Optical Engineers

High School

While in high school, take physical science, physics, chemistry, geometry, algebra, trigonometry, calculus, social studies, English, composition, and computer science classes. Courses in computer-aided design are also helpful. Honors classes in science and mathematics are recommended.

Postsecondary Training

A bachelor's degree in engineering is required to become an optical engineer. Most engineering programs take four or five years to complete. Many students also receive advanced degrees, such as a master's of science degree or a doctorate degree, as they are required for higher level positions.

There are about 120 colleges and universities in the United States and approximately five in Canada that offer classes in optics. Fewer than 20 schools, though, offer programs that grant degrees in optical engineering. Most colleges offer degrees in a related field, such as electrical engineering or physics, with a specialization in optics.

Because each college program is unique, classes in optical engineering may be offered through various departments, such as physics, electrical and computer engineering, electronic and electrical engineering, electronics and photonics imaging, optical engineering, or optical science. Some schools emphasize the engineering aspects of optics, whereas others focus on optical science or the research aspects of optics. Optical science varies from optical engineering in that it is more concerned with studying the properties of light and its interaction with matter than in developing applications that utilize optical technology.

Classes vary based on the type of program, but they generally include intensive laboratory experience and courses in mathematics, physics, chemistry, electronics, and geometric and wave optics. Advanced courses may include electro-optics, lasers, optical systems design, infrared systems design, quantum mechanics, polarization, fiber optics communication, and optical tests and measurement.

Some colleges require internships or cooperative work programs during which students work at a related job for one to three semesters. Alternating study with work experience is an excellent way to gain on-the-job experience before graduation and can lead to employment opportunities upon graduation.

A high number of students receive master of science degrees, which generally take two years of additional study beyond a bachelor's degree. Those who plan to work in research generally earn doctorate degrees, which take four years of additional study beyond a bachelor's degree. Because the types of programs vary, you should thoroughly research and investigate as many colleges as possible.

Other Education or Training

SPIE offers continuing education (CE) classes and webinars to help optical engineers keep their skills up to date. Examples of past offerings include topics such as "Basic Optics for Engineers," "Social Media for Scientists," and "Practical Optical System Design." The IEEE Photonics Society and Optica also provide CE workshops, seminars, and classes. Contact these organizations for more information.