Faboot¶
Content¶
About Team¶
Meet the team behind this documentation and the group project. Learn about their roles, backgrounds, and motivations.
Midori Nuñez Yamaguchi¶
Hi! I'm Midori from FabLab Peru. I am passionate about digital fabrication and thrive on creativity. I love bringing my ideas to life, using them to help others, and sharing knowledge to inspire innovation and collaboration.
Juan Diego Cerrón Salcedo¶
I'm Juan Diego from FabLab UContinental. I'm excited to participate in this bootcamp for the first time. I believe these spaces are a great opportunity to learn and apply valuable insights in practice. It's truly an enriching experience!
Group Project¶
Our group project is a collaborative effort to apply the skills we've learned during the bootcamp. We aim to design and create an innovative solution that addresses real-world challenges, emphasizing teamwork, creativity, and practicality. Follow our journey as we document every step, from brainstorming ideas to delivering the final product.
The development of the technological bracelet concept follows an iterative process, integrating design, digital fabrication, and electronics to achieve the project's objectives.
1. Biomaterials:¶
A mixture of glycerin and gelatin is used to experiment with biomaterials that could be part of the bracelet's design.
Dyes are incorporated to explore aesthetic options.
2. 3D Design:¶
The bracelet is modeled in Autodesk Inventor, detailing dimensions and functionality.
The design is optimized for additive manufacturing.
3. 3D Printing:¶
Initial prototypes of the bracelet are 3D printed, evaluating the shape and ergonomics of the design.
4. Electronic Design:¶
Using EasyEDA, electronic circuits are designed to integrate key components such as the control module, sensors, and voice interface.
5. Version Control:¶
Tools like FabCloud and Gitbash are used to manage and document the project's code and progress.
Visual Studio Code is utilized to develop and debug the assistant's software.
6. Electronic Manufacturing:¶
Electronics are assembled and tested, integrating the designed modules to ensure the bracelet functions as planned.
7. Programming:¶
Electronics are assembled and tested, integrating the designed modules to ensure the bracelet functions as planned.
Schedule¶
This section provides a detailed overview of the bootcamp's schedule. Explore the timeline of sessions, workshops, and activities that guided our learning journey. Stay updated on the topics we've covered and what's coming next as we progress through this enriching experience.
Topic Learning¶
This section covers the key topics and learnings from the bootcamp. Explore detailed insights into digital fabrication, cutting-edge tools, and techniques we've mastered. Each topic includes summaries, challenges we faced, and how we overcame them, providing a comprehensive view of our learning experience.
Topics Bootcamp 2025¶
- RP2040 PIO
- Blender Geometry Nodes
- Pico Mill + Urumbu
- AI Programming
- Embedeed AI/ML
- CPU/GPU AI/ML
- XIAO ESP32C3
Record of Bootcamp 2025¶
- Video day 1 part 1
- Video day 1 part 2
- Video day 2 part 1
- Video day 2 part 2
- Video day 3 part 1
- Video day 3 part 2
Gallery¶
Welcome to our gallery! Here, you'll find a visual showcase of our journey through the bootcamp. From hands-on activities to project milestones, explore photos and videos that capture the creativity, collaboration, and innovation behind our work.
Resource¶
This section compiles all the resources that supported our learning throughout the bootcamp. From tutorials and guides to reference materials, find the tools and information that empowered us to succeed and innovate.
Contact us¶
Have questions or want to collaborate? Feel free to reach out to us! Whether you're curious about our work or interested in sharing ideas, we'd love to connect. Visit this section for our contact details and social media links.