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TYPE
Original Research
PAGE NO.
8-12
OPEN ACCESS
SUBMITED
24 December 2024
ACCEPTED
26 January 2025
PUBLISHED
28 February 2025
VOLUME
Vol.05 Issue02 2025
COPYRIGHT
© 2025 Original content from this work may be used under the terms
of the creative commons attributes 4.0 License.
The Importance of
Stenographic Analysis in
Inclusive Education
Turdiyeva Dilorom Soliyevna
Master student at Termez University of Economy and Service, Uzbekistan
Kayumova Shakhnoza
Scientific advisor, Termez University of Economics and Service, Senior
teacher of the Department of Foreign Language and Literature (PhD),
Uzbekistan
Abstract:
In the current era, demanding on
stenographic writing for disabilities is increasing. This
article discusses the importances of stenographic
writing for students in need of inclusive education and
how it can be applied. The accept of stenography
writing has in the recent past been faced with
challenges about how, where, and when it is
appropriate to be used in teaching and learning fields.
The cardinal purpose of stenographic writing is on
examining the impact of stenography writing on
students’ writing skills and their academic
performance. Furthermore, it can ease the teaching and
learning process by facilitating the flow of
communication and subsequently enhancing especially
inclusive learning outcomes.
Keywords:
Stenography, inclusive education, court
stenography, machine stenography, real
–
time
transcription, CART (communication access and real
translation), enhanced academic equity, disabilities,
legal stenography.
Introduction:
Stenography is a method of writing
quickly using symbols, abbreviations, or shorthand
techniques to capture spoken words or ideas. It is often
used in environments where fast transcription is
required, such as courtrooms, meetings, or for
transcription services. Stenographers use specialized
machines or shorthand systems to write much faster
than regular handwriting. Nowadays, stenographic
writing system is getting used for diverse spheres.
It is true fact
that this word “stenography” comes from
Greece. Together, stenography literally means "narrow
writing" or "compact writing," which aligns with its
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Journal of Management and Economics
purpose
—
writing quickly using shorthand symbols or
abbreviations. The concept of stenography (shorthand
writing) has existed for thousands of years, evolving
alongside the need for rapid and efficient
transcription. Ancient Greece (4th century BCE): The
earliest known shorthand system was used by
Xenophon, a student of Socrates, to record his
teacher’s speeches.
However, little is known about the
exact symbols or techniques used.
Ancient Rome (63 BCE - 14 CE): The first widely
recognized shorthand system, Tironian Notes, was
developed by Marcus Tullius Tiro, a slave and later
secretary to the famous Roman orator Cicero. This
system used symbols to quickly write down speeches
and was in use for centuries, even into medieval times.
Machine stenography (e.g., using stenotype machines)
has largely replaced traditional handwritten shorthand
in professional settings. The most common form of
stenography is court stenography, where a stenotype
machine is used to record speech as it happens in real-
time. The stenotype machine has fewer keys than a
regular keyboard, each representing a sound or
syllable, allowing the stenographer to type as fast as
someone is speaking, sometimes reaching speeds of
over 200 words per minute.
Stenography is also used for closed captioning in
television and real-time translation. It's different from
traditional typing or writing in that it's designed for
speed, accuracy, and efficiency in capturing spoken
language. New technologies like voice recognition
software continue to evolve, but stenographers
remain essential for fast and accurate transcription.
Stenography plays a crucial role in making education
accessible to all students, especially those with
disabilities or learning challenges. Many students with
hearing impairments rely on real-time transcription to
follow lectures, discussions, and videos.
