3 Figure 4: High level meta-model structure of sociotechnical system. 1 Figure 2: Master thesis goal developing methods for finding assembly component relations 2 Figure 3: How are the Light and Front Bumper related?. Introduction Understanding system complexity and industry practices System traceability DSM (Data Structure Matrix) System complexity Visualization DSM post-processing methods Conceptual development of methods for extracting product assembly relations Constraints Proximity Permanent joints Non-permanent joints Validation model for developed methods PoC (Proof of Concept) Eclipse IDE NX Open Java API NX Open documentation Debugging and journals MVC (Model-View-Controller) Assembly-to-DSM PoC Constraints Proximity Permanent joints Output format Result validation and visualization Discussion Conclusion Bibliography Additional documentation Faculty of Mechanical Engineering and Naval Architecture IĦ LIST OF FIGURES Figure 1: Traceability matrix - grey area represents the area of interest. Zagreb, svibanj 2015.ĥ TABLE OF CONTENTS LIST OF FIGURES.

Posebno se zahvaljujem svojoj obitelji koja mi je pružala potporu cijelo vrijeme tijekom školovanja. Thomas Naumann te ostali kolege i profesori u Ulmu hvala na pruženoj potpori i što ste me srdačno prihvatili. Draganu Žeželju zahvaljujem se na stručnim savjetima i literaturi. Mariu Štorgi na ukazanoj prilici da temu obrađujem pomoću resursa Daimler AG razvojnog centra u Ulmu. Nenadu Bojčetiću na ukazanom povjerenju, savjetima i podršci prilikom pisanja ovoga rada. Student: Zagreb, 2015.ģ Izjavljujem da sam ovaj diplomski rad izradio samostalno koristeći se navedenom literaturom i stečenim znanjem tijekom studija. 1 SVEUČILIŠTE U ZAGREBU FAKULTET STROJARSTVA I BRODOGRADNJE DIPLOMSKI RAD Zagreb, 2015.Ģ SVEUČILIŠTE U ZAGREBU FAKULTET STROJARSTVA I BRODOGRADNJE DIPLOMSKI RAD Mentor: Izv.

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