Constructing
Learning Objects
Presented by:
Gary E. Kaiser
Professor of
Microbiology
Biology Department,
D-203F
The Community College
of Baltimore County, Catonsville Campus
Baltimore, MD 21228
Phone: (410) 455-4289
Web Page: The
Grapes of Staph at http://student.ccbcmd.edu/~gkaiser/goshp.html
Background
The
following background information is courtesy of Project Synergy, a MHEC grant
project of MarylandOnline.
A Learning
Object is basically a digital resource that is used as an element to
support learning experiences.
·
Learning Objects can range
in size from a graphic or chart to an entire web site.
·
Learning Objects can be composed
of a number of smaller learning objects.
An Enhanced
Learning Object is a Learning Object that includes learning assignments,
lesson plans, or other instructions for use. These can be used as
activity-sized or lesson-sized learning experiences.
When
constructing Learning Objects, keep in mind that they should usually be:
·
activity-sized -- large enough to be used as an activity within a
lesson or module, or large enough to be a lesson by itself
·
accessible -- easy to locate and use
·
durable -- retain utility over a long period of time
·
interoperable -- can be used on a variety of platforms or course
management systems
·
reusable -- can be used to create other learning activities
within a given content area or other content areas (Reusable Learning Objects)
In constructing each of my
Learning Objects I've tried to include:
While Learning Objects are
not entire courses, they can be nested together to create courses. I am
currently in the process of converting my Microbiology course into a series of
nesting Learning Objects. The first two lecture units have been completed and
can be found at
http://student.ccbcmd.edu/~gkaiser/goshp.html. Many of these Learning
Objects are reusable and are found repeated a number of times throughout the
course for review, preview, or reinforcement of relative information.
I've also created a number
of on-line Biology Tutorials for use in our general Biology course and other
Biology courses. These are also presented as Learning Objects and can be found
at http://student.ccbc.cc.md.us/biotutorials/index.html.
Some good sources for a
variety of on-line materials that could be adapted as Learning Objects
include:
·
The MicrobeLibrary at www.microbelibrary.org.
Over 1,000
original, peer-reviewed visual and curriculum resources, articles and reviews
for teaching undergraduate microbiology.
·
Microbes.Info at http://www.microbes.info/,
an Internet web site designed to bring useful and interesting microbiology
informational resources to students and professionals that is managed by Al
Chan.
·
The MERLOT Web Site at http://www.merlot.org/Home.po.
MERLOT is a free and open resource designed primarily for faculty and students
in higher education.
You are also, of course,
free to use materials from my website at http://student.ccbcmd.edu/~gkaiser/goshp.html.
Using the Internet to Support
Microbiology Lectures and Labs
I
use my website to present course content to both my web students and my
traditional students. My lectures are presented in a smart classroom and I use
the Internet much in the manner of a Power Point presentation. Students are
required to have a hard copy my on-line Lecture Guide and my Lab Manual.
Students
are able to:
1. Purchase a hard copy printed by our
college press from the college bookstore.
2. Print a PDF copy from my website.
This is especially nice if they have a color printer.
3. Purchase a CD-ROM containing the
Lecture Guide and Lab Manual. This is prepared in house and is great for
students with slower modems or those with access to computers not connected to
the Internet.
Supporting
Lecture and Lab with Visuals
All totaled, my web site contains approximately 500 pages of text, 1000 illustrations (computer generated graphics, photographs, photomicrographs, electron micrographs, etc.), 250 animations, and many links to other relevant web sites. Visual aids are a key component of my Learning Objects.
1.
Computer generated graphics
I drew these with Adobe Illustrator
10.0. These programs can be picked up pretty quickly and I find making the
illustrations fun.
2.
Animations
I used
Adobe Illustrator 10.0 to draw the individual cells. They were animated using CoffeeCup Gif Animator 6.0. These were
initially time consuming but a lot of fun to make. With experience, they can be
produced fairly quickly and students really seem to appreciate them.
3.
Photomicrographs
Most of these have been taken using an
Olympus BH-2 microscope with a Nikon DS-L1 camera control unit and a DS-5M
camera head
4.
Electron Micrographs
Some of these are flat bed scans of electron
micrographs colleagues have let me use. Others have been captured and used
with permission from other web sites. A special thanks goes out to Dennis
Kunkel of Dennis Kunkel Microscopy, Inc. at http://www.DennisKunkel.com/ for permitting
me to use a good number of his excellent electron micrographs.