OBJECTIVE:

The objective of this program is to train participants in the process of reverse engineering using a Blue Light Scanner and Catia software, and subsequently utilizing the obtained data for 3D printing via FDM (Fused Deposition Modeling) technology. By the end of the program, participants will have acquired comprehensive skills in reverse engineering, CAD modeling, and additive manufacturing techniques.

OUTCOMES:

Proficiency in operating Blue Light Scanner equipment for capturing precise 3D data of physical objects.

Mastery in utilizing Catia software for reverse engineering purposes, including surface reconstruction and parametric modeling.

Ability to optimize scanned data for compatibility with 3D printing processes.

Competence in operating FDM 3D printing machines, including material selection, slicing, and post-processing.

Capability to integrate reverse engineering techniques with additive manufacturing for prototyping and product development purposes.

SCOPE:

Introduction to Reverse Engineering, Equipment overview and setup, Advanced modeling techniques, FDM technology overview

 PROJECTS:

Participants will engage in hands-on projects throughout the program, including:

Reverse engineering a mechanical part using Blue Light Scanner and reconstructing it in Catia.

Designing a custom component based on scanned data and optimizing it for 3D printing.

Prototyping a product concept through the integration of reverse engineering and additive manufacturing techniques.

Collaborative project work focusing on real-world applications such as automotive parts, consumer products, or medical devices.