The objective of this project is to create a design from auto cad which can represent the ingenuity, and creativity of the College of Applied Engineering Sustainability and Technology of Kent State University. The new College building opened in January of 2015 will pave the road for the coming students to graduate as engineers, and aeronautic. The design will have a tool and an arc reactor which is a theoretical device which could be used as a sustainable energy source. The tool and reactor can be used as a symbol for students, making a statement that they are the future of the university. With their knowledge and drive they can make the theoretical and questionable, possible.
The design will consist of a trophy stand comprised of several parts which represent a University evolving to improve education for the students, so the students will create a better future for technology. The trophy will hold a center piece being the arc reactor, and a wrench behind it as a piece of the trophy which will be held in place. In total the amount of parts needed to create the project will comprise of 10 – 15 parts including the reactor which itself will have 4 or 5 pieces for one part and the title stand will hold all the pieces in place. The pieces will all be designed in Auto Cad and created with the 3D printer.
The project to be presented will be a 3D printed design of an arc reactor with a usable tool set behind it. An arc reactor is a fictional device used as a sustainable, safe energy source used as a means of study for fusion. The project will be used as a symbol stating that to make a brighter future, all it takes is an idea, ingenuity and creativity.
3D printed model design
Davis, J. (2017). A 3D printer Arc Reactor Design. https://oaks.kent.edu/node/5386
Davis, Jonathon. 2017. “A 3D Printer Arc Reactor Design”. https://oaks.kent.edu/node/5386.
Davis, J. A 3D Printer Arc Reactor Design. 21 Mar. 2017, https://oaks.kent.edu/node/5386.