Instructional Robot Design Project

In summary, the design project is to create an instructional robot for use in universities and colleges for demonstrations in robotic control. The robot will have a robotic arm, be able to climb stairs, be durable, and have video sensors. The purpose is to showcase the application of inspection robotics in industries like the military. Some questions that need to be addressed are the budget for the robot, preferred demonstrations, and desired features such as wireless internet control and advanced artificial intelligence.
  • #1
dekoi
"Instructional Robot" Design Project

Please assist me in answering some questions I have regarding my design project.

I must design a robot capable of being used as a demonstrative tool in Universities and Colleges for demonstrations in robotic control. This robot will carry a robotic arm, be able to climb stairs, durable, and also carry video sensors. This robot wil show how inspection robotics are applied in industries such as the Military.

Some questions I hope you can help me with:

1.) What would you, as a member of a university faculty, be willing to spend for an instructional robot?

2.) What demonstrations (as a member of the faculty or a student) would you enjoy seeing? Would you like to control the robot? If so, what would you make it do? Would you like it to have wireless internet control? Explain any features you would like to see.
 
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  • #2
1.) What would you, as a member of a university faculty, be willing to spend for an instructional robot?
Depends what kind of collage it is and how big the university is.I wouldn't want to spend anything higer then $10,000 maybe around $5,000 if it has everything I would need it for
2.) What demonstrations (as a member of the faculty or a student) would you enjoy seeing? Would you like to control the robot? If so, what would you make it do? Would you like it to have wireless internet control? Explain any features you would like to see.
I would like to see it not being controlled by humans and have good A.I and be able quickely respond to chages in the enviroment.I would also like to see it commicating with humans if it is possible.
 
  • #3


1.) As a member of a university faculty, the cost of an instructional robot would depend on its capabilities and how it aligns with our curriculum. If it meets our needs and can provide valuable demonstrations, we would be willing to invest a significant amount. However, we would also consider the cost-effectiveness and potential return on investment before making a decision.

2.) Personally, I would enjoy seeing demonstrations of the robot's ability to carry out complex tasks such as manipulating objects with its robotic arm and climbing stairs. It would also be interesting to see how it can be used in different industries, such as the military, for inspection purposes. As a faculty member, I would also like to see how the robot can be used in our courses to enhance student learning.

I would definitely be interested in controlling the robot and making it perform specific tasks. It would be helpful to have wireless internet control, as it would allow for more flexibility and ease of use. Additionally, having the ability to program the robot to carry out specific tasks would be a valuable feature. Overall, I think having a versatile and advanced instructional robot would greatly benefit our university and students.
 

1. What is an instructional robot design project?

An instructional robot design project is a project that involves designing and creating a robot that can teach or assist with teaching a certain topic or skill. It combines the fields of robotics and education to create a unique learning experience.

2. What are the benefits of an instructional robot design project?

There are many benefits to an instructional robot design project. It allows for hands-on learning and engagement, promotes critical thinking and problem-solving skills, and can make learning more fun and interactive. It also has the potential to reach a larger audience and can be used in various educational settings.

3. What skills are needed to participate in an instructional robot design project?

To participate in an instructional robot design project, one would need a combination of skills in robotics, programming, and education. Knowledge of engineering and design principles is also helpful. Collaboration and communication skills are also important when working in a team on such a project.

4. What are some examples of instructional robot design projects?

Some examples of instructional robot design projects include a robot that teaches coding, a robot that assists with language learning, a robot that teaches math or science concepts, and a robot that helps with physical therapy exercises. There are many possibilities for different types of instructional robots depending on the target audience and learning objectives.

5. How can instructional robot design projects be used in the future?

Instructional robot design projects have the potential to revolutionize education in the future. They can be used to enhance traditional classroom teaching, provide personalized learning experiences, and reach students in remote or underserved areas. They also have the potential to assist with training and professional development in various industries.

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