Watt's Up

College of Optical Sciences News for Thursday, July 27, 2006

 

Dave Maio
August 23, 1933 - July 13, 2006

 

Armand David Maio (OSC PhD 1976) died peacefully following a valiant battle with non-Hodgkin's lymphoma.  Hs is survived by his wife, Carolyn, their children, Keith and Stephen, their grandchildren, Collin, David, Leah, Allison, Addie, Jenna, Gianna, Aaron, and Jesse, and by many other relatives and faithful friends.  After graduating from the U.S. Naval Academy, Dave  earned a master's degree in meteorology at the University of Washington and a second master's in physics at the University of Michigan.  He went on to earn a PhD in optical sciences at the University of Arizona.  After retiring from a career in the United States Air Force, Dave served as a physical science administrator at New Mexico State University.  A memorial mass was held on July 17 at St. Mary's of the Angles in Pinetop, Arizona.

 

Watt's New in Distance Learning for Optics Students?

 

This year the addition to our building is nearly complete, giving us an an excellent opportunity to strengthen our commitment to offering the world's best education in optics.

 

In addition to labs and offices, the new addition is home to a large auditorium that was designed with the goal of allowing us to record our own optics classes and distribute them to students worldwide.

 

The new auditorium will enable OSC faculty members to use the most advanced optical technology -- technology that was developed from discoveries made by optical sciences faculty members -- to teach key concepts in optical materials, optical systems, light interference, polarization and diffraction.

 

As you read this, technicians in the new West Wing auditorium are installing such state-of-the-art optical technology as an ELMO visual presentation system, overhead projectors, smart boards, a 50-inch plasma TV, and several remote controlled cameras -- including an over-the-instructor's-desk arrangement known as a "cooking camera".

 

In addition to the new auditorium and equipment, we have expanded our video class list:  this fall, we will record five classes and -- by popular demand -- will distribute videos from Jim Wyant's Opti 513 that were recorded previously.

 

Changes such as these require an operations staff with the technical expertise to make it all work.  David Bogner, video and media communications coordinator for UA's College of Agriculture, serves as our design and implementation expert and Cindy Robertson, formerly with UA's KUAT Multi-Media Services, has signed on as OSC's distance learning operations guru.  Students who have already participated in distance learning classes at UA may remember Cindy as the KUAT staffer who brought optical sciences classes to students all over the world.

 

Fall 2006
Distance Learning Classes

 

admission and registration

 

Opti 501  (3 units)
Electromagnetic Waves

Professor Masud Mansuripur
Prerequisites:  Phys 241 and Math 223

 

Opti 502  (3 units)
Optical Design and Instrumentation I

Professor John Greivenkamp
Prerequisites:  Phys 142 or Phys 241

 

Opti 507 (3 units)
Solid-State Optics

Professor Nasser Peyghambarian
Prerequisites:  Phys 435 or Opti 511.  Knowledge of basic quantum mechanics is highly recommended.

 

Opti 513R  (3 units)
Optical Testing

Professor James C. Wyant
Prerequisites:  Opti 505R
Note:  Videos for this class were recorded in Fall 2005.

 

Opti 517  (4 units)
Lens Design

Professor Jose Sasian
Prerequisites:  Opti 502 and Opti 509

 

Opti 521  (3 units)
Optomechanical Engineering

Professor James Burge
Note:  This is a temporary course and will only be offered this semester.

Cindy RobertsonIn addition to recording and distributing classes and class materials, Cindy will serve as liaison between distance learning students and OSC faculty members.  Students with technical questions or issues such as access to class Web sites and homework due dates may contact Cindy directly.  She can be reached by e-mail at cindyr@optics.arizona.edu or by telephone at 520-626-4719.

 

The optics distance learning program brings the College of Optical Sciences' two greatest strengths -- its outstanding teaching faculty and its leading-edge video technology -- to students worldwide.  The mission of the distance learning program is to bring the highest quality optics classes to working adults in ways that complement their educational level, their professional experience, and their current responsibilities.

