COURSE OBJECTIVE

This course will feature from basics to advanced techniques of 3D printing and new computerized manufacturing techniques. It is designed to enhance the creativity and technical skills of 3D concept, materials, 3D design models, computer-aided design, real-world objects creation, machines, manufacturing, motor skills, prototyping and new technology adoption. This 3d printing training will demonstrate how to use 3d printing software to create a digital design that can be turned into physical objects. The course is hand on practice and will provide step by step instruction to guide you through two popular 3d modelling programs like Tinker cad, Fusion360 (provided by Autodesk). Learners who complete this training course will be able to use 3D software to design a wide variety of objects for both personal and professional use.

COURSE OUTCOME

This course will help you in understanding 3D designing and printing technology from basic to advanced levels. Below are the general outcomes of our 3D Printing training course.

• Learn how to use CAD software to design models.
• Learn about the materials, working of 3d printer including maintenance.
• Understand how to build and calibrate a 3D printer.
• Practice rapid prototyping with 3D printer.
• Learn how to clean & piece together finished prints.
• How to use Cura software to program a 3D printer and prepare models for printing.
• Understand the engineering & design process.
• Discover how product is made.

COURSE TOPICS

• 3D Printing Technology Basics.
• Introduction – Additive Manufacturing.
• Introduction and details – 3D Printer and Rapid Prototyping.
• Concept and Designing a CAD model.
• Basic Materials and Slicing.
• Demonstration of 3D Printer Assembly.
• Training & Demonstration of 3D Printing.
• ASSEMBLY OF 3D
PRINTER (Tronxy)

• Introduction to 3d Printer
• Introduction of parts of 3d Printer.
• Assembly of 3d Printer.
• Wiring connections.
• Alignment of X- Axis.
• Alignment of Y- Axis.
• Alignment of Z- Axis.
• Alignment of Heat Bed.
• Extruder Heating and Cooling.
• Loading and Removing filament.
• Introduction of basic 3D design models.
• SOFTWARES- Tinkercad, Solidworks, Fusion360, Cura