TinkerPod is an open-source platform designed for makers, creative coders, and designers, providing hackable and customizable hardware and software. Inspired by the evolution of multitools and influenced by contemporary open-source hardware and generative art, this project explores the application of critical making and personal fabrication to open-source hardware. TinkerPod aims to bridge the gap between specialized engineering tools and accessible, user-friendly hardware for creative and technical exploration.
This research follows a Research Through Design methodology combined with Kanban to create an iterative approach that refines prototypes based on accessibility, modularity, and robustness. The first phase synthesizes inspiration from open-source hardware and Do-It-Yourself electronics to situate the project. The second phase refines these insights into specific design criteria, focusing on hardware durability and accessibility for users with different skill levels. The development phase of the project applies iterative prototyping, leveraging rapid fabrication techniques such as 3D printing and Printed Circuit Board (PCB) manufacturing to refine the device’s physical design attributes and functionality. Finally, the development of the prototypes is documented, including the thought process and design decisions made during each iteration.
The result is a device that can be manufactured using DIY methods and tools, incorporating a flexible hardware and software ecosystem that intends to encourage users of different skill levels to experiment, extend, and hack.

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