Using Animatronics to Teach Engineering Design

 

David Fachman pointed out that, Animatronics is a novel approach to engineering education. It blends mechanical, electrical, structural, and surface engineering disciplines. Students are introduced to story-enhancing objects as well as problem-solving strategies. The program is a graduate-level course that will begin in the fall of 2021. It is taught at Mississippi State University's School of Design and Production. Its purpose is to educate pupils the value of teamwork and innovative problem-solving.

Animatronics works best in a hands-on setting where students may investigate problems and suggest potential solutions. Then, to put their concept to the test, they construct a digital solution that can be tested. Students then evaluate the answer to see if it is beneficial. Finally, students will be able to explain and test the solution in detail. Some schools may choose to build their own animatronic zoo and present it to a panel of peers.

Animatronic zoos are a great approach to show students how to apply their technical knowledge and skills. Students can use EDP kits to create a zoo by using 3D printed animals or other handicraft materials. They can use a glue gun to test the zoo's functionality once it's completed. When the zoo is ready, students can take it home and test it out.

Animatronic zoos are a great approach to show engineering ideas. Students can use EDP kits to create an animated zoo out of real household goods and craft materials. When the zoo is finished, the children can use a glue gun to attach the pieces and test it to see whether it works. They can then put their new idea to the test and discuss their findings with other pupils.

3D printed animals and other crafting materials can be used to create animatronic zoos. Students can also make a zoo out of repurposed materials, disused toys, and household things. They will be able to test the robot's features after the zoo is completed. When the zoo is completely operational, the students will be able to show it to others and learn from it.

David Fachman believes that, Students enjoy using animatronics as a learning aid. They are capable of simulating human movement, animals, even dinosaurs. The Animatronic Makerspace is a collaborative environment in which students can design and build their own models. Aside from animatronics, the technology enables an interactive classroom in which students may learn more about the engineering process. The mouse in a Disney film is a good example of such an animated toy.

Using Animatronics in an engineering design class is a great approach to introduce students to the intricacies of creating and building a mechanical figure. It not only teaches students about the design process, but it also provides them with an immersive experience. A computer animation can represent a human body or a dinosaur. Various forms of animatronics can replicate human behavior.

An Animatronic makerspace can offer students an immersive, hands-on learning experience that can help them develop critical-thinking abilities. Using an Animatronic makerspace can bring numerous benefits. It can, for example, teach students about the design process using interactive, virtual, or 3-D-animated robots. It is not uncommon for a student in their school to develop an electronic toy. There are various advantages to using this method.

Aside from technical design, an Animatronic makerspace may give students the hands-on experience they need to create their own animatronic characters. They can create creatures, humans, and dinosaurs with fascinating features and spectacular effects. It is a versatile educational tool with different applications. It's also a pleasant approach to teach a learner how to solve difficulties. It is also a good method of assisting a learner in understanding how their products work.

David Fachman's opinion, Another advantage of using an animatronic makerspace is the possibility of incorporating an instructional tool into an engineering classroom. This is an excellent method for including kids in the design process. It teaches students how to use a robot in a practical situation while also helping them build critical thinking skills. The best part about Animatronics is how simply they can be implemented into ELA lessons.