Informações sobre o curso: This course provides a deeper exploration of mechanical assemblies and simulation, which are key engineering features of the design and manufacturing process. The foundation of engineering design is exploration and iteration. Design is rarely a perfectly linear and straightforward process. In this course, we'll explore mechanical assembly design and simulation, focusing on testing and improving design components and performance. As we move through design assumptions, testing, and refining design ideas, we'll come closer to a final design, while developing a deeper knowledge in Autodesk® Fusion 360™ for simulating and analyzing product functionality. After completing this course, you will be able to: • Describe the engineering design process and workflow in Fusion 360. • Summarize the trends that are influencing the design industry. • Demonstrate knowledge and skills in more advanced Fusion 360 CAD and simulation skills
Desenvolvido por: Autodesk
Ministrado por: Autodesk Education
| Informações básicas | Curso 4 de 5 no CAD and Digital Manufacturing Specialization |
| Nível | Intermediate |
| Compromisso | 4 weeks of study |
| Idioma | English |
| Requisitos de hardware | You'll need to download Autodesk Fusion 360 onto a laptop or desktop computer. |
| Como ser aprovado | Seja aprovado em todas as tarefas para concluir o curso. |
Programa
SEMANA 1
Design Optimization
Just because a design looks complete, doesn’t mean that it’s done. Often times you will go through dozens of revisions before achieving the final result. We'll explore ways to optimize the strength and reduce the weight of our quadcopter design, and we'll pull from experience to help guide design decisions.
24 vídeos, 7 leituras, 1 questionário de prática
- Vídeo: Get the software
- Reading: Design optimization resources
- Practice Quiz: Pre-course questions
- Discussion Prompt: Week 1 discussion prompt
- Reading: About the discussion forum
- Reading: Online learning communities and social media
- Discussion Prompt: Getting to know your classmates
- Vídeo: Week 1 overview
- Vídeo: Measuring mass properties
- Vídeo: Adjusting parametric features
- Vídeo: Creating parametric features
- Vídeo: Creating a distributed design
- Vídeo: Making the component tray mounting points
- Vídeo: Combining the airframe and mounting points
- Vídeo: Creating additional airframe structure
- Vídeo: Removing unnecessary airframe mass
- Vídeo: Basic component tray creation
- Vídeo: Making component holding features
- Vídeo: Locating the flight controller
- Vídeo: Creating the component tray mounting holes
- Vídeo: Creating the component tray cable passages
- Vídeo: Creating battery mounting features
- Vídeo: Creating a hex nut recess
- Reading: Practice exercise 1 instructions
- Vídeo: Practice exercise 1 video introduction
- Vídeo: Practice 1 exercise solution
- Reading: Practice exercise 2 instructions
- Vídeo: Practice exercise 2 video introduction
- Vídeo: Practice exercise 2 solution
- Reading: Practice exercise 3 instructions
- Vídeo: Practice exercise 3 video introduction
- Vídeo: Practice exercise 3 solution
- Reading: Week 1 challenge exercise
Nota atribuída: Week 1 quiz
SEMANA 2
Design Validation
Even with today's rapid manufacturing processes, there is still a cost associated. Regardless if you have access to a 3D printer, making informed design decisions is critical to the success of any product. In this week's lessons, we'll explore static simulation to identify weak areas of our design so they can be addressed before production.
