Optical Engineering Schools Colleges & Universities

Students looking for a new career where they can help design and build new technologies should consider optical engineering. Finding out more about how optical engineering schools can prepare you for a new career in a growing industry.

Degrees In Optical Engineering: Envision a Bright Future: Are you looking for a new career in a growing industry? Do you enjoy designing and building new things? A career in optical engineering may be the right path for you. Optical engineers design the main components of optoelectronic circuits, signal sources, detectors and transmission media. Many medical technologies now use optics as well including laser surgery. Optical engineering schools can help prepare students for a new career in the field of optics.

Optical Engineering Colleges Information: Students who are interested in a career in optical engineering can pursue a degree program from an accredited institution in order to advance their education. Most entry-level positions in optical engineering require that students have a bachelor's degree. Students who are interested in optical engineering colleges must meet the admissions requirements set for each specific program. Many programs recommend students have a background in physics and chemistry before enrolling in an optical engineering program.

Bachelor degrees in optical engineering can provide students with the education and training in order to become a professional engineer. A bachelors degree program in optical engineering coursework can include but is not limited to:

  • • Chemistry
  • • Physics
  • • Optical Engineering
  • • Calculus
  • • Design
  • • Engineering Sciences

For students who want to pursue research and development career positions, a master's degree program is a good option. A master's degree program can help advance skills in technology in optical engineering and help to advance careers.

Students who are interested in attending optical engineering schools should also have personal qualifications to help excel in an optical engineering career. Some the other personal qualifications for students include but are not limited to:

  • • Inquisitive
  • • Detail-oriented
  • • Analytical
  • • Strong communication skills (both written and verbal)

Students must also have strong academic skills especially in mathematics and sciences. Optical engineers apply the foundations of science and mathematics to help design and solve technical problems and students must be prepared to use those skills in professional settings.

There are numerous professional organizations for students who are attending optical engineering colleges. The National Society of Professional Engineers (NSPE) offers engineers opportunities for leadership development, volunteering and professional recognition. The NSPE also provides opportunities for continuing education and mentoring programs for professionals.

Career Outlook For Optical Engineering: Optical engineering is a fast growing industry due to the increased used of optics in engineering. The Bureau of Labor Statistics (BLS) reports that careers in engineering are expected to grow by eleven percent from 2008 to 2018. While some other specialties of engineering may not be growing as fast, the optical engineering field is growing fast because of the advancing technologies. The mean annual income as reported by the BLS was $90,600 in May 2009. Some of the top industries for students who have degrees in optical engineering, include but are not limited to:

  • • Federal executive branch
  • • Architectural and engineering services
  • • Aerospace product
  • • Measuring, electromedical and control instruments manufacturing
  • • Scientific research and development

Students interested in a new career in optical engineering can have many different job opportunities in a variety of industries of engineering.

Kim Carter.

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