Bachelor's Degree Programs in Robotic Engineering

Read about the curriculum for a robotic engineering bachelor's degree program, and review what you'd learn as a robotics student. Get career info for robotics engineers, and check the licensure requirements and certification options for these professionals. You can also learn about graduate degree programs in robotic engineering for advancing your studies. Schools offering Computer & Electronics Engineering Technology degrees can also be found in these popular choices.

What Will I Learn with a Bachelor's Degree in Robotics Engineering?

Robotic engineering, which you'll find both as a major and a minor, is a field that draws upon mechanical engineering, computer science and electrical engineering. In these programs, you'll learn to solve problems through the design and creation of robots and robotic systems. Your foundational coursework typically includes the history of robotic development and the theories of the field. You'll also address the complex ethical, financial and regulatory issues in robotics.

Common Courses Linear algebra, sensors, physics, operations, power systems
Potential Work Environments Mining, agriculture, health care, aerospace
Graduate Degrees Available Master's and doctorate degrees are available
Continuing Education Licensure and certification requirement is dependent upon your employer and area of occupation, but is recommended regardless

What Courses Will I Take?

Most programs include a combination of lecture-based and laboratory-based coursework. You'll need to become fluent in the many technical aspects of robotic engineering. These include power systems, sensors, operations and motion. In the lab, you'll gain hands-on experience with designing and building robots and understand robotic programming languages. Additional coursework may include physics, calculus and linear algebra. Due to the technical and practical nature of the field, robotic engineering programs are available for campus-based study, rather than online.

What Can I Do with This Degree?

As a robotic engineer, you can perform engineering work that benefits a multitude of industries. These fields include agriculture, aerospace, mining and health care. Your job may include the design, maintenance or updating of robots. You may focus on robots that aid in simple tasks, such as assembly line manufacturing. Robotic engineering can also include futuristic work, such as designing robots used in extraterrestrial exploration.

What Graduate Options Can I Pursue?

There are many graduate degree options that can help you advance in your career. Many colleges and universities offer master's degrees in robotics engineering. You could also earn a master's degree in computer science, mechanical engineering or electrical engineering. These degrees are also available at the doctoral degree level. By earning a Doctor of Philosophy, you can pursue senior research and leadership positions, as well as teaching in post-secondary education.

Will I Need to Be Licensed and Certified?

If your work includes services offered directly to the public, then you'll need to earn a license as a professional engineer (PE), as required throughout the country. To earn a license, you'll need to complete an engineering program that has been accredited by the Accreditation Board for Engineering and Technology (ABET). After you earn your degree, you'll need to accumulate four years of work experience, then successfully pass two state-approved examinations in engineering.

Outside of licensing, you can earn a voluntary professional certification. These are offered by organizations specializing in branches of engineering. Depending on your career field within robotic engineering, various organizations may offer relevant certifications. These include the American Society of Mechanical Engineers (ASME) and the American Institute of Aeronautics and Astronautics, Inc. (AIAA).

What Is the Job Outlook and Pay?

The U.S. Bureau of Labor Statistics (BLS) reported that the employment rate for electro-mechanical technicians is expected to rise 4% between 2016 and 2026, slower than the average. Electro-mechanical technicians earned a median annual salary of $57,790 as of May 2018, according to the BLS. The BLS also reported that in May 2018, the annual average salary of aerospace engineering and operations technicians was $67,010. It further expects a 7% growth in job opportunity for aerospace engineering and operations technicians from 2016 to 2026.

To continue researching, browse degree options below for course curriculum, prerequisites and financial aid information. Or, learn more about the subject by reading the related articles below:

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