Do you enjoy robots and building things? If so, then an exciting career in robotics engineering is a good choice for you. In this type of job position, you will do things like design and maintain robots, conduct research related to robotics and work closely with your peers to develop new applications for – and expand the potential of – the robotics.
Robotics Engineer Job Description
For many a robotics engineer, work primarily takes place in many manufacturing industries designing labor saving devices to assemble component parts into a major assembly. The auto industry employs robotic engineers to design and maintain the assembly of many vehicle parts. A car engine at Ford’s Essex Engine Plant is assembled by robots or artificial intelligence as some companies call it. This is just one example of the many uses of robots in the car industry.
Robotics engineering is the process whereby mechanical methods are used for assembling parts or machining parts. Robots can be designed to work in small spaces and even in outer space. However, the greatest use of robots today is in manufacturing, because this is where the greatest labor savings can be achieved and the highest level of quality can be obtained. Robots do the same task perfectly every time. American industry has found many uses for robotic engineering to achieve a faster rate of production also.
The robotics engineer has the opportunity to explore and develop new ways of using robotic engineering. They are not limited to any one business sector. Even moving incoming inventory to the right position can be performed by a robotic engineering program. Other industries that have a use for engineering and research in robots include:
- nuclear power-plant maintenance
- and several other fields
Robotics Engineer Education Requirements
Bachelor’s and Master’s degree programs in robotics engineering are required in order to gain employment that leads to designing and building robotic devices for manufacturing, commercial and security use. Both degree programs combine the essential courses in electrical engineering, mechanical engineering and computer science. As with any industry, the Bachelor’s degree gains you an entry level position with and entry level salary while the more advanced Master’s degree gives you access to both higher paying jobs and those with more responsibilities and authority.
Students who want to be robotics engineers should really begin their training in high school with advanced math and science courses. Students aspiring to attend bachelor’s programs will need a strong high school background in these subjects. Admission requirements for a master’s program in robotics engineering will include a bachelor’s degree in an engineering field that strongly relates to the study of artificial intelligence. Students in degree programs require a heavy emphasis on engineering theories, mathematical foundations, and practical design and testing of robotic devices. Most bachelor’s programs incorporate a significantly amount of lab work. Master’s programs usually conclude with building a robotics project. A thesis paper is most always required.
A strong computer science background obtained in the Bachelor program will be nearly the most essential course of study foundation for successful completion of a Masters Degree.
An Associate’s degree program in robotics prepares graduates for jobs in maintaining, repairing and operating robotic systems and equipment. These graduates can qualify for the position of Robotic equipment troubleshooting technician or a machine controller.
Robotics Engineer Jobs
In recent years, there has been a rapid expansion of research and engineering in robots for applications like mining, agriculture, nuclear power-plant maintenance, and the military. The robotics profession provides jobs for a wide range of personal job objectives. Engineers who are visionary can deign experimental robots which are mobile. Medical applications are now employing robotic surgery methods, and the military use robotic vehicles which are capable of moving about on other planets. Military intelligence uses robotic engineering in the development of intelligence gathering machines such as the drones and other equipment we are not completely aware of. As our world becomes more mobile and parts of it become more threatening, robotic devices will be absolutely essential to the protection of the free world.
More down-to-earth robotic uses involve the design of new production-line robots that are even capable of using arms which can be programmed. Agriculture is contemplating using crop harvesters which are self-piloting.
Some popular and typical employment opportunities for those with a degree in robotics engineering include:
- Laboratory assistant
- Robotics testing technician
- Robotics programmer
- Robotics systems controller
- Robotics quality assurance technician
- Automotive robotics engineer
- Aerospace robotics engineer
- Industrial robotics engineer
- Healthcare robotics engineer
- Computer software robotics engineer
Robotics Engineer Salary
If you’re interested in the average income of a robotics engineer, then you should know that the average take home pay varies depending on education level. Those with a Master’s degree earn considerably more per year than those with just a Bachelor’s degree. Your employment location also is a factor in how much you make in this career.
Overall, the average salary for someone working in robotics engineering is around $95,250. This is more than both mechanical engineers and electrical engineers. To give you an idea of the pay rate difference by location – the average pay for a robotics engineer in New York is around $97,000 but is only around $62,000 in South Dakota.
This is a growing field with projected job opportunity growth around 9% through the year 2020. So, if you want to get into a cool and high paying science career that will be a stable job, then robotics engineering just might be a good choice for you.