Digital simulation of 3D details

Course authors and lecturers

Aleksandr Sergeevich Kartyshov

Moscow State Institute of Radio Engineering, Electronics and Automation.

Nikolay Arturovich Mardanov

Moscow State Institute of Radio Engineering, Electronics and Automation.

Mikhail Petrovich Sharapov

About the course

The course is devoted to the rudiments of technical creativity. Participants will be presented with basic information, necessary to implement any technical project. This includes basic draftsmanship: both traditional and automated. Participants will learn to design details for further physical implementation.

The course is compliant with FSES and curriculum for "Modern Digital Technologies. Design of 3D Details, approved by the Kibersfera Education Engineering Support Center. The course is aimed at developing skills of technical creativity with application of modern digital technologies.

Course structure

1. Designing and computer-aided drafting fundamentals.

2. Engineering and drafting fundamentals.

3. 3D design fundamentals.

4. Self-reproducing 3D printers.

Purpose of the course

1. Learning the basics of machine drawing.

2. Learning main principles of using computer technologies to develop drafts and design machine parts in 3D.

3. Acquiring practical skills of using software for computer design of engineering products.

4. Obtaining skills of full-scale 3D modeling of parts using a personal industrial 3D printer with thermoplastic material.

5. Obtaining skills of full-scale 3D modeling of parts with a specialized milling tool equipped with programmable control.

6. Developing technical creativity skills.

7. Learning the specifics of CAD design for further 3D printing and introduction to the assembly of a 3D printer out of materials to hand and a donor 3D printer.

Required qualifications

User skills for PC (Windows 7/8 OC). Knowing the Mechanics section of the school physics course. Knowledge of the rudiments of plain geometry and stereometry Creative imagination.

Course results

1. Knowing the sequence for designing a 3D part from a creative idea to an electronic model and a mock-up.

2. Knowing the potential and specifics for using modern digital technologies for fabricating mock-ups of 3D parts.

3. Being able to develop 2D drafts and 3D electronic models of 3D parts, using AutoCAD as a means of automated design, considering the technological capabilities of a 3D printer.

4. Completing a complex project - designing and fabricating a 3D printer.

5. Acquiring practical knowledge on working with 3D printing and equipment for 3D printing.


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