Because robotics is a relatively new field, it is important to learn as much as possible about current trends and recent technologies. Reading books and articles in trade magazines provides an excellent way to learn about what is happening in robotics technologies and expected future trends. Magazines with informative articles include Servo Magazine (https://www.servomagazine.com) and Robot Magazine (http://www.botmag.com).
You can become a robot hobbyist and build your own robots or buy toy robots and experiment with them. Complete robot kits are available through a number of companies and range from simple, inexpensive robots to highly complex robots with advanced features and accessories. A number of books that give instructions and helpful hints on building robots can be found online and at most public libraries and bookstores. In addition, relatively inexpensive and simple toy robots are available from electronics shops, department stores, and mail order companies.
You can also participate in competitions such as the National Robotics Challenge (https://www.thenrc.org) or International Aerial Robotics Competition, which is sponsored by the Association for Unmanned Vehicle Systems International (http://www.aerialroboticscompetition.org).
The Robotics Institute Summer Scholars Program at Carnegie Mellon University offers summer research programs for junior and senior undergraduate students. To learn more, visit its Web site, https://riss.ri.cmu.edu.
Another great way to learn about robotics is to attend trade shows. Many robotics and automated machinery manufacturers exhibit their products at shows and conventions. Numerous such trade shows are held every year in different parts of the country. Information about these trade shows is available through association trade publications.
Other activities that foster knowledge and skills relevant to a career in robotics include membership in high school science clubs, participation in science fairs, joining national science and technology associations (such as the Technology Student Association, https://tsaweb.org), and pursuing hobbies that involve electronics, mechanical equipment, and model building.
The majority of robotics engineers work within the field of computer-integrated manufacturing or programmable automation. Using computer science technology, engineers design and develop robots and other automated equipment, including computer software used to program robots.
The title robotics engineer may be used to refer to any engineer who works primarily with robots. In many cases, these engineers may have been trained as mechanical, electronic, computer, or manufacturing engineers. A small, but growing, number of engineers trained specially in robotics are graduating from colleges and universities with robotics engineering or closely related degrees.
Robotics engineers have a thorough understanding of robotic systems and equipment and know the different technologies available to create robots for specific applications. They have a strong foundation in computer systems and how computers are linked to robots. They also have an understanding of manufacturing production requirements and how robots can best be used in automated systems to achieve cost efficiency, productivity, and quality. Robotics engineers may analyze and evaluate a manufacturer's operating system to determine whether robots can be used efficiently instead of other automated equipment or humans.
Many other types of engineers are also involved in the design, development, fabrication, programming, and operation of robots. Following are brief descriptions of these types of engineers and how they relate to robotics.
Electrical and electronics engineers research, design, and develop the electrical systems used in robots and the power supply, if it is electrical. These engineers may specialize in areas such as integrated circuit theory, lasers, electronic sensors, optical components, and energy power systems.
Mechanical engineers are involved in the design, fabrication, and operation of the mechanical systems of a robot. These engineers need a strong working knowledge of mechanical components such as gripper mechanisms, bearings, gears, chains, belts, and actuators. Some robots are controlled by pneumatic or mechanical power supplies, and these engineers need to be specialists in designing these systems. Mechanical engineers also select the material used to make robots. They test robots once they are constructed.
Computer engineers design the computer systems that are used to program robots. Sometimes these systems are built into a robot and other times they are a part of separate equipment that is used to control robots. Some computer engineers also write computer programs.
Industrial engineers are specialists in manufacturing operations. They determine the physical layout of a factory to best utilize production equipment. They may determine the placement of robotic equipment. They are also responsible for safety rules and practices and for ensuring that robotic equipment is used properly.
CAD/CAM engineers (computer-aided design/computer-aided manufacturing) are experts in automated production processes. They design and supervise manufacturing systems that utilize robots and other automated equipment.
Manufacturing engineers manage the entire production process. They may evaluate production operations to determine whether robots can be used in an assembly line and make recommendations on purchasing robotic equipment. Some manufacturing engineers design robots. Other engineers specialize in a specific area of robotics, such as artificial intelligence, vision systems, and sensor systems. These specialists are developing robots with "brains" that are similar to those of humans.