Subject · Mechanical engineering (master)
Computer-Aided Manufacturing
About this subject
Credits
6
Workload
180hours
Semester
Spring
Academic year
2025-2026
Description
The "Computer-Aided Manufacturing" course is an advanced Master's level discipline designed to provide graduate students with the scientific and methodological principles required to integrate digital technologies into modern production environments. The curriculum focuses heavily on the deployment of CAD/CAM/CAE and CAPP (Computer-Aided Process Planning) systems, the digital representation of machining routes, data management, and process optimization. Building upon foundational knowledge of CNC machining, systems analysis, and cyber-physical systems, this course bridges the gap between raw manufacturing data and smart factory execution. The primary objective is to equip master's students with the theoretical insights and practical software skills needed to model, simulate, and optimize complex technological workflows using real-world industrial examples. Ultimately, the course prepares next-generation engineering research and development specialists to design highly efficient, automated technological routes and spearhead digital transformation within the competitive manufacturing sector.
Course learning outcomes
No learning outcomes have been added.