Learning outcomes:

The graduate will know about:

• market of modern 3D printing technologies, basic printing methods.
• international standards in additive technologies.
• main advantages and limitations of 3D printing.
• modeling tools and creating 3D models.
• basic methods for developing CAD models.
• practical methods for manufacturing products using 3D printing.
• practical methods for studying the resulting products.
• practical methods for processing and improving the surface of products.

For whom?

Any profession and position where the introduction to the technology is needed. The knowledge level is adjustable

Duration:

one week of online lectures

Learning outcomes:

The graduate will have the skills to:

• assess the feasibility of using additive technologies for the manufacture of products;
• select the necessary 3D printing technologies for the manufacture of critical products.
• understanding of methods for analyzing printed products;
• study of printed samples
• create 3D models.
• start printing on different printers.
• analyze the structure and mechanical characteristics of printed images.
• analyze the characteristics of protective coatings.

The graduate will have practical experience of:

• production of additively manufactured samples for physical and mechanical testing;
• conducting physical and mechanical tests of additively manufactured samples.
• skills in developing regulatory requirements for complex products made of metals, plastics and ceramics;
• sample making;
• analysis of the resulting structures.

For whom?

Specialists who establish the additive manufacturing unit

Entrance requirement: students with a basic education of at least a bachelor's degree in the field of design and production technologies for mechanical engineering and construction facilities.

Duration:

one week of online lectures + one week of practical work in the lab