Automation of Product Configuration through CAD: A Case of Machine Design
Session
Mechatronics, System Engineering and Robotics
Description
This paper presents a parametric and rule-based approach for automating product configuration in machine design using advanced 3D modeling and scripting techniques within modern CAD environments. Traditional design workflows require extensive manual adjustments for every product variation, which increases time and cost. The proposed method integrates parameterized 3D models with embedded logical rules to automatically adapt dimensions, generate 2D/3D documentation, and update the Bill of Materials (BOM) based on user-defined input values. The developed system enables instant customization of machine base structures while maintaining design consistency and accuracy. Results show a reduction of design time by up to 95 % compared with manual methods, confirming that the integration of parametric modeling and rule-driven automation provides a practical step toward fully digitalized design workflows aligned with Industry 4.0. Future work includes extending the system for integration with enterprise platforms and online configurators, while addressing current limitations related to model complexity and cross-platform compatibility.
Keywords:
CAD, rule-based design, parametric modeling, product configuration automation, Industry 4.0
Proceedings Editor
Edmond Hajrizi
ISBN
978-9951-982-41-2
Location
UBT Lipjan, Kosovo
Start Date
25-10-2025 9:00 AM
End Date
26-10-2025 6:00 PM
DOI
10.33107/ubt-ic.2025.285
Recommended Citation
Metushi, Engjëll and Shabani, Betim, "Automation of Product Configuration through CAD: A Case of Machine Design" (2025). UBT International Conference. 2.
https://knowledgecenter.ubt-uni.net/conference/2025UBTIC/MSER/2
Automation of Product Configuration through CAD: A Case of Machine Design
UBT Lipjan, Kosovo
This paper presents a parametric and rule-based approach for automating product configuration in machine design using advanced 3D modeling and scripting techniques within modern CAD environments. Traditional design workflows require extensive manual adjustments for every product variation, which increases time and cost. The proposed method integrates parameterized 3D models with embedded logical rules to automatically adapt dimensions, generate 2D/3D documentation, and update the Bill of Materials (BOM) based on user-defined input values. The developed system enables instant customization of machine base structures while maintaining design consistency and accuracy. Results show a reduction of design time by up to 95 % compared with manual methods, confirming that the integration of parametric modeling and rule-driven automation provides a practical step toward fully digitalized design workflows aligned with Industry 4.0. Future work includes extending the system for integration with enterprise platforms and online configurators, while addressing current limitations related to model complexity and cross-platform compatibility.