Welcome to the world of PhyzAI
Pseudoanthropomorphic hydromechanical yottaneuronic zepplinaut artificial intelligence.
The PhyzAI robot will be designed to stimulate and inspire creative minds, with a focus on artificial intelligence and cutting-edge technologies. Using state-of-the-art technology, imaginative art, great story telling, and fun and friendly robotic personality, PhyzAI incorporates advanced sensors and OpenAI Architecture to interactively engage with, and teach, students the importance of innovative technology.
The robot's fully mobile chassis will transform a repurposed remote monitoring robot into an interactive AI Powered Steampunk S.T.E.A.M. Machine that will be accompanied by Captain Mayfair, the commander of the HMZ Global Explorer, to promote and teach low-cost robotics and STEAM educational programs at schools, events, and festivals.
The robot's fully mobile chassis will transform a repurposed remote monitoring robot into an interactive AI Powered Steampunk S.T.E.A.M. Machine that will be accompanied by Captain Mayfair, the commander of the HMZ Global Explorer, to promote and teach low-cost robotics and STEAM educational programs at schools, events, and festivals.
The Approach
With the grant we have received we will assemble a team of volunteer mentors and advanced robotics students. Teams will work independently out of the RiSE Hub to complete their tasks. We will hold weekly status meetings via zoom. With the goal of having the project completed in four months.
The end result being a fully interactive Steampunk STEAM robot designed to inspire and educate.
Software development and AI integration will build out the control systems based on the GPT-4, OpenAI Architecture
Electrical/Mechanical team will handle power storage, motors, actuators, internal wiring, motion systems, and power systems.
Computer team will be integrating computer systems, external connections, internet, sensors, cameras, and devices to the main computer system.
Art/Design team will work on anthropomorphizing NewBot in a creative and engaging way that appeals to children.
3D Manufacturing team will be responsible for constructing NewBot's artistic and creative external parts, including an interactive face.
Social Media team will document the project and keep the world excited about our progress
The goal will be to fill each team with two or three mentors and two to four advanced high-school/college students. In this environment Mentors will be active participants in the process working side-by-side with the students.
The end result being a fully interactive Steampunk STEAM robot designed to inspire and educate.
Software development and AI integration will build out the control systems based on the GPT-4, OpenAI Architecture
Electrical/Mechanical team will handle power storage, motors, actuators, internal wiring, motion systems, and power systems.
Computer team will be integrating computer systems, external connections, internet, sensors, cameras, and devices to the main computer system.
Art/Design team will work on anthropomorphizing NewBot in a creative and engaging way that appeals to children.
3D Manufacturing team will be responsible for constructing NewBot's artistic and creative external parts, including an interactive face.
Social Media team will document the project and keep the world excited about our progress
The goal will be to fill each team with two or three mentors and two to four advanced high-school/college students. In this environment Mentors will be active participants in the process working side-by-side with the students.
What are we asking of our mentors?
This will be a mentor driven build. Each of the six departments will need to work in concert with each other to make this come to life. As a mentor you will be asked to take the laboring ore in your area to make this vision come to life. Many takes can be placed on the students and many will simply need to be accomplished by the mentors directly.
We will begin the project in Mid June with the goal of being done within 4 month or sooner. Mentors will be asked to do at least one build day a week at the RiSE hub (or on zoom if your department can do that) then to join one weekly, one hour, zoom call so that we can all give status updates on parts that effect other teams.
We will begin the project in Mid June with the goal of being done within 4 month or sooner. Mentors will be asked to do at least one build day a week at the RiSE hub (or on zoom if your department can do that) then to join one weekly, one hour, zoom call so that we can all give status updates on parts that effect other teams.
Take the next step
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