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ECTS - PWSZ im. Witelona w Legnicy

ECTS - PWSZ im. Witelona w Legnicy

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The Witelon University of Applied Sciences in Legnica - Field: Management and production engineering, second-degree studies<br />

<strong>ECTS</strong> credits<br />

4<br />

1. Course name<br />

Computer Aided Manufacturing (CAM)<br />

2. Course contents<br />

Lecture<br />

Thematic scope:<br />

1. Review of NC machine tools and control systems<br />

2. Structure of a NC program, interpolations<br />

3. Machining cycles, correction of a tool.<br />

4. Methods of geometric modelling, modelling of assumptions, data exchange.<br />

5. Paths of tools for NC machine tools.<br />

6. Machining operations (drilling, milling, etc.).<br />

7. Modelling of post-processors.<br />

8. Designing and opt<strong>im</strong>isation of manufacturing processes.<br />

Laboratory<br />

Preparing a drawing for the CAM module, generating a tool path for NC machine tools, generating a NC program<br />

basing on CLDATA data obtained in CAM software. Within learning about CAM systems, the milling and turning<br />

modules will be presented. In addition, participants in the classes will familiarize themselves with the post-processor<br />

generation module. The classes will be conducted with the use of CAD/CAM systems.<br />

3. Prerequisites<br />

Passed “Computer-aided engineering work - CAM/CAD” course.<br />

4 . Learning outcomes<br />

Students are able to: specify the features and functionalities of CAM systems, describe the rules of machine tool controlling,<br />

use the geometry modeling methods in technological processes design, operate CAM tools on semi-advanced level, among<br />

others: prepare a drawing for the CAM module, evaluate the drawing correctness and accuracy, generate a tool path for NC<br />

machine tools, generate a NC program basing on CLDATA data obtained from CAM software, use the milling module for<br />

preparing a tool path, use turning module for preparing a tool path, describe the role and application of post-processors,<br />

develop the post-processor using creator, apply the post-processor. Analyze the opt<strong>im</strong>ization problems of manufacturing<br />

processes, choose opt<strong>im</strong>al machining method and motivate the choice.<br />

5. Recommended reading<br />

1. Laboratory instructions<br />

2. Miecielica M., Wiśniewski W.: „Komputerowe wspomaganie projektowania procesów technologicznych”, PWN,<br />

Warszawa, 2005<br />

3. Grzesik W., Niesłony P., Bartoszuk M.: „Programowanie obrabiarek NC/CNC”, WNT, Warszawa, 2006<br />

4. Fitzpatrick M., "Machining and CNC technology", McGraw-Hil, Boston, 2005.<br />

6. Type of course<br />

Obligatory<br />

7. Teaching team<br />

Department of Computer Networks, Electronics and Telecommunication<br />

8. Course structure<br />

Form Number of hours Semester Year<br />

Lecture 15/14 II 1<br />

Classes<br />

Laboratory 30/14 II 1<br />

Project<br />

Seminar<br />

Total student’s workload 120<br />

9. Assessment methods<br />

Lecture: test, Laboratory: marks from individual classes<br />

10. Language of instruction<br />

Polish<br />

<strong>ECTS</strong> Course Catalogue 2010/2011<br />

1285

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