New Electronics: Turn Them On for Learning

Speech recognition software can transcribe spoken language to digital text or act upon spoken computer commands has been available as commercial software for years and is increasingly being built into operating systems and other programs. The accuracy of these programs has increased and training requirements have dramatically decreased in the past few years. Speech recognition not only provides access to computer users who have physical disabilities, it also allows struggling writers to address issues of fatigue, poor handwriting, spatial organization or spelling. Speech recognition, moreover, is a powerful example of immediate constructive feedback, one of the key benefits attributed to well-designed computer assisted learning. Research has shown the learning value of using speech recognition to compose as well as to proofread writing.

Speech recognition can help motivate struggling writers and spellers to get their ideas onto paper and reinforce literacy skills in the process. The immediacy of the dictation process reinforces the vocabulary and use of writing conventions and punctuation. Special programs can help struggling math students dictate and organize mathematical expressions, and, when paired with TTS, to decode those expressions. Vastly improved capabilities, reduced training requirements, and increasingly free versions in operating systems, mean many more students may benefit from interacting with the computer in this manner. Improved, too, is the sensitivity and quality of microphones available at very reasonable costs allowing for increased classroom and lab applications.

A third technology application that has received research attention is computer-based graphic organizers. These tools facilitate brainstorming, concept mapping, and outlining in much the same way as teacher-led instruction, but with obvious advantages. Digital graphic organizers have word processing and TTS support, the ability to rearrange elements easily, and switch between outline and map view. Students taught to use these tools strategically have been shown to write more complete and sophisticated essays and improve their reading comprehension.⁶

Graphic organizers of all sorts are becoming more common in education. They tap into students’ visual and spatial abilities, strengthening the connection between language and these ways of knowing. Computer-based graphic organizers can be used with whole class instruction to make visible the connections between big ideas in the content areas as well as demonstrate writing and reading comprehension strategies. Individuals find the programs valuable for annotations during reading or prewriting brainstorming, and the ability of most of the software packages to switch between map and outline views supports students’ progress through the writing stages.

Allowing students to “see” relationships and sequences can make key concepts come to life and be more comprehensible. In mathematics, the use of virtual manipulatives and animations has grown to mainstream usage as a powerful means to help students improve their conceptual knowledge of mathematics.⁷ Imagine how helpful an animated illustration of the relationship between fractions, percentages, and the number line could be to struggling students.

The ability to manipulate and examine the results of the changes increases students’ engagement and understanding. In science, educators have a variety of virtual laboratories and learning environments that can help students visualize “unseen” phenomena, or create models for building understanding. Virtual laboratories can also allow students to engage in experiments or activities that might otherwise be impossible due to cost, safety or student motor impairments. Finally, many teachers make use of virtual learning environments to take students on ‘virtual field trips’ or allow students to engage in a variety of projects within a protected online space, such as a private island within the world of Second Life(opens in a new window).

Online dictionaries, encyclopedias, and thesauruses bring TTS (through recorded pronunciations of words), and supporting visuals to reference materials, notoriously difficult print texts for struggling students. Many online reference materials combine an encyclopedia, online dictionary and online thesaurus, allowing students to see and hear words and definitions and helping to illustrate concepts and relationships between meanings. See a collection of sites at www.literacymatters.org(opens in a new window).

The plethora of reference and resource material available on the Internet these days is astounding. Educators should insist that all their students know and use these resources that provide “just in time” and “just in case” support to help address vocabulary and background knowledge gaps, to provide translations, answer burning and/or tangential questions and support learners. Coupling reference guides with TTS allows definitions and supportive materials to be read aloud, a boon to students learning English or struggling with reading and writing.

Captioned and subtitled media can help build literacy skills in students who are struggling readers. Research has shown that beginning readers, English Language Learners and students with learning disabilities can all benefit from following along with captions while watching videos. Because web applications have made it easier to add captions to online videos, many online options are now captioned. Hulu(opens in a new window) is a good source of captioned television shows (not all are captioned), and many educational videos are also available. The Described and Captioned Media Program(opens in a new window) also offers a free lending library of accessible educational videos.

As this brief review indicates, educators and parents should not hesitate to integrate these and similar technology features into instruction and study so students use technology creatively and effectively as learning tools. The added value these multi-sensory interactions provide is reflected in the growth of underlying literacy skills and confidence as digital learners.

Your computer’s operating system, and many of the available software products you use every day, have built-in accessibility options such as text-to-speech, screen magnification options and voice input controls. Find more information below:

• Microsoft Accessibility(opens in a new window)
• Apple Accessibility(opens in a new window)
• Adobe Accessibility(opens in a new window) (accessibility for PDFs)