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Teaching Methodologies and Assessment Criteria |
Explanation of subtractive and additive digital manufacturing concepts by the teacher, followed by practical exercises consisting of:
-Conception of 3D parts by the students;
- Analysis of the machinability of the parts by software;
-Generation of machine code in dedicated CAM software;
-Fabrication by subtractive digital manufacturing including a 3 axis CNC, a 5 axis CNC, a water jet cutter and a CNC mill;
-Fabrication by additive digital manufacturing including a 3D polymer printer, a 3D metal printer and a stereolithography 3D printer.
-Explanation of the subject of Factories of the Future, followed by practical exercises on how these factories could operate in different scenarios.
-Explanation of the subject of applications of digital manufacturing, followed by practical exercises on choosing the best manufacturingprocess depending on the task of the fabricated part.
Evaluation test: 0 – 12 val;
Practical exercises: 0 – 8 val;
Minimum attendance: 90%.
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Main Bibliography |
-Digital Design and Manufacturing - CAD/CAM Applications in Architecture and Design, Daniel S., Martin B.; Kimo G.; Kenneth M., Marco S., John Wiley 2005
-Additive Manufacturing Technologies, 3D Printing, Rapid Prototyping, and Direct Digital Manufacturing, Gibson I, Rosen, D, Stucker B, Springer, 2015
-Design for Advanced Manufacturing: Technologies and Processes, Gillespie, LaRoux K., McGraw-Hill Education, 1st ed., 2017
-Introduction to Advanced Manufacturing, R. Harik & T. Wuerst, SAE International, 2019
-Advanced Manufacturing and Processing Technology, C. Prakash, S. Singh & J.P. Davim, Eds., CRC Press – Taylor and Francis Group, 1st ed., 2021
-Advanced Manufacturing Techniques for Engineering and Engineered Materials, R. Thanigaivelan, N. Rajan & T.G. Argul, Engineering Science Reference, 2022
-Wire Arc Additive Manufacturing - Fundamental Sciences and Advances, S. Rathee, M. Srivastava, Eds., CRC Press, 1st ed., 2024
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