Robotics is a field which combines computer science and mechanics. Robotic is typically used for tasks that cannot be performed by humans, such as in war or industrial espionage. But as technology improves, robots are also becoming parts of everyday life. In fact, today most of the activities we perform are carried out by robots, from manufacturing to transportation.
Robotics is a growing field and currently there are about 25 Areas of Robotics, each with its own subfield and subspecialty. Robotic is typically used for non-lethal operations, military or police, construction, telematics and manufacturing. Robotic is generally used to evaluate and improve performance, design systems and for operations that require extreme control or autonomy. Some robotic systems are classified as one of several main classifications in robotics, such as a remote control, computer assisted drawing, welding, machine automation, imaging systems and mobile robotics.
Robotic engineering is an emerging field with applications in business, engineering and military applications. Today, virtually every industry has a requirement for a robotic system, and with the exception of emergency or disaster response, almost all companies expect their employees to be equipped with at least some level of robotic assistance. The current market demand for professionals in this field will only continue to grow as human-directed systems become more intelligent, self-programmed, and even more robust. As robotic systems grow more sophisticated, they will need specialists to help maintain them and train new robots. This will allow the field to expand with the advances in technology, creating a shortage of specialists in the field.
There are numerous colleges and universities which offer a variety of programs in robotics engineering. For those looking for a Bachelor’s degree, a traditional campus-based graduate program may be right for you, but there are also options available through a combination of on-campus and online education. A traditional program allows students to select from a pre-determined set of modules which they then complete over a set period of time. With an online Bachelor’s program, students have more flexibility; they can choose to pursue modules in areas of their choice and arrange their schedules to fit in with other college or university obligations. Each year, many colleges and universities offer robotics engineering entrance exams to test students’ knowledge of the subject.
A high-paying field with many possible career opportunities, robotics is quickly becoming one of the top growing fields in technology. This rapidly advancing field offers job stability and the possibility for tremendous growth. There are currently a number of major manufacturers in the robotics field that continually seek out technically-skilled and creative graduates in order to develop new products and services.
Most of today’s advanced robotics technology comes from decades of research and development. Robotics engineers often work closely with technicians who perform maintenance, troubleshooting and installation duties. Some of the most popular consumer robotics products are self-cleaning coffee makers, robotic vacuum cleaners, and ice cream makers. Future technology may even allow for robots to drive cars and deliver goods at your shopping mall.
Robotics is one of the few fields to experience an increase in jobs each year, with computer science, communications, and mathematics seeing small increases in demand. There are currently no shortages of jobs in the field. Robotics employers typically offer competitive wages, great benefits, solid career prospects, and a flexible schedule. With a fast-paced and ever-changing environment, it is no wonder that more people prefer to seek employment in robotics.
As technology develops and advances, there will be an increasing need for robotics professionals. In fact, the job outlook for this field is excellent. The future of robotics promises exciting new advancements – think about it!