Within a bachelor's degree program in robotics engineering, students learn to design robots and robotic mechanisms that have the ability to perform various tasks. Many programs include hands-on training in conducting experiments, analyzing data, and solving engineering problems.
To gain admission to an undergraduate robotics engineering program, applicants must possess a high school diploma or the GED equivalent. Some schools may require that students complete advanced mathematics or pre-calculus courses prior to application. Those who are interested in pursuing further studies upon earning a bachelor's degree in robotics engineering may enroll in a master's program.
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Bachelor of Science in Robotics Engineering
Robotics engineering degree programs cover topics in mathematics, engineering, biological sciences, computer systems, and physics. Common courses within these programs may include:
- Embedded systems
- Mechanical systems
- System design tools
- Unified or Industrial robotics
- Microprocessor systems
Popular Career Options
Graduates with degrees in robotics engineering can apply their skills to positions in multiple career fields, including military defense, healthcare, manufacturing, computer science, mining, energy production, and exploration. Potential job titles include:
- Aerospace engineer
- Robotics and autonomous systems specialist
- Industrial engineer
- Systems analyst
- Mechanical engineer
Employment Outlook and Salary Information
As of May 2015, mechanical engineers earned an annual median salary of $83,590, according to the U.S. Bureau of Labor Statistics (BLS), while aerospace engineers earned a median salary of $107,830 per year. The BLS projected an employment growth of 5% during the 2014-2024 period for mechanical engineers, which is about as fast as the average compared to other professions. On the contrary, the job outlook for aerospace engineers will decline by 2% during this same decade.
Continuing Education and Licensure Information
According to the BLS, most entry-level positions available to individuals with robotics engineering training require the minimum of a bachelor's degree, but some employers might favor applicants who hold graduate degrees (www.bls.gov). Master's degree programs in robotics technology are available and provide training in topics such as artificial intelligence and automation science.
Individuals pursuing engineering careers in which their services are available to the public need to be licensed by their state. To acquire a license, graduates of engineering programs can first pass an exam to earn an Engineer in Training designation. After obtaining work experience, these individuals can then take the final exam to become licensed professional engineers.
Bachelor's degree programs in robotics engineering usually combine advanced mathematics and other science-related courses in order to equip students with the fundamental concepts and skills involved in constructing robots. Engineering graduates may opt to obtain state licensure, continue their studies through a master's degree or work in different industries that use automated and robotic technology.