals who saw the solution to be clear and illustrative, predicting a positive future for the matrix solution and the website among professionals in the MAAM field. The validity of the solution was tested with eight different patient cases for which the matrix and the documenting tools were more than sufficient. The result of the research concluded a dynamic website where users can view and document MAAM cases using the designed matrix framework, get information about MAAM and communicate and collaborate with other professionals in the field. The online platform development included building a viable general purpose web server and using Drupal content management system and PHP programming language to create a dynamic website. ![]() Emphasis in the development process was put in discovering all the necessary process steps and their subcategories that should be depicted in the matrix. MAAM matrix was developed through literary research, interviews and team meetings with medical and additive manufacturing professionals. It is a research approach in which a practical solution to a concrete problem is produced. This research applied constructive research method. ![]() For this particular reason, the goal and motivation of this research work was to develop a web tool which enables professionals to collaborate meaningfully on this complex and multidisciplinary subject. The study was motivated by the fact that the MAAM field is lacking a classification standard and a process model which depict the design and manufacturing process of medical applications of additive manufacturing. Tech.) The objective of this Master s Thesis was to develop a matrix framework and an online platform for documenting and planning medical applications of additive manufacturing (MAAM) cases. Tech.)Ģ Aalto University School of Science ABSTRACT OF THE MASTER S THESIS Author: Juho Vehviläinen Title: Process and Web Application Development of Medical Applications of Additive Manufacturing Title in Finnish: Pikavalmistuksen lääketieteellisten sovellusten prosessien ja verkkosovelluksen kehittäminen Degree Programme: Information Networks Degree Programme Major subject: Knowledge Intensive Business Minor subject: - Chair (code): TU-53 Supervisor: Professor Eila Järvenpää Instructor: Jukka Tuomi (Lic. 1 Aalto University School of Science Degree Programme in Information Networks Process and Web Application Development of Medical Applications of Additive Manufacturing Juho Vehviläinen Master s Thesis Espoo, December 27 th, 2011 Supervisor: Professor Eila Järvenpää Instructor: Jukka Tuomi (Lic.
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