Zoom Overview Standards Digital Microscopy Leadership Resources Project Contacts
Zoom Overview  
Purpose of Zoom
Goals of the Project
Operational Definitions
Zoom Technology
Poem­-Origin of the Microscope
Teacher and Student Zoom Skills
Target Population / Region To Be Served
Expected Zoom Outcomes
MAIS Kids in Zoom Action
Standards  
Project Aero Standards
Aero Standards Applications To Zoom
USA National Science Education Standards
National Education Technology Standards (NETS)
Digital Microscopy Leadership  
Field Testing-Brookville, PA
ZOOM Competency Checklist
Grades 6-8 Cairo, Egypt 2006
DML LOGS 6-8
Field Testing­, Gr. 3-5, CAISL, Portugal
Grades 3-6 Rome, Italy 2007
MAIS School Site Visits
Resources  
Model Zoom Lesson Plans
Science and Technology School Resource Suppliers
Zoom-Related Children's Books
Useful Web Sites
Microscope Quotations
Science and Technology Print References
Project Contacts  
Contact Information
Digital Microscopy Leadership - Grades 3-6 Rome, Italy 2007 - Page 2

Dr. Harry explains the use of the DigiScope Zoom tube as a hand held microscope and has participants view objects that interest them.

After viewing various objects, Dr. Harry introduces participants to songs that children might enjoy about microscopes and their observations.

Tina presents a PowerPoint on the successful introduction of DigiScopes and Motic courseware into grades 3, 4, and 5 at CAISL, Portugal.

Participants Joe Fred, Angelo, Chris, Jeremy, and Karyn insert their cameras atop the DigiScope tubes and begin the exploration of prepared slides including rabbit hair, chicken feathers, wool, shrimp antenna, lily pollen, bamboo stem, pine needles, and silver berry.

Ginny, Brian, Carla, and Mara view specimens collected in Bug Boxes —flies, bees, ants, flowers, and leaves—from inside and outside the Aurelia Center.

The Casablanca Crew…Deanna, Meggan, and Andrea…bring their objects into focus with their DigiScopes.

Lynn, Emily, and Ginny share ideas about operation of the DigiScopes.

Tina introduces the use of Motic software to ZOOM/2 participants.

Dr. Bruce Smith illustrates potential student projects for participants. In this example, Mystery Pictures, participants are shown a microscopic picture, then asked to infer what it might be. The next photo clearly identifies the mystery object.

Here is an on-screen example of Motic software functions.

Karen guides the participants through a variety of Motic Educator options.

ZOOM/2 participants practice using the Motic software on their own with help from Karen and Tina.

Dr. Harry responds to a question from Andrea. Participants were encouraged to explore and ask questions. Several participants, including Jeremy and Angelo of the American School of Madrid, served as excellent resources, lending their expertise and advice to participants who needed assistance.

Participants calibrated their DigiScopes to ensure any measurements they took, e.g. an insect leg or a human hair, would be accurate. This is a calibration circle that is used in the calibration process.

After guiding the making and observing of onion cell and cheek cell slides, Dr. Smith concludes the program by presenting an overview of the many classroom capabilities offered by the Motic software. All participants were then encouraged to take their DigiScopes back to their classrooms and schools, practice with them, and share their educational power with students and faculty colleagues.
Finally, among the 16 participants, 13 made requests for spring 2008 on-site visits from project staff to assess their implementation progress, assist in making ZOOM/2 presentations, or doing ZOOM/2 workshops for school faculty and administration.
Digital Microscopy Leadership - Grades 3-6 Rome, Italy 2007

Dr. Ken Mechling • Project Director • 1305 Robinwood Drive • Clarion, Pennsylvania 16214 USA
Reina O'Hale • Executive Director, MAIS • Madrid, Spain
©Copyright 2006 School Science Services, Inc. All Rights Reserved.