Bachelor of Science in Optical Sciences and Engineering (Biomedical Optics Track)

Lenses, lasers, telescopes, cameras and communications are all part of optical engineering, which has applications ranging from medical imaging to space exploration. Optical engineers specialize in light manipulating systems. Students seeking the Bachelor of Science in Optical Sciences and Engineering take on advanced research initiatives for improved technology in solar energy, weather forecasting, data transfer and storage, medical diagnostics, electronic devices and space probes. They do practical design projects and work alongside faculty and professionals on augmented reality displays, smartphone microscopy, and the Giant Magellan Telescope, for example. The Women in Optics club and Student Optics Chapter provide undergraduates with professional development and networking opportunities outside the classroom.LEARNING OUTCOMESStudents will have a good understanding of the basic physics and mathematics underlying optical phenomena and optical systems.Students will be able to apply their understanding of physics and mathematics to solve technical and engineering problems, especially those related to opticsStudents will be able to use optical components, optical and electronic instruments, and computers to perform experiments and do testing in an optics laboratory.Students will be able to work effectively in teams to solve engineering and design problems.

Unofficial secondary/high school transcripts may be used for the initial admission evaluation. Official transcripts or official exam results are required at the time of enrollment. If a transcript is not in English, a certified English translation must accompany the transcript. Strong applicants will have a minimum recalculated grade point average (GPA) of 3.0 over the course of their last three years of academic coursework. GPA recalculation takes place during admission review. Prior to enrollment, students must obtain a high school diploma, certificate, or GED.