 

In addition to taking individual optics classes for personal edification or professional development, students may work towards a professional certificate or a graduate degree.  The Professional Graduate Certificate may be earned entirely through distance courses and the Master's degree can be nearly completed via distance learning.

 

The college has successfully offered its distance courses to individuals worldwide and to working professionals via courses tailored specifically to employees at companies such as Lockheed Martin, The Aerospace Corporation, Northrop-Grumann and Raytheon.  Changchun University of Science and Technology in the Peoples' Republic of China has established a program offering College of Optical Sciences distance learning classes to Changchun University students.

 

Classes fill quickly and space is limited, so prospective students might consider signing up now.

Learn in your own place at your own pace Jose Sasian:  Opti 517, Lens Design Masud Mansuripur:  Opti 501, Electromagnetic Waves

 

Happy Birthday

July 31   Bill Hawkins (hawkins_44143@yahoo.com)
Bela Privari (bela.i.privari@lmco.com)
Pouria Valley (pvalley@optics.arizona.edu)
Jim Wyant (jcwyant@optics.Arizona.EDU)
August 1   John Buchanan (jhbuchnn@email.arizona.edu)
Heather Hawley (fultonh@email.arizona.edu)
Linan Jiang (ljiang@optics.arizona.edu)
August 3   Daniel Caywood (dcaywood@optics.arizona.edu)
Marlan Scully (mscully@Princeton.EDU)
August 5   Craig Pansing (cpansing@optics.arizona.edu)
Pirmin Sommerfield (Pirminthemaster@comcast.net)
August 6   Hyatt Gibbs (gibbs@optics.Arizona.edu)
Markus Lindberg (markus.lindberg@abo.fi)

 

Watt's Happening

 

more at
http://www.optics.arizona.edu/calendar/default.htm)

 

August 21, 2006 -- First Day of Classes

 

September 4, 2006 -- Labor Day -- University Holiday

 


 

Employment Opportunities in Optics

 

more at

http://www.optics.arizona.edu/employment/nationalopenings.htm

 

Drafter. Edmund Optics. Department: EOT. Reports To: Director, design services. Classification: Hourly. Brief Summary: Drafting of optical and optomechancial components and subassemblies. Duties: Drafting. Some Simple Mechanical Design. Checking Prints. Generating PDF’s from Drawing Files. Participating in Design Reviews. Revising Existing Drawing. Processing Engineering Change Notices. Attend Training. Supporting Document Control. Requirements: US Citizenship. Proficiency with MechanicalDesktop. Experience with Solidworks, a plus but not a requirement. Min. of an Associates Degree or higher in Engineering or CAD, or equivalent experience. Basic understanding of Mechanical fabrication. Proficient in basic GD&T principles. Understands document control. Great communication, organization, and math skills. Motivated and self-starter. Contact: Cathy Hillias-Slocum, Human Resources Generalist. Edmund Optics. chillias@edmundoptics.com  Phone: 1-800-363-1992 ext 6818. Fax 856-546-9340.

 

Research Intern.  Veeco.  Requirements:  Excellent communications skills.  Lens design and physical optics/interferometry coursework required.  Candidate has to be familiar with computers and Microsoft products.  Labview, Matlab, Zemax experience preferred, as is a solid math background with image and/or signal processing background.  Some expertise in areas related to conventional interferometry like ellipsometry, spectroscopy, structure illumination, holography, confocal microscopy, polarization is a plus as well as programming in ASAP.  Responsibilities:  Initial responsibilities will mainly involve familiarization with Veeco products through hardware and software evaluation to assist research into a variety of new applications including MEMS, data storage, and biology.   Goal is to complete an on-site dissertation-level research project funded by Veeco involving advancing metrology capabilities through research, design, advanced signal processing and experiments.   Veeco’s current research areas include interferometry, bright- and dark-field imaging, and characterization of moving parts, signal and image processing, lens and system illumination design.  All interested people should contact Barb Taylor at btaylor@veeco.com

 


cathy.alexander@optics.arizona.edu

University of Arizona College of Optical Sciences