Guide to Robotics in the Classroom

Guide to Robotics in the Classroom



Here is a guide to robotics in the classroom and how it really works.  What’s the first thing you think of when you it comes to robots? The Terminator? C-3PO? Robotics is not limited or exclusively reserved for movies and the realms of science fiction, but is a rapidly growing branch in technology that is allowing for advancements that benefit everyday and real life.

From medicine to military, and toys to chores, robots are improving production, access, and ability of complicated or tedious human tasks. In many cases, robots are providing safe, alternate methods to performing dangerous assignments. In the warzone, robotic devices are used to canvas and evaluate potential threats. In surgery, robotic technology is providing accuracy to procedures that are too difficult by the human hand. Kids have access to higher-tech toys robotic pets, anyone?, prosthetic limbs are providing wider mobility and function, and vacuums are becoming a hands-free device. Robotics has gained exponential momentum in the past couple decades, leading to government funding for research endeavors, well as commercial interests for mass production. At the rate of robotic advancement, the probability of real RoboCops and Rosies seem more likely than ever before.

Below is a collection of links to innovate your lesson plans and teach robots to your students.

History of Robotics

The roots of robotics are often highly debatable, with varying claims of the first recorded use of a technological invention. The water clock, created during early century B.C., is most popularly considered as the first technological robotic, but technology has come a long way since then, growing in intricacy and sophistication.

Literature on Robotics

Advanced studies of robotics, especially at the doctorate level include extensive research and experimentation. Concentrations of these research projects can vary in expertise and complexity, and can often lead to commercial production or government-funded programs. The following is a sampling of various articles on research projects in robotics.

Manipulation Robotics

Manipulators are a type of robot that serves to pick up or grip an object. Products created for manipulation purposes seek to improve and assist with accuracy and workload, as well as provide an alternative platform for tasks that may be potentially hazardous/dangerous for human beings.

Locomotion Robotics

Locomotion robots provide movement and/or travel services, such as a Segway or a plane considered a flying robot. Locomotion robotics may focus heavily on improving the facilities in which the services are provided, by means of smoother/more natural transportation, or convenience and accessibility.

Actuation Robotics

Considered as muscles of a robot, actuation robotics pertain to the motors, gears, and processes in which robots function. Actuation robotics is often employed to improve and create medical equipment, in cases of prosthetics for amputees.

Lesson Plans and Classroom Resources Grades K-12

Technology is creating innovative and effective ways to approach education, from robot modules and androids that teach English, to national robotics competitions. An early interest in robotics can stimulate interest in math and science within a young student, as well as engineering, history, and design.

Other Resources on Robotics