Communication Access Real Time Translation (CART),
provided by stenographers, ensures that students can
read captions of spoken words instantly. This allows
them to actively participate in classroom discussions,
ask questions, and engage with the content at the
same pace as their peers. Moreover, it is beneficial to
Support for Students with Learning Disabilities. For
instance, Some students with dyslexia, auditory
processing disorders, or other learning disabilities
struggle with note-taking. Stenographic services
provide verbatim transcripts, allowing students to
review and process information more effectively. This
enhances comprehension and retention of educational
material. Also, multilingual and ESL (English as a
Second language) support have a huge impact on
listening. Real-time stenography can assist English as a
Second Language (ESL) students by providing written
transcripts they can read while listening. This helps
them develop language skills and bridge the gap
between spoken and written comprehension. Live
stenographers use specialized shorthand machines or
software to transcribe spoken content into text in real
time. The text is displayed on projector screens,
personal devices, or captions on video streams.
Accessibility for Remote and Hybrid Learning
Many educational institutions now offer online or
hybrid learning models. Stenographers help provide live
captions and transcripts for virtual classrooms, making
online education more inclusive. This is particularly
beneficial for MOOCs (Massive Open Online Courses)
and students with unreliable internet connections.
Enhanced Academic Equity
All students benefit from having accurate, real-time
transcriptions of lectures, debates, and seminars.
Stenographic records can serve as valuable study
resources for revision, research, and documentation.
It ensures that students with different abilities and
learning preferences have equal access to information.
Legal Compliance and Institutional Responsibility
Many educational institutions are required by law (ADA
in the U.S., Equality Act in the U.K., etc.) to provide
accessible learning environments. Stenography services
help schools and universities meet legal requirements
and promote inclusive education policies.
Integrating Stenography into Modern Classrooms
Stenography can be effectively integrated into
classrooms
to
enhance
accessibility,
promote
inclusivity, and support diverse learning needs. Here are
some key ways to incorporate stenographic technology
and services in modern educational settings:
Courtroom and Legal Stenography Training Programs
How it Works:
Schools and colleges can offer stenography courses as a
career path. Students can learn legal, medical, and
corporate stenography for future professions. There are
some benefits of courtroom and legal stenography
training programs:
Creates employment opportunities in court reporting,
media, and government sectors. Encourages students
with strong writing skills to pursue a specialized career.
Example: Many institutions offer certifications in
stenography, preparing students for high-demand jobs.
AI-Powered Stenographic Tools for Students &
Teachers
AI-driven stenography tools provide instant speech-to-
text conversion.
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Mobile apps and AI-based tools help convert lectures
into structured notes. There are some benefits of AI-
Powered Stenographic Tools. Namely: Saves time for
both students and teachers.
Helps neurodivergent students who need visual or
text-based learning aids.
Enhances
accessibility
with
multi-language
transcription. Example: AI-based stenographic tools
like Otter.ai, Ava, and Google Live Transcribe can assist
in classroom settings.
Stenographic writing, such as shorthand and
stenotyping, can significantly enhance inclusive
education by improving accessibility, communication,
and learning support for diverse learners.
1. Accessibility for Hearing-Impaired Students
Real-time transcription: Stenographic methods can be
used to provide live captions for lectures, helping
students with hearing impairments follow classroom
discussions. Integration with assistive technology:
Steno-generated transcripts can be paired with screen
readers and other tools for visually impaired students.
2. Support for Neurodivergent Students
Customized learning: Stenographic notes can be
tailored to different learning styles, such as
summarizing key points or providing verbatim
transcripts.
3. Enhanced Note-Taking for All Students
Faster and more efficient: Stenographic methods allow
for rapid, accurate note-taking compared to traditional
longhand writing. Improved comprehension: With
accurate transcripts, students can focus on
understanding rather than struggling to keep up with
notes.
4. Language and Literacy Support
Support for ESL students: Real-time transcriptions help
non-native speakers follow lessons and improve
language skills. Multilingual capabilities: Steno tools
can aid in translation and language learning by quickly
transcribing and converting spoken words into
different languages.
5. Promotes Universal Design for Learning (UDL)
Stenographic writing supports multiple means of
representation, engagement, and expression, ensuring
all students have equal opportunities to succeed. By
incorporating stenographic techniques into education,
institutions can foster a more inclusive and equitable
learning environment for all students.
