UNIVERSITY EDUCATION
|
| EMC2 |
François R. Flory |
An original syllabus in photonics at the Ecole Généraliste d‘Ingénieurs de Marseille |
| EMC4 |
Robert M. Bunch |
From optics to optical engineering: 20 years of optics education at Rose-Hulman Institute of Technology |
| ETuC3 |
Marek Osinski |
20 years of graduate optics education at the University of New Mexico |
| ETuC4 |
Victor V. Pokasov, Sr. |
The experience and teaching innovations in education at the Universities Of Siberia |
| ETuC5 |
Anotoly D. Khakhaev |
Optics-related courses in Research and Educational Center "Plasma" at Petrozavodsk State University |
VISUAL LEARNING AND UNDERSTANDING
|
| EMD1 |
Charles Falco |
Optics at the dawn of the Renaissance |
| EMD2 |
Arthur J. Lowery |
Free take-home virtual laboratories using professional simulation software |
TECHOLOGY TRAINING
|
| EME1 |
Randall G. Seebeck |
Growing a photonics program in good times and bad |
| EME4 |
Jack Y. Ding |
Education and training in preparation of rare-earth doped optical glasses |
| EME5 |
Djafar K. Mynbaev |
Teaching fiber-optic communications in engineering technology program by virtual collaboration with industry |
| EME6 |
Chandra Roychoudhuri |
The Global Photonics Education Network: Another way to think globally and act locally |
DISTRIBUTED EDUCATION AND THE USE OF THE INTERNET
|
| EMF3 |
John T. Foley |
The Optics Project on the Web (WebTOP) |
BIO-PHOTONICS EDUCATION
|
| EMG1 |
Steven L. Jacques |
Curriculum in biomedical optics and laser-tissue interactions |
| EMG2 |
G. C. Wang |
Educational training program for THz science and technology at Rensselaer |
POSTER SESSION
|
| EMI1 |
Cèsar O. Torres Moreno |
Fractional order Fourier transform as a tool for analyzing multi-element optical system |
| EMI2 |
Charles Joenathan |
ABET accreditation of the Optical Engineering Rose-Hulman: incorporating EC2000 criteria in a science department |
| EMI3 |
Artem V. Bulba |
The computer training program on tomography |
| EMI5 |
Mansoor B. A. Jalil |
Liquid crystal experiment for undergraduate engineering students |
| EMI7 |
Susan M. Lord |
Undergraduate elective on optoelectronic materials and devices |
| EMI8 |
Carlos Ignacio Robledo-Sánchez, Sr. |
Method to make accurate measurements of refractive index |
| EMI10 |
Chandrasekhar Roychoudhuri |
Fourier transforms in classical optics |
ATTRACTION, RETENTION, DIVERSITY
|
| ETuA2 |
Tuan-Kay Lim |
Creating the future: towards an integrated system for photonics education and training |
INNOVATIVE TEACHING
|
| ETuB7 |
Joseph C. Palais |
Evolution of a class in fiber-optic communications |
| ETuB8 |
Jana Reisslein |
A needs assessment report of a graduate level course in optical networking |
SPONSORED INITIATIVES
|
| ETuD1 |
Daniel M. Hull |
Skill standards and curricula for photonics technicians |
| ETuD2 |
Marie-Christine Jeanjean |
The European Optranet Project |
| ETuD5 |
Marc Nantel |
The Ontario Photonics Education and Training Association (OPETA): l'Union fait la Force! |
EDUCATION IN DEVELOPING NATIONS
|
| ETuE1 |
Ludmila A. Gerasimova |
Internationalization of optical education |
| ETuE2 |
Janette E. Cawood |
The South African young spectroscopist symposium: current model and future developments |
PRIMARY, SECONDARY, AND OUTREACH EDUCATION
|
| ETuF4 |
T. W. Ng |
The optical mouse as an inexpensive measurement device |
| EWD2 |
Marek Osinski |
Curriculum, program, and infrastructure development for Bachelor of Science in Optical Science and Engineering |
| EWE1 |
Douglas N. Arion |
Hands-on demonstrations and teaching tools for optics and adaptive optics |
| EWE3 |
Judith F. Donnelly |
The light fantastic: PHOTON materials for technician education |
ENABLING THE NEXT GENERATION
|
| EWB1 |
Minella Alarcon |
Capacity building in Optics and Photonics by international collaboration |
EDUCATIONAL PEDAGOGY
|
| EWC3 |
Grover A. Swartzlander, Jr. |
Integrating writing into the optics curriculum |
EDUCATIONAL KITS AND PROJECTS
|
| EWG3 |
Douglas J. Walsh |
OptoSci educator kits œ an immediate solution to photonics teaching laboratories |
