Tutorial de impresión 3D de nivel de introducción
En esta clase de nivel introductorio le mostramos a su hijo creativo cómo convertir sus ideas en un modelo 3D usando CAD y prepararlo para la impresión 3D. Esta es una clase tutorial individual para apoyar las necesidades individuales de diseño y aprendizaje.
Be A Maker Club
Puntuación media:
4.9
Número de reseñas:(31)
Qué está incluido
Se reúne bajo demanda
programar reuniones según sea necesario55 minutos
por sesiónApoyo docente
Evaluación
There are no formal assessments. Students work on their own designs.Experiencia de clase
Computer-aided design (CAD) skills will be taught using online software TinkerCAD (free) and Blender (free). Topics covered will be ideation techniques (planning your designs with sketches and research), CAD design techniques, object orientation, 3D model slicing, print support planning, and material settings. Students may repeat this class as many times as they like. Returning students will work on more advanced designs, or get help with projects that they have worked on between sessions. Each session, students can work on their own designs. They will be introduced to TinkerCAD and/or Blender (if appropriate) the instructor will demonstrate how CAD designs are made. Each student is expected to complete their design independently. Continuing students will develop their own projects with the instructor’s help. During each session, we will share tips to make useful 3D shapes that can successfully print. We will discuss how 3D printing works, and the various types of machines that can be used to fabricate those designs. Each student will experience how a CAD model is sliced, converted to GCode, and then sent to a 3D printer for fabrication. We built a remote fabrication platform that is available for fabrication for students residing in Canada and the USA. We will be making this available for students from Europe and South Asia soon. Any prints made using our remote fabrication system (optional) will also include a high definition timelapse video. You can see examples of these on our YouTube channel - bit.ly/bamcytube - For this class, you do NOT need to create an account on TinkerCAD. Our instructor will provide you with a class code and / or link to join. This does not require you to enter any personal information. The Blender software can be downloaded at no cost. Your instructor will share with you how to do this, if required. - A 3D printer is not required to participate in this class. - Competency in using a computer and basic web browsing skills are essential for this class. - Printing your 3D model using our remote fabrication platform is optional. Your instructor will explain how you can prepare your design to print remotely during the class session. Currently, this option is available only to students residing in Canada and the USA.
Otros detalles
Recursos externos
Además del aula de Outschool, esta clase utiliza:
Se unió el October, 2020
4.9
31reseñas
Experiencia y certificaciones del docente
All the instructors at Be A Maker Club are makers themselves and are experts at CAD design, prototyping, and additive manufacturing. We have worked in person with nearly 4,000 students in the past 2 years in the Southern California area.
OUR MISSION
Provide access to machines and tools so makers can make whenever they want at the lowest cost possible.
FOUNDING STORY
Be A Maker Club is a testament to the pester power of a child. Zef’s daughter insisted that she wanted to learn to use a laser engraver but when they could not find a class nearby, Zef bought one and installed it in his garage. When she took the things she made back to school, her friends wanted to make things too. And that is how Be A Maker Club.
ACHIEVEMENTS
Social Impact Fellowship by the Kravis Lab at Claremont McKenna College
46% of students enrolled are girls in our makerspace classes
A textbook chapter on 3D printing in K-12 education to be published by Pearson in collaboration with Nova Southeastern University
OUR PHILOSOPHY
We believe in providing practical learning pathways for students. Additive manufacturing is creating opportunities the same way computers and the Internet did for the last 2 decades; and we want our students to be prepared for the future. We are constantly tinkering with our 3D printers to make them more accessible to our students. For example - right now we are retrofitting them with cameras so students can view their 3d prints through a web browser.
Reseñas
Lecciones 1 a 1 en vivo
60 US$
por sesiónReuniones bajo pedido
55 min
Completado por 51 alumnos
Videoconferencias en vivo
Edades: 8-18
