K-12 Education
|
| 1.4.26 |
Lessons Learned from Primary School students with Photonics Learning-by-Playing Approach.
Suwannee Phoojaruenchanachi, Sarun Sumriddetchkajorn & Sataporn Chanhorm - Photonics Technology Laboratory, NECTEC. |
| 1.4.41 |
The Day of the Light - Optics demonstration for high school students
S. Chaitanya Kumar, Manoj Mathew, Giorgio Volpe, Osamu Takayama, Alejandra Valencia - The Institute of Photonic Sciences, Mediterranean Technology Park. |
| 1.4.66 |
University for Children - The Magic of Light
Dan Curticapean - University of Applied Sciences. |
| 3b.8.15 |
Kindergarten Optics
Manual F Costa, Julia Campos, Madalena Lira & Sandra Franco - Universidade do Minho, Departmento de Fisica. |
| 10.4.51 |
Guided Poster Sessions: a way to introduce Optical Technology in a primary-secondary school
J. C. Escalera, C. Abelló, O. Ferreras, P. Matheu, M. Torres, and M. J. Yzuel |
Outreach
|
| 2.18.21 |
Optics history as effective instrument for education in optics and photonics
Sergey Stafeef, Maxim Tomilin |
| 2.18.37 |
Automated optical aurora detectors: Using natural optics to motivate education and outreach
Joe Shaw |
| 2.18.4 |
Multiple Dimensional Outreach Activities Attract Students to the Electro-Optics Program
Feng Zhou, Pat Scott, Devki Talwar |
| 3a.13.76 |
Student Chapters: effective dissemination networks for informal optics and photonics education
Dirk Fabian, Nathalie Vermeulen |
| 6a.1.23 |
New optical museum at Saint-Petersburg for education and training
V.N. Vasil'ev, S.K. Stafeef, M.G. Tomilin |
| 6a.1.55 |
Optics Outreach in Irish Context
Emer McHugh, Arlene Smith |
| 6a.1.8 |
The new Aquitaine Outreach and communication centre in photonics
Jean Paul Prulhiere, Laurant Sarger |
| 6b.19.27 |
Elevation of Optics and Photonics Education in Thailand
Suwanne Phoojaruenchanachai, Sarun Sumriddetchkajorn |
Developing Nations
|
| 2.19.58 |
Development of Optics Kit for Schools in Developing Countries - International School of Photonics Model
Praveen Cheriyan Ashok, Jemy James, Yedhu Krisha, Jenu Varghese chacko, V.P.N.Nampoori |
| 2.19.59 |
Outreach in Optics for Developing Countries - International School of Photonics Model.
Jemy James, Jijo P.U & V.P.N.Nampoori , Praveen Cheriyan Ashok |
Technician Training
|
| 3a.14.33 |
Use of Hybrid, On-Line Course for Retraining Employed Technicians
John C Souders Jr, OP-TEC & Greg Kepner, Indian Hills CC |
| 3a.14.6 |
Efforts of the National Center for Optics and Photonics education (OP-TEC) to prepare the technician workforce for photonic industries: Preparing the Technician Workforce for Photonics Industries
Dan Hull, John C Souders Jr - OP-TEC. (USA) |
| 3a.17.9 |
PYLA: A European training facility for Optics, Laser Technology and Applications
Laurant Sarger - University Bordeaux 1. & Elisabeth Boeri - ADERA and University Bordeaux
(Not received) |
| 6a.2.5 |
The Laser Institute of Technology for Education and Research at Camden County College - How it has Changed and Evolved after 20 years
Fred P. Seeber |
Interactive Learning
|
| 3b.8.2 |
Active learning in intermediate optics through class tutorials & concept building laboratories
Mark F Masters, Timothy T Grove |
| 3b.8.28 |
Active and Interactive Teaching Based on Exploring Forefront Topics in Information Optics
Yuhong Wan, Shiquan Tao, Zhuqing Jiang & Dayong Wang |
| 4.7.31 |
Holography as a Tool for Advanced Learning Optics and Photonics
Victor V. Dyomin, Igor G Polovtsev, Alexey S Olshukov |
| 4.7.50 |
Hands-On Optics, Training Courses for School Teachers
Manual F M Costa, Jose B. Vazquez-Dorrio |
| 3b.8.16 |
Using students' misconceptions of primary coloured lights to design a hands-on coloured light mixer
Suchai Nopparatjamjomras, Ratchapak Chitaree |
| 4.7.34 |
An Experimental Education Package on Optical Fibre Raman Amplifiers for Student Teaching Labs
Iain Mauchline , Douglas Walsh,Walter Johnstone, Brian Culshaw |
| 4.7.56 |
Experimental modules covering imaging, diffraction, Fourier optics & polarization based on liquid crystal cell SLM
Andreas Hermerschmidt |
| 5.5.43 |
Stokes parameters in Undergraduate Laboratory Exercises
Gregory A Topasna, Daniela M Topasna |
| 6a.2.20 |
Optics in Eastern Connecticut
Nancy Magnani. Judith Donnelly |
| 9.6.1 |
More Training Modules for an Advanced Interactive Course on Optical Design
Brian Blandford, Heidi Malaka |
| 9.6.3 |
A Conceptual Course on LASERs for general education
Mark F. Masters |
Computer-Based Learning
|
| 5.4.68 |
A Web-based Photonic Simulator for Secondary School Students
Judith M. Dawes, Sam Campbell, Adam Strickland, Robert Williams, Nemanja Jovanovic, Benjamin F. Johnston, Kali Madden |
| 5.7.25 |
Development of an Intelligent Learning Resource using Computer Simulation about Optical Communications
Marcelo Mamud, Sandra Stump |
| 9.7.69 |
Using mobile camera for a better exploitation & understanding of interference and diffraction experiments.
Z Ben Lakhdar, Z Dhauadi, H Ghalila, S Lahmar |
Industry
|
| 6b.20.52 |
From University to Company - education of optical communications in cooperation with industry at Technical University of Ostrava
Vladamir Vasinek, Jan Skapa, Petr Siska, Frantisek Hanacek, Jan Latal, Petr Koudelka & Iva Petrikova |
| 6b.20.64 |
Precision Engineering for Optical Applications: Knowledge Transfer into UK industry
Christopher Sansom, Paul Shore |
| 8.2.54 |
Education services available to optoelectronic sector in Wales
Nick Tyson,Vicky Barwis, Faris Maghuk |
| 8.8.13 |
Creating and Using Industry-Based Problem-Based Learning Challenges in Photonics: Lessons Learned
Judith Donnelly , Michele Dischino, Fenna Hanes, Nicholas Massa |
University Programs in Optics & Photonics
|
| 2.5.70 |
A laboratory of polarization in a Master degree of Photonics
Juan Campos, Angel Lizana, Octavi Lopez, M.J. Yzuel |
| 3a.17.10 |
An International Interdisciplinary Graduate School in Laser and Material Science
Evelyne Fargin, Laurant Sarger, Malte Kaluza,Stefan Nolte, Martin Richardson, Kathleen Richardson |
| 4.5.24 |
Thematic Course Design for an undergraduate photonics engineering course
Barry Shoop |
| 7.5.40 |
Evolution of photonics education at the Australian National University
John Love |
| 7.5.42 |
Should optics be taught to Optometry students?
V. Nourrit |
| 7.5.48 |
Development of an Automated Modern Undergraduate Optics Laboratory using LabVIEW
Amit Garg, Reena Sharma, Vishal Dhingra |
| 7.5.47 |
The Undergraduate Optics Course at Millersville University
Tariq H. Gilani , Natalia M. Dushkina |
| 7.5.57 |
Education Programs of the Institute for Optical Sciences at the University of Toronto
Emanuel Istrate, R J Dwayne Miller |
| 9.6.7 |
A Holography Course in Toronto
E. Istrate, R J Dwayne Miller |
Education Approaches for Teaching Optics
|
| 1.3.29 |
Ingenuity in Photonics Design
Ray Davies |
| 1.4.30 |
The Concept of Perceptive Empirical Design
Ray Davies |
| 3b.8.75 |
The Human Eye: A model system for teaching optics.
Vasudevan Lakshminarayanan |
| 4.7.17 |
Teaching diffraction gratings by means of a phasor analysis
M M Sanchez-Lopez, I Moreno, A Martinez-Garcia |
| 4.7.35 |
Students Misconceptions about Light in Algeria
Djanette Blizak, F.Chafiqi, Maroc, D. Kendil, |
| 5.5.14 |
Optical Phase Measurement Emphasized
Ertan Salik |
| 5.5.45 |
Optoelectronic Technology Profiles - Motivating & Developing research skills in undergraduate students.
D M Kane |
| 6b.20.65 |
University to Night School, to Graduate School to Training to Short Course
E.J Fjarlie |
| 7.5.71 |
Training Physics degree students in a research optics laboratory
Josep Vidal, Alba Peinado, Elena Aso, David Lopez, Angel Lizana, Juan Campos, Maria J Yzuel, Josep Nicolas |
| 8.21.12 |
Problem-based learning in photonics technology education: Assessing student learning
Nicolas Massa, Michele Dischino, Judith Donnelly, Fenna Hanes |
| 8.21.39 |
Practical Framework for Bloom's Based Teaching and Assessment of Engineering Outcomes.
Patricia F. Mead & Mary M. Bennett |
| 8.21.46 |
Laboratory Report Writing on Optical Physics Undergraduate Labs - Draft and Feedback Processes to Facilitate Student Learning & Skill Development
D M Kane & P G Browne |
| 9.6.61 |
Optics and radiometric magnitudes: are their connections clear?
M A Illarramendi, A Oleaga, I Aramburu, J Zubia, G Aldabaldetreku, G Durana |
| 10.8.36 |
A new technique to teach basic concepts of refraction and reflection of light
Jung Hye Yoo, Bok Hee Cho, Dae-Kyu Kim, Seung-Han Park |
Posters
|
| 10.5.43 |
Numerical Modeling of Thin Film Optical Filters
Daniela M. Topasna & Gregory A. Topasna |
| 10.7.22 |
New microscopy based on liquid crystals and its application to students' education and researches
M.G. Tomilin |
| 10.8.60 |
A simple wavelength division multiplexing system for active learning teaching
Mourad Zghal, Hassen Ghalila , Zohra Ben Lakhdar |
| 10.9.32 |
Demonstration of spin-orbit interaction of a photon in a multimode rectilinear optical fiber
Nataliya D. Kundikova |
| 10.9.62 |
Design and development with educational purposes of an Optical Spectrum Analyzer for the visible range and of an Optical Time Domain Reflectometer for the second window
G Durana, G Aldabaldetreku, A. Berganza, J Zubia, M Illarramendi, I. Bikandi |
| 10.20.74 |
The Townes Laser Institute
Martin Richardson |
