Optical Sciences Mission and History

Our Mission

The mission of Optical Sciences is to provide the State of Arizona and the nation with the internationally preeminent program in education, research, and outreach in all aspects of the science and application of light.

Our History

Optical Sciences, founded as the University of Arizona Optical Sciences Center, has been shaping the future since 1964 by offering highest-quality graduate and undergraduate education, cutting-edge research programs, and a solid commitment to the economic development of the optics industry.

The history of Optical Sciences is a reflection of our commitment to generate and disseminate the knowledge that is critical to future developments in nearly every field of science and technology.

  • 1967:  Optical Sciences students, faculty and staffThe concept for the Optical Sciences Center originated in early 1960s when very few people were being educated in optics and the shortage of trained optical scientists was judged to be a national crisis. In response to this great need, the Air Force Institute of Technology, together with the Needs in Optics Committee of the Optical Society of America and Dr. Aden Meinel, Director of Steward Observatory at the University of Arizona, drafted a proposal to set up an Optical Sciences Center to educate scientists in optics. In 1964, with financial support from the University of Arizona Foundation and a promise of research contracts from the United States Air Force, Aden Meinel, now Director of the new Optical Sciences Center, rented temporary quarters on the University of Arizona campus, brought faculty members on board, and opened our doors to the Center’s first students.
     
  • 2003:  BS, MS and PhD graduatesSince then, Optical Sciences has grown and evolved in response to changing national needs and now includes a world-class faculty, an international student body, an undergraduate optical sciences and engineering degree program, and distance learning classes leading to a Professional Certificate or an MS degree. In response to strong industrial demand, the academic program has expanded to include more than 100 graduate and undergraduate level courses. Optical Sciences' graduates are in great demand and are employed by national and international governments, by businesses and by universities.
     
  • 2003:  State-of-the-art research facilities and equipmentAlong with its teaching programs, Optical Sciences' research programs have evolved and expanded to include a number of partnerships in which Optical Sciences faculty members work closely with scientists in government and industry. Through joint faculty appointments and joint research projects, Optical Sciences also engages in cooperative research with several departments on the University of Arizona campus. Laboratory facilities have expanded also to meet the need for research and development in new and exciting areas. Optical Sciences boasts numerous laboratories dedicated to teaching at both the graduate and undergraduate levels and continually upgrades laboratories with state-of-the-art equipment.
     
  • 2003:  Internationally acclaimed research programsToday, Arizona is fast becoming the world’s major center for the optics industry and Tucson’s optics industry is widely considered the best in the nation, with a vibrant company base, enviable business-to-business cooperation, and top educational opportunities. Tucson optics firms design, develop, and manufacture products ranging from auto headlights to x-ray machines to high-speed internet connections and their growth is phenomenal. Arizona has about 150 optics-related firms, 90 percent of which are in the private sector and account for annual revenues of about $650 million. That’s up from $100 million in 1989 and $300 million in 1994.

The driving force behind this emergence and growth is the research capabilities and education programs at Optical Sciences. The knowledge gained in Optical Sciences classrooms and research laboratories is being brought to the commercial marketplace to solve major challenges in aerospace, manufacturing, instrumentation, medicine, and the physical sciences.