Our Mission
Founded in 1916, Optica (formerly OSA), is the leading organization for scientists, engineers, business professionals, students and others interested in the science of light. With 24,000+ members globally, Optica aims to advance the science of light through its extensive technical, scientific, and educational initiatives.
The purpose of the CREOL Chapter shall be to promote the discipline of Optics through an organized effort of study, research, and discussion. We shall disseminate the knowledge of the field of Optics to the general public and further the professional development of all our student members.
Announcements
GBM - November 5th
Read about meeting details and join our discord for updates on our next meeting!
Read moreTelescope Project
A 7-week guided project in which each participant will design and build their own
collapsible telescope.
Read MoreFall 2024 OPTICA Goals
A brief overview of our plans for the future of OPTICA and events for our members
Read MoreVideo Li-Fi Project
A wireless communication project that uses light to transmit data sponsored fully by Mike McKee.
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People
Luc Therrien
OPTICA President
About Luc
- Photonics and Optics Engineering
- I'm the best person to bring to an escape room
- My interests in O+P lie in new-gen photonics-based chips
Michael Rusinko
OPTICA Vice President
About Michael
- Photonics and Optics Engineering + Electrical Engineering
- I've been working with computer hardware since I was a kid
- My interests in O+P are optical signal processing and semiconductor device fabrication
Tatiana Cutrone
OPTICA Secretary
About Tatiana
- Photonics Sciences and Optics Engineering + Physics and Mathematics minors
- I enjoy making rainbow bagels from scratch and my favorite sport is skiing!
- I am personally interested in medical applications of light and BioPhotonics
Brian Corchuelo
OPTICA Treasurer
About Brian
- Photonics Sciences and Optics Engineering
- I’m a huge fan of Motorsport and spend much of my leisure time sim racing
- My interests in O+P are in the quantum properties of light and ways to advance quantum computing