Robotics - Mechanical Design for 3D printing and CNC
Preferred learners
- Anywhere
- Academic experience
Categories
Skills
Project scope
- What is the main goal for this project?
-
We want to leverage the latest 3D Mechanical Computer Aided Design (CAD) technology available to create mechanical designs that can be fabricated using 3D printing / CNC. We would like to collaborate with students to apply their mechanical design skills to create new and exciting designs for our products.
We would like students to develop Mechanical CAD modelling skills and come up with some potential designs that can be used for the various robotics applications we are developing.
This will involve:
- Work with 3D Mechanical CAD tools to modify pre-existing designs for the requirements.
- Placing internal components of various products inside the 3D models.
- Ensure 3D printing , DFM compatibility of the final models developed.
- What tasks will learners need to complete to achieve the project goal?
-
By the end of the project, students should submit a final 3D printable, fabrication ready model with a summary of any findings during the project:
- Understand the pre-existing models
- Modify the design for desired requirements
Bonus steps in the process would also include:
- Providing simulations regarding the strength of material for the mechanical design
- Providing strong documentation of the design methodology utilized
- What is the main goal for this project?
-
We want to leverage the latest 3D Mechanical Computer Aided Design (CAD) technology available to create mechanical designs that can be fabricated using 3D printing / CNC. We would like to collaborate with students to apply their mechanical design skills to create new and exciting designs for our products.
We would like students to develop Mechanical CAD modelling skills and come up with some potential designs that can be used for the various robotics applications we are developing.
This will involve:
- Work with 3D Mechanical CAD tools to modify pre-existing designs for the requirements.
- Placing internal components of various products inside the 3D models.
- Ensure 3D printing , DFM compatibility of the final models developed.
- What tasks will learners need to complete to achieve the project goal?
-
By the end of the project, students should submit a final 3D printable, fabrication ready model with a summary of any findings during the project:
- Understand the pre-existing models
- Modify the design for desired requirements
Bonus steps in the process would also include:
- Providing simulations regarding the strength of material for the mechanical design
- Providing strong documentation of the design methodology utilized
- How will you support learners in completing the project?
-
Students will connect directly with us for mentorship throughout the project. We will be able to provide answers to questions such as:
- Current product understanding
- Requirements for effective modelling
- Current industry standard tools for 3D modelling.
- Input on choices, problems or anything else the students might encounter
About the company
- https://directrix.mydurable.com/
- 2 - 10 employees
- Technology, Airlines, aviation & aerospace, Science, Telecommunications, Academic association
Sound Antidote Inc. provides services in the domain of Systems Engineering, Innovation and Science, Technology, Engineering and Mathematics areas, in order to provide a path forward for all walks of life.
We have leveraged key partners in the field of aerospace systems and strive towards using aerospace systems for socially beneficial applications and know-how.