17 vídeos, 5 leituras
- Reading: Design validation resources
- Discussion Prompt: Week 2 discussion prompt
- Vídeo: Creating a static simulation study
- Vídeo: Adding simulation constraints and loads
- Vídeo: Generating a simulation mesh
- Vídeo: View simulation results
- Vídeo: Refine a mesh simulation
- Vídeo: Use direct modeling tools
- Vídeo: Creating a zip tie holding feature
- Vídeo: Creating a battery lead hold down
- Vídeo: Refining the airframe
- Vídeo: Analyzing the design
- Reading: Practice exercise 1 instructions
- Vídeo: Practice exercise 1 video introduction
- Vídeo: Practice exercise 1 solution
- Reading: Practice exercise 2 instructions
- Vídeo: Practice exercise 2 video introduction
- Vídeo: Practice exercise 2 solution
- Reading: Practice exercise 3 instructions
- Vídeo: Practice exercise 3 video introduction
- Vídeo: Practice exercise 3 solution
- Reading: Week 2 challenge exercise
Nota atribuída: Week 2 quiz
SEMANA 3
Assembly Motion
Replicating real world motion is important to understanding physical constraints of any product. A quadcopter has spinning propellers, and in our case, a tilting camera. This is relatively simple mechanically speaking, but making sure they never touch is key to keeping it up in the air.
14 vídeos, 5 leituras
- Reading: Assembly motion resources
- Discussion Prompt: Week 3 discussion prompt
- Vídeo: Creating assembly motion
- Vídeo: Limiting component motion
- Vídeo: Analyzing solid component action
- Vídeo: Set a joint position
- Vídeo: Creating an animation of assembly motion
- Vídeo: Detailing multiple moving components
- Vídeo: Creating advanced assembly motion
- Reading: Practice exercise 1 instructions
- Vídeo: Practice exercise 1 video introduction
- Vídeo: Practice exercise 1 solution
- Reading: Practice exercise 2 instructions
- Vídeo: Practice exercise 2 video introduction
- Vídeo: Practice exercise 2 solution
- Reading: Practice exercise 3 instructions
- Vídeo: Practice exercise 3 video introduction
- Vídeo: Practice exercise 3 solution
- Reading: Week 3 challenge exercise
Nota atribuída: Week 3 quiz
SEMANA 4
Camera Gimbal Design Integration
The overall scope of this project requires a live feed camera that can be adjusted by a person on the ground. Our project will use a single servo to allow the camera to tilt as needed but will require a servo mount on the body to function properly.
15 vídeos, 8 leituras
- Reading: Camera Gimbal Design Integration resources
- Discussion Prompt: Week 4 discussion prompt
- Vídeo: Adding a camera to the design
- Vídeo: Copying imported geometry
- Vídeo: Creating surface bodies
- Vídeo: Creating solid bodies from surfaces
- Vídeo: Creating a holder for the video transmit module
- Vídeo: Refining the airframe
- Vídeo: Reducing the component tray mass
- Vídeo: Save for 3D printing
- Reading: Practice exercise 1 instructions
- Vídeo: Practice exercise 1 video introduction
- Vídeo: Practice exercise 1 solution
- Reading: Practice exercise 2 instructions
- Vídeo: Practice exercise 2 video introduction
- Vídeo: Practice exercise 2 solution
- Reading: Practice exercise 3 instructions
- Vídeo: Practice exercise 3 video introduction
- Vídeo: Practice exercise 3 solution
- Reading: Week 4 challenge exercise
- Reading: Challenge 1
- Reading: Challenge 2
- Reading: Challenge 3
Nota atribuída: Week 4 quiz
Nota atribuída: Course assessment
Nota atribuída: Perform a static simulation study.
Perguntas frequentes
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Desenvolvedores
Autodesk
Today's challenges will be solved by tomorrow's designers. That's why Autodesk gives students, educators, and educational institutions free access to our design software, creativity apps, and learning resources. A market leader for more than 30 years, Autodesk offers the broadest and deepest portfolio of products in the design world. Autodesk helps people imagine, design and create a better world. Everyone—from design professionals, engineers and architects to digital artists, students and hobbyists—uses Autodesk software to unlock their creativity and solve important challenges.
Custo
| Comprar curso | |
|---|---|
| Acesso aos materiais do curso | Disponível |
| Acesso a materiais valendo nota | Disponível |
| Receba uma nota final | Disponível |
| Obtenha um Certificado de Curso compartilhável | Disponível |
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