Some scientists conducted some researches on
stenography writing for inclusive education in order to
facilitate education system for disabilities and gave
their offers. Research on the integration of stenography
in inclusive education is a specialized field, and specific
information about current scientists focusing on this
intersection is limited. However, several scholars have
made significant contributions to inclusive education
and the use of technology to support diverse learners:
Jutta Treviranus: A prominent figure in inclusive
education, Treviranus has emphasized the importance
of designing systems and policies that are accessible to
everyone. She advocates for tailoring web-based
educational systems to meet individual learner needs,
which aligns with the goals of integrating technologies
like stenography to support inclusivity.
Missy Morton: A New Zealand academic specializing in
disability studies and inclusive education, Morton has
researched inclusive curricula, assessment, and
pedagogies. Her work focuses on creating educational
environments that accommodate diverse learners,
which can encompass the use of assistive technologies
such as stenography.
Additionally, the evolving field of artificial intelligence
(AI) is influencing stenography and its applications in
education. AI-driven tools are being developed to
complement traditional stenography, offering real-time
transcription services that can aid inclusive education by
providing accessible content to students with varying
needs.
While direct research on stenography within inclusive
education may be limited, the broader focus on assistive
technologies and inclusive pedagogies by these scholars
and ongoing AI advancements contribute to the
integration of tools like stenography to support diverse
learners.
Nowadays, most countries are using stenography
writing in inclusive education. Twenty-two million
Americans have disabilities (blindness/low-vision,
learning/cognitive disabilities) that prevent reading
ordinary print (Census data on people with disabilities,
2002; U.S. Census Bureau, 2003). These individuals
(a.k.a., print-disabled) are not competitive in today's
high-tech, information-laden society. Fields of science,
technology, engineering, and mathematics (STEM) are
often closed to them. Due to this lack of access, the
unemployment rate among print-disabled individuals is
more than three times their non-disabled counterparts
nationwide (U.S. Department of Health and Human
Services, n.d.). Various reports (The Center for an
Accessible Society, n.d.; In Unison2000, 2000) put the
unemployment rate among disabled individuals
between 30%-60%.
People with disabilities are, also, significantly
underrepresented in STEM related fields (Burstahler,
1994; Malcom, S. M. & Matyas, M. L., 1991). Similar
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under-representation is apparent in colleges and
universities (National Science Foundation Committee
on Equal Opportunities in Science and Engineering,
2000). Most unemployed disabled are receiving aid
under both state and federal programs. In 2002,
Indiana spent over $70 million to assist 33,257 people
with disabilities to find employment, but only 3,980
were able to secure at least part-time employment
(Indiana Family and Social Services Administration,
n.d.). Unemployment/ underemployment is a huge
government/taxpayer
burden.
Individuals
with
disabilities comprise 10.4% of the overall workforce,
but only 2.7% of the science and engineering
workforce. This gap is not necessarily indicative of a
lack of interest in STEM careers. According to the
American Council on Education (ACE), college
freshmen with disabilities are equally interested in
majoring in science as their non-disabled counterparts,
however, this initial interest is rarely realized as an
actual career in a STEM-related field (Henderson,
1999). Further evidence of the shortage of individuals
with disabilities in STEM fields comes from a National
Science Foundation study finding less than 320 persons
with disabilities received Ph.D.s in Science/Engineering
in 1997 (National Science Foundation, 2000).
Stenographic services, particularly Communication
Access Real-Time Translation (CART), are employed in
various countries to support students with disabilities,
especially those who are deaf or hard of hearing. CART
involves a trained operator using a phonetic keyboard
or stenography methods to transcribe spoken words
into text in real-time, which is then displayed on a
screen or personal device for the recipient.
In the United States, the Americans with Disabilities
Act (ADA) mandates auxiliary aids and services,
including CART, to ensure effective communication for
individuals with hearing impairments. This service is
commonly utilized in educational settings to provide
real-time transcription, aiding students in following
classroom discussions.
While specific information about the use of
stenographic services in other countries is limited,
many developed nations have implemented inclusive
education models that incorporate various assistive
technