Robotics Courses and Classes

1. Robotics Courses and Classes
Overview
Robotics is concerned with automated systems and their use in the
manufacturing industry. Students in these courses learn how to build small
robots and to program them to perform simple tasks. They also learn
troubleshooting and blueprint reading skills.
History of Robotics Course:
This course introduces students to the chronology of robotics, with a
focus on its impact on automation and manufacturing. Students review the
advantages of current robotic systems and their limitations.
Robotic Engineering Course:
In this course, the student designs and constructs a robot to complete
simple tasks that are part of a game. Students learn how to program robots
for industrial work. They survey the programming needed to make a robot
identify an object, pick it up and move it.
Artificial Intelligence and Logic Controllers Course:
This online course examines the foundations of artificial intelligence.
Students learn about the hardware needed to build and program a controller
that directs motor functions, power and tools of the robot.
Blueprint Reading and Solid Modeling Course:
Students learn to read blueprints used in the manufacturing industry.
Topics such as isometric views, orthographic views and assembly
blueprints are discussed. Students also examine technical and engineering
designs.
Principles of AC/DC Circuits Course:
Students learn the basics of electricity and electronics. They learn
how to interpret electronic schematics and to test electronic equipment
for use in automated systems and robotics. This course teaches students
to identify electrical problems and to use the right tools to correct

2. problems. Proper safety procedures and time management skills are also
covered.
Computer Vision Course:
This advanced course explores how computers can be programmed to respond
to images. Students learn image recognition techniques such as edge
detection, texture analysis and pattern classification. Prerequisites
may include one or more courses in Artificial Intelligence, Computer
Graphics or Digital Image Processing.
Foundation in Application Development Course:
In this course, students examine computer programs and how they're
written. Topics also cover Integrated Development Environment tools and
Software Development Kits.
Interactive Scripting in Virtual Environment Course:
This course examine concepts in virtual reality. Additional topics
include animation control and proper objects associated with computer
science.
Program Information
Robotics courses may be part of a master's program in robotics
engineering or in mechanical engineering. Employment opportunities
include working as technicians in the automotive, computer, industrial
electronics or aerospace industries. Graduates may also work in education
as high school science teachers, though education coursework and a
teaching practicum would also be required. Individual online courses are
also available, in addition to bachelor's degrees.