Include a hardware component and a mechanical part.
Preferably, it involves something moving controlled by electronics in response to specific events.
Utilize a maximum number of Fab Lab tools and machines during production.
Project files must be open-source and accessible to the community.
Considering the Fab Lab criteria for the final project, four ideas were presented to the instructors for evaluation.
Final Project Ideas
Online Chess to Offline Chess Converting Serial Robot
This project is designed to bridge the gap between digital and physical chess. The robot is programmed to replicate on a physical chessboard the moves made in an online game. This allows players to enjoy the tactile experience of traditional chess while benefiting from the convenience and wide player base of online platforms. Whether used for practice, exhibition, or just for fun, this project brings a new dimension to the timeless game of chess.
In addition, the chessboard also captures the moves made by the offline player and feeds them back into the online game. This two-way interaction ensures seamless integration between the online and offline platforms, providing a truly immersive experience.
Soft Robotic Fish
Soft Robotic Fish aims to create an underwater robotic fish capable of mimicking the movements and behaviour of real fish. This soft robot, made from flexible materials, is designed to move through the water with the same grace and efficiency as its biological counterparts.
The initial version of the "Soft Robotic Fish" project was much more modest in scope. It was designed to operate within the confines of an aquarium, navigating through the water and interacting with other fish in a limited space. Despite its limited range, this early version was crucial in demonstrating the feasibility of creating a soft robot that could effectively mimic the movements of a real fish. It laid the groundwork for the more ambitious versions of the project that followed.
The project aims to provide a new tool for underwater exploration that can blend in with marine life, causing minimal disturbance to the environment.
Robotic Assistant for Disabled Chess Players
This project aimed to make the game of chess more accessible to people with physical disabilities. This robotic assistant is equipped with voice control functions, allowing players to dictate their moves without having to physically move the pieces.
The assistant is designed to understand a wide range of voice commands, can recognize standard chess move notation, and is capable of accurately moving the pieces to the correct positions on the board. This allows players with disabilities to compete on an equal footing, removing physical limitations from the game.
Interactive System of Robotic Head
The Interactive System of Robotic Head is a project that aims to develop a robotic head that not only detects movement in its range but also responds with appropriate facial expressions. The system is designed to track moving objects in its field of vision and translate these movements into a range of facial expressions, effectively mimicking human responses to stimuli. This feature enhances the interactive capabilities of the robot, making it much more engaging and effective in situations that require human-like interaction.
Professor Neil's first session
My first day at Fab Academy was awesome. I have chosen the Kochi node to pursue my fab academy. Once I reached the Fab Lab on January 24, 2024, the session about the Fab Academy and Fab Lab tour provided by the local instructors started sharp at 2:00 pm IST. It helps to get an overview of the Fab Lab machinery and facilities. The first online session by Professor Neil Gershenfeld about the topic " Project Management, Principles & Practices" started exactly at 7:30 pm and ended at 11:00 pm IST in Zoom. It was amazing to attend Neil's online session along with my peers, and I had a lot of fun.