Proceedings from ETOP 2001

The Education and Training in Optics and Photonics Conference (ETOP) 2001

2001 Proceedings

JOINT ETOP/ISPA PLENARY SESSION
2	Harnessing Light: the study and an update Arthur H. Guenther
CURRICULUM DEVELOPMENT FOR PRE-COLLEGE, UNDERGRADUATE, AND GRADUATE PROGRAMS I-II
6	Optics curriculum development at the Optical Sciences Center Richard L. Shoemaker
16	Optics program in the physics department at San Jose State University Ramendra D. Bahuguna, Karamjeet Arya, Joseph F. Becker, John B. Gruber, H. Sarma Lakkaraju, Kenneth B. Wharton, Gareth T. Williams
24	Teaching quantum electronics to electronic engineering undergraduates John M. Arnold
32	Peculiarities of education in optics for masters of physical faculties of universities Leonid V. Poperenko
36	Proposal for a sandwiched three-year M. Tech. course in photonics Alika Khare
41	Light work at Chiang Mai University, Thailand C. Wongtawatnugool, A. Ngamjarurojana, Samran Lacharojana
50	Course on integrated optics in the EE undergraduate/graduate curriculum Sheel Aditya
56	Trends in teaching lens design Jose M. Sasian
TECHNICIAN EDUCATION AND TRAINING
59	Technician education and training: a plan for systemic change Daniel M. Hull
70	Photonics education and training in Ontario, Canada: an integrated plan Marc Nantel, Johann Beda
79	Updateable and customizable educational materials Chandrasekhar Roychoudhuri, Arthur H. Guenther, Leno S. Pedrotti, Darrell M. Hull
89	Photonics classes in high school Pearl V. John, Richard A. Shanks
CURRICULUM DEVELOPMENT FOR PRE-COLLEGE, UNDERGRAADUATE , AND GRADUATE PROGRAMS III
103	Optics in the Great Exploration in Math and Science (GEMS) program: a summary of effective pedagogical approaches Stephen M. Pompea, Tan K. Gek
110	Creating standards-based optics and photonics classes K-16 Neal Miller
120	Establishing a photonics teaching facility and program in a Singapore secondary school Theresa Lai, Mark Wee, Andrew T. Sabaratnam, Gopalkrishna M. Hegde
131	Promoting photonics learning and research among secondary school students Yoong K. Lam, Tuan-Kay Lim
WOMEN IN OPTICS
138	Attacking the workforce shortage one woman at a time Gloria G. Putnam
143	The making of women in optics Andrew T. Sabaratnam, Utkarsh Gupta, Ning H. Tiang
147	9.5 college credit fiber optic training program for under- and unemployed women: a private/public/continuing education partnership designed to promote women in fiber optics as a workforce initiative Margaret H. Stroup, Marjorie R. Valentin, Randall G. Seebeck, Joseph Williams, Deborah Jeffers, Robert Markoja
EDUCATION AND TRAINING FOR INTER- AND MULTIDSCIPLINARY APPLICATIONS
155	The need for lighting education Warren G. Julian
163	Project-based learning in photonics for tertiary students of other engineering disciplines Andrew T. Sabaratnam, Gopalkrishna M. Hegde
167	Optics teaching of mathematical students at M.V. Lomonosov Moscow State University in courses of theoretical physics Vladimir A. Makarov, Konstantin N. Drabovich
172	Biomedical engineering education development in China: introduction of BME program in Zhejiang University Xiaoxiang Zheng, Shunren Xia
179	Photonics for mechanical engineering in tertiary education Gopalkrishna M. Hegde, Andrew T. Sabaratnam
182	Optoelectronics for electrical and computer engineering students Soo-Jin Chua, Mansoor Jalil
192	Photonics education within the framework of electrical engineering program of studies Cestmir Vlcek, Jan Maschke
INNOVATIVE APPROACHES FOR TEACHING AND LEARNING
201	Optics education: a blueprint for the 21st century Janice M. Gaines Walker, Jason Biggs, Aimee Gibbons, Gloria G. Putnam, T. L. Nally, Barry L. Shoop
213	Mystery and use of quantum optics: how to teach it to undergraduate students? Hans-Albert Bachor
222	Teaching temporal coherence and the Wiener Khintchin theorem at a senior/graduate level Pierre H. Chavel, Jean-Michel C. Jonathan
234	Optical neural network and education Francis T. Yu
243	Film-based and digital-based holographic and shearographic interferometry: an educator's perspective Huai M. Shang
247	Using lecture demonstrations and on-line discussion groups to enhance learning in a photonics and fiber optics unit Alexander Mazzolini
254	Laser entertainment and light shows in education Andrew T. Sabaratnam, Charles Symons
LABORATORY FOR OPTICS AND PHOTONICS EDUCATION AND TRAINING
258	Special training laboratory on optical biophysics Valery V. Tuchin, Dmitry A. Zimnyakov, Vladimir P. Ryabukho, Yurii P. Sinichkin, Georgy V. Simonenko, Ivan V. Fedosov, Alexey N. Bashkatov, Elina A. Genina, Ol'ga A. Perepelitsina, Sergey Ulianov, Ekateryna I. Galanzha, Irina A. Kiseleva, Vyacheslav I. Kochubey, Alexander B. Pravdin, Svetlana P. Chernova
270	Advanced experiment program on Fourier optics and digital color photography Guoguang Mu, ZhiLiang Fang, Hongchen Zhai
280	Three-course graduate electro-optics laboratory sequence at the University of Dayton Perry P. Yaney, Bradley D. Duncan, Gordon R. Little
290	Remote-controlled photonics laboratories for distance learning David H. Lieberman, Tak D. Cheung
299	Down-under undergraduate optics and photonics laboratory Barry Perczuk, Michael Gal
304	Photonics laboratory teaching experiments for scientists and engineers Walter Johnstone, Brian Culshaw, David G. Moodie, Iain S. Mauchline, Douglas Walsh
316	Simple laboratory set-up for the fringe-projection method Ibnur R. Muhd, Gerald L. Jie, Mark Wee, Theresa Lai, Yu Fu, Huai M. Shang
320	Michelson-interferometer-based method for measuring the angle of rotation Cexiang Foo, Gaurav Madan, Theresa Lai, Mark Wee, Yu Fu, Huai M. Shang
COOPERATIVE EDUCATION AND TRAINING PROGRAMS
326	Optoelectronics education training programs in Scotland John H. Marsh
332	University/industry cooperative teaching laboratory for undergraduate education James R. Leger
343	Leading role of the faculty of sciences and engineering of Laval University in the development of curricula in optics/photonics for industry Roger A. Lessard
354	Workforce education and manpower development: a road map for Singapore Tuan-Kay Lim
362	Technium concept Marc Clement, Stephen Davies
371	Professional development in optics and photonics education Judith F. Donnelly, Fenna D. Hanes, Nicholas J. Massa, Barbara R. Washburn
384	Practice in photonics education and training Yong-Lin Zhang, Hong-Wei Di, Jingang Zhong
388	New initiatives in Australia for education and training in the academic and industrial optical communications communities John D. Love
GLOBAL NETWORKING, INTERNATIONAL COOPERATION, AND WEB-BASED AND COMPUTER-ASSISTED LEARNING
392	Coalition for photonics and optics Robert P. Breault
399	New trends in light and optics teaching; building bridges to the information society--the OPTICA XXI project Manuel F. Costa
407	Internet school for young scientists and students on optics, laser physics, and biophyics as a new approach for multidisciplinary continuing education Dmitry N. Agafonov, Valery V. Tuchin
414	Design of computer-assisted education programs for optics and photonics: implications of educational technology research Stephen M. Pompea
423	CAD-supported university course on photonics and fiber optic communications David K. Chan, Andre Richter
432	VPIsystems industry training program on computer-aided design of fiber optic communication systems Andre Richter, David K. Chan
440	Computer training program for elimination of instrument distortions Lidia A. Luizova, Alexei Soloviev
POST-DEADLINE PAPERS
448	Integration of scientific and technologically based photonics courses Moho Kamil Abd-Rahman
453	Introduction of advanced photonics research at the undergraduate level: an example from the Philippines John W. Liwag, Kees Karremans
464	Undergraduate experiments in optics employing a fiber optic version of the Mach-Zehnder interferometer Adonis Flores, Marlo Flores, Kees Karremans, Ben Zuidberg
472	Teaching optics with limited equipment Andrianto Handojo
479	Education and training in optics conducted at Canon Kazuo Tanaka
POSTER SESSION
482	Ten years of optical communications laboratories in the Institute of Electronics and Telecommunications, Poznan University of Technology, Poland Jan Lamperski, Piotr Stepczak
490	Demonstration of the light scattering phenomenon in the atmosphere Yasushi Sakurada, Takashi Nakamura
499	Display of spatial coherence of light in interference experiments: laboratory works and demonstrations Vladimir P. Ryabukho, Ol'ga A. Perepelitsina, Valery V. Tuchin
507	Laser Doppler velocimeter for laboratory training Ivan V. Fedosov, Boris L. Djagilev, Alexey S. Kurtov, Valery V. Tuchin
510	Photonics for MS study in radiocommunications Rudolf Volner, Milos Klima, Dasa Ticha
514	University of Arizona's Collaboration to Advance Teaching Technology and Science (CATTS): lesson for photonics education collaborations Michelle Hall-Wallace, Nancy L. Regens, Stephen M. Pompea
525	Design of a professional development and support program for future photonics industry team leaders Michelle Hall-Wallace, Nancy L. Regens, Stephen M. Pompea
SPECIAL SESSION ON EDUCATION
536	Fulsome conundrum: solving the nation's shortage of photonics personnel with education Steven D. Moore
548	Undergraduate optics program for the 21st Century James M. Palmer
554	Increasing science literacy in optics and photonics through science centers, museums, and web-based exhibits Stephen M. Pompea, Isabel Hawkins
561	Teaching about the electromagnetic spectrum using the Herschel experiment Stephen M. Pompea, Alan R. Gould
564	Web-based fiber optic communications course Joseph C. Palais
PROCEEDINGS ONLY
568	Teaching optics with a spatial light modulator Manuel P. Cagigal, Vidal F. Canales, Pedro J. Valle, Jose E. Oti, Daniel M. de Juana
579	Teaching wavepackets propagation via ultrashort pulses of light Celso L. Ladera
586	Photoacoustic effect applied to sound speed measurement Mayo Villagran-Muniz, Rosalba Castaneda-Guzman, Vicente Torres-Zuniga
593	Up-to-date teaching and learning of quantum optics at the beginning of the XXIst century Celso L. Ladera