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Course-specific prerequisites

Recommended: Modern Manufacturing Processes

purpose

Målet med dette kursus er at bringe industriens måder for at lette proceduren i utvikling av nye produkter med moderne datateknologi. De indholdsbeskrivelser lægger vægt på mulighederne i fremstillingsarbejdet for fremstilling, i produktionsoplysningerne og i produktionen selv.

Denne kurs er hovedsagelig for studerende, der har specialisering i produktionen eller automationsområdet eller for studerende, der ønsker at have en bred viden inden for moderne produktion, for eksempel designingeniører.

The NC / CAM course aims at making the student familiar with (1) numerically controlled machine tools, their design and function as well as their programming. (2) Computer systems for manufacturing preparations, ie CAM-Computer Aided Engineering. In CAM de studies worden benadrukt op computerized operatietabellen, het snijden van gegevenspreparaten en virtuele bewerking van het hele NC machine tool. (3) CAD / CAM-system communication and STEP-NC

Learning outcomes (after completing the course, the student should be able to)

Studenten skal efter deltagelse i NC / CAM have viden om:
* Anvendelsen af ​​numerisk styring i moderne produktion, de vigtigste bygningsblokke af det numeriske styringssystem,
* De metoder og maskinværktøjskomponenter, der er nødvendige for at udføre programmerede maskinoperationer.
* The concept of Computer Integrated Manufacturing and its realization in today’s manufacturing.
* Optimization methods for generation of technology data
* Additive Machining-Rapid prototyping using metal- as well as “model” materials
* Reverse engineering connecting 3D scanning and CAD for product drafting or verification.
* Geometrical Tolerances, its meaning, metrology and connection to the NC-CAM programming and components of NC.
* The role of computer systems for manufacturing preparations, ie CAM-Computer Aided Engineering. Videre skal studentene have praktisk erfaring

fra:
* Programmering af NC-maskiner og industrielle robotter (IrB’s) ved hjælp af G-kode og Rapid programming languages.
* The importance and example of methods for product model data communications within CIM.
* Inverse kinematic calculations of NC-systems or 3-axis type.
* Off-line programming of NC systems using Pro / Engineer’s CAM module.
* Off-line programming of NC systems using “G-code” language.

Content

This course focuses on the term “concurrent engineering”, trying to integrate the product design process with the manufacturing planning and manufacturing processes. De lecturer understryker betydningen og metoder i håndtering av produkt- og produksjonsinformasjon, som forbinder det til produktionsautomatisering og computerstøttede løsninger. Kurset betyder også at informere om studentens udvikling i disse områder: NC-kontroll, Programmering og Testing av NC-maskiner og effektiv produktion ved hjælp af Virtual Machining, CAM og automatiseret produktionsplanering CAM og produktkvalitet, CAM i Rapid Prototyping. CAM and 5-axis machining. Theory for complex surfaces, Theory on Post-processing and CAD / CAM communication, STEP & STEP-NC for information management as well as PDM from a production perspective completed with Geometrical Tolerance (GPS system and geometric metrology) for feedback control and quality assurance. The course also contains 2 company visits to capture real life experience from selected high-level manufacturers like SKF and Rapid Prototyping manufacturer ARCAM.

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