Showing posts with label UDL. Show all posts
Showing posts with label UDL. Show all posts

Friday, April 25, 2008

With All Due Respect to Rudolf Steiner



There are many, many things that I find compelling about Rudolf Steiner's ideas on development and pedagogy--mostly because Steiner believed in allowing children to fully inhabit their childhoods. Ideally, Waldorf-educated children are allowed to unfold, not forced to leap from phase to phase of development as though they were being chased by wolves...

But where Steiner and I have always parted ways...is over the use of technology in youth. Although, since Steiner was born in 1861--well before Gates or Jobs or Case--I guess I mean "those who interpret Steiner today." The views of his apostles, as it were. These followers of Steiner's pedagogical philosophy, anthroposophy, emphasize personal experience over technology:
A central aim of Waldorf Education is to stimulate the healthy development of the child's own imagination. Waldorf teachers are concerned that electronic media hampers the development of the child's imagination. They are concerned about the physical effects of the medium on the developing child as well as the content of much of the programming.
And, while I absolutely get this idea--I regularly limit my children's use of screens-- anthroposophy as it is currently interpreted still flies in the face of an idea I strongly support: the concept of Universal Design for Learning, or UDL. UDL is a theory of learning that says that the teacher can foster necessary analytical skills in students with learning differences, when necessary, by circumnavigating the disability through the use of appropriate assistive technology:
  • The dyslexic child can use technology to circumnavigate literacy issues;
  • The fine-motor-impaired child can use technology to assist with, for instance, writing;
  • The visually-impaired child uses technology to assist with visual issues...
Etc., etc.

Because: there is a point where the learning style and differences of the atypical child must be acknowledged: political correctness (the "handicapable" mind-set) and dogma (adherence to a philosophy at the expense of an individual's development) can both become a barrier to learning instead of a support. A teacher's responsibility under these circumstances is to provide a developing mind with the tools it requires to fully flower...tools that may even require electricity...LED screens...

Too: sometimes technology can just be fun--in the best, most child-like sense--like these Pivot animations the boys have created and that Ben has uploaded to his Flickr page...



(Note to self: show the first-born the sound-editing software that comes with his laptop.)

Tuesday, May 22, 2007

More From My Universal Design for Learning Paper

...However, according to the Cleveland Plain Dealer article previously mentioned, the philosophical tenets of UDL are now being combined with Howard Gardner’s theory of multiple intelligences with promising results. Additionally: the UDL/multiple intelligences juggernaut is positively affecting not just atypical learners, but general education children, as well.

"Students who put their heads down on their desks in the past got up and participated," asserted a principal in an elementary school that used UDL in all of its classrooms (Kleinerman, 2006).

This is because, just as architectural universal design promoted better physical accessibility for all to public structures, UDL provides intellectual accessibility to content for a broader range of the population. Student assessment is not limited simply to book reports and multiple-choice exams, as has occurred in the past. In UDL, authentic assessments—graphs, pictures, plays, songs, oral reports, and power point presentations (to name but a few of the many possibilities)--offer students the opportunity to show that they have internalized content. What is more, by allowing students flexibility in how they present acquired knowledge, they are encouraged to manipulate the information in their preferred modality (artistic, kinesthetic, visual, scientific, verbal, analytical, etc.) where they are going to be more comfortable stretching with the material and even, possibly, going farther with a lesson than their teacher could have predicted.

"I see higher levels of thinking emerging, not just rote facts," one teacher proponent in the Cleveland School District stated. Development of these “higher order thinking skills” (those that appear in the second half of Bloom’s Cognitive Taxonomy: analysis, synthesis, evaluation) is highly sought in today’s schools and from today’s parents, administrators, and politicians. Unfortunately, the recommended avenue for development of these skills currently focuses only on tweaking or revamping punitive, written-language-based, “high-stakes” standardized tests that critics claim do not provide an accurate assessment of student capabilities and actually stifle any other classroom activity beyond “teaching to the test.”

According to Margo Izzo, a strong proponent for UDL and a professor at Ohio State University, approximately thirty percent of learners excel with auditory presentations while just over seventy percent prefer visual. Yet many teachers still depend heavily on lectures as their main form of transmitting content to students while standardized tests rely completely on a language-based model of assessment (Kleinerman, 2006).

In light of Professor Izzo’s research, shouldn’t educators be searching for methods of content transmission and assessment that work with students’ preferred modalities of learning? Otherwise, don’t our public schools then become, as John Goodlad has asserted, nothing more than “sorting mechanisms” that filter out a minority group of students and label them “successful” while leaving the majority of students—including most special education students—with the belief that they are somehow inferior? If our goal as educators is not to “sort,” but in fact to create a population of life-long learners, shouldn’t the act of learning be intentionally designed to be a rewarding experience for as broad a cross-section of the student populace as is possible (Goodlad, 1994, p. 72)?

Additionally, literacy specialists and those that work with English Language Learners have long asserted (and empirically proven) that true written and oral fluency in a second language cannot be achieved until they are first firmly established in the primary language (Rief, 1996, p. 182). Would it not, then, be logical to also conclude that students might not comfortably manipulate content in their weaker learning modalities and reach for those higher-order thinking skills before their preferred learning modalities are fully up and running? What is more, if this is true, then wouldn’t the demand that teachers and students spend more and more of their class time preparing for more and more high-stakes tests--tests that will only accurately reflect the abilities and preferred learning modality of (according to Professor Izzo’s research) thirty percent of the student population--be an exercise in futility, and, in fact, result in boring and alienating the majority of our students instead of educating them?

A caveat: rewarding should not be interpreted as meaning the same thing as easy. Certainly students should be encouraged to stretch in all of the learning modalities, and as the verbal intelligence, in particular, is so valued in our culture and is associated with many of the most desirable careers, it should certainly be fostered and emphasized in any public school curriculum. However, the methods we are currently using to hone these verbal skills may possibly be counterproductive in that they may currently be doing more emotional harm than intellectual good.

A final point: A recent clinical research paper from the American Pediatrics Association emphasized just this point. Empirical evidence performed by the APA indicated that physical activities such as walking and running stimulated activity in the hippocampus of the brain, which in turn actually improved students’ abilities to read, write, retain content, and pay attention—all while simultaneously lowering anxiety levels. Furthermore, the rate of physical activity was directly proportional to the rate of task improvement (Ginsberg, 2006).

Unfortunately, in education’s efforts to boost standardized test scores, many school physical education programs have actually been cut or down-sized in the last decade—are often seen as the most expendable programs in our schools--to allow for more “time on task” in reading and math. Ironically, the noble goal of improving the quality of education our children receive may have actually resulted, instead, in providing them with less opportunity for constructivist connections and personal growth. This narrowly defined use of learning modalities within the classroom stands in direct contrast to the diverse content transmission and assessment opportunities advocated by both multiple intelligence and universal design for learning advocates.

Wednesday, May 9, 2007

Life Skills 101: Don't Let Your Uncle Marry Your Mom

This right here is a wonderful article. Happiest, best, most positive thing I've read...um...definitely this week. And it's been a nice week. No complaints vis a vis the week thus far. But, still!

Here, let me read you a bit:

PEABODY - Crystal MacLarty stands at the front of the class with a sword in her hand. She is lecturing on "Hamlet" and uses all the tools of the trade to relate one of Shakespeare's most memorable plays - even brandishing the plastic prop.

On the computerized white board behind her, she beams a slide presentation full of story bullet points. A student at the front of the class uses cutouts of the main characters on a small felt board to help him understand the story. He follows along in a version of the play that has been translated into helpful word symbols.


"Put yourself in Hamlet's shoes," MacLarty declares.
MacLarty asks the 18 students to draw three squares: one for their mother, one for their father and one for their uncle. She tells them to cross off their father's name and draw a line from their mother to their uncle. "This is the situation Hamlet found himself in," the teacher announces. "His father died and within a month, his mother married his uncle." Peals of "ewww" and "that's gross" carry through the first-floor classroom.

Welcome to Peabody High's Life Skills class, where MacLarty harnesses a teaching method called Universal Design for Learning. It's an idea gaining acceptance in special education classrooms like Peabody's. Universal Design taps technology to help teachers and students adapt materials to their varied needs and skills. The idea sounds simple enough, but until computers and the appropriate software were developed, students had to rely on mass-produced materials and textbooks.

"There are so many new resources," said retired special education teacher Sandra Ring. "You don't have to read to understand concepts."


Ring, who helped introduce UDL at Peabody High, said the Life Skills classroom is a model for the state.
"It's about a whole high school change," Ring said. "It's here, my dream. Technology, that's the key."


Here's what I love about the effective use of technology in the classroom: it can stop schools from being (in the words of educational theorist John Goodlad) "sorting mechanisms"...places where a few students are picked out and held up to everyone else as "good and worthy." Places, for many, then, of shame. Places where the individual very often just doesn't measure up. That is not what education should be about. Certainly not taxpayer-funded, public education. How dysfunctional would that be? To be legally required to pay into a system that labels almost everyone (including you and your family) as somehow 'defective'?

I laughed when I read about the student that uses character cut-outs to help him act out the plot points of Macbeth...Ben does that. With James watching his every dramatic nuance: Every night, when I read to the boys before bedtime, Ben gets out his collection of 'pelagic friends' (yup, his words...) and physically acts out with his toys whatever I am reading.

How brilliant is my child? That he came up with this idea, his own personal comprehension aid, all on his own?


Sunday, May 6, 2007

Universal Design for Learning Assistive Classroom Modifications

A segment from my UDL paper:

The following is a list of assistive-technology equipment, hardware, and software that can be used to help students with specific disabilities and challenges.

FOR HEARING
• Personal FM Listening Systems: Teachers can use wireless microphone systems similar to today’s Bluetooth telephone headsets to transmit lectures directly into the ears of hearing-impaired children via the child’s radio receiver. This technology is also occasionally used to help children with auditory processing issues who have difficulty with aural focus. Industry examples include: the Easy Listener, the Hearing Helper, and the Personal Assistive Listening System.

FOR SEEING AND/OR VISUAL PROCESSING
• Audio Books: Students who are dyslexic or blind are still able to progress independently through course curriculums by procuring oral recordings of their textbooks on tape or compact disc (Shaywitz, 2003, p. 319). Industry examples include: Audible.com, Bookshare, and Reading for the Blind and Dyslexic (RFB&D). Additionally, MP3 audio files readable on either a personal computer or portable MP3 player like an iPod are becoming progressively more popular now that many university and local libraries are subscribing to an online service called Netlibrary.

•
Optical Character Recognition (OCR): With this technology, a visually-impaired or dyslexic user is able to scan printed material into a computer or handheld unit. The scanned text is then read aloud via a speech synthesis/screen reading system. Optical Character Recognition (OCR) is available in a variety of format options including stand-alone units, computer software, or a portable, pocket-sized device. Industry examples include: Kurzweill 3000 and the Quicktionary Reading Pen.

• Speech Synthesizers/Screen Readers: These assistive technology systems can display, enlarge and read aloud text on a computer screen--including text that has been typed by the user, scanned in from books or letters, or that appears on the internet. Industry examples include: aspireReader, Read and Write Gold (mobile), WriteAway, and WriteOutLoud.

WRITING: DYSGRAPHIA
• Typing Software Programs: Before students can take advantage of many technology options they must become adept at the physical skill of keyboarding. Industry examples of keyboard instruction computer software programs include: Sponge Bob Typing Tutor and UltraKey.

•
Word Prediction Software: Students with (for example) autistic spectrum disorders, mild cerebral palsy, or paralysis concurrently suffering from dysgraphia (weak muscle tone in the hands) are provided with word recognition software and portable word processors so that their written content accurately reflects the level and detail of content knowledge the student actually possesses (Moss, 2004, p. 20). Industry examples include: Aurora Suite, Text Help-Read and Write Gold, Quillsoft, EZ Keys, and WriteAway. Industry examples of portable word processors include: AlphaSmart and QuickPad.

•
Electronic Text: Once a mouse-savvy student has downloaded electronic text (via Adobe Acrobat PDF file, for instance), the student can then use a color-coding system to highlight important names, dates, and events in a history article, by changing the color of the text through word processing font manipulation. This skill-building task can substitute for taking notes by hand for children with dysgraphia.

•
Speech Recognition Software Programs: For students whose verbal abilities outpace their physical ability to write, speech-recognition software programs (in conjunction with a personal computer or portable word processor) can turn oral dictation into text on a screen. This can reduce student stress and task-anxiety and accurately portray the student’s true working capabilities. Industry examples include: ViaVoice, iVoice, Simply Speaking, and SpeakQ.

WRITING: EXECUTIVE FUNCTION AND THOUGHT ORGANIZATION
• Graphic Organizer Software: Students with executive-functioning deficits (ie: innate inability to prioritize and organize information or a physical environment), a key day-to-day issue in many mild learning disabilities—particularly AD/HD and Asperger’s Syndrome—can be provided with organizational and analytical strategies via software “prompts” designed to help these children structure complex written responses appropriately and independently (Whitney, 2002, p. 15). Industry examples include: Inspiration, Kidspiration, and DraftBuilder.

•
Proofreading Software Programs: Students with executive-functioning deficits and/or dyslexia often fail to intuitively grasp the mechanics involved in grammar and spelling. Most contemporary word processing software programs now automatically come packaged with spell-checkers and grammar-checkers. However, students that require additional help may benefit from the use of a Talking Spell-Checker. These talking devices “read aloud” and display the selected words onscreen so the user can both see and hear the misspelled word. Industry examples include: Clever Keys, Word Web Pro, and Yak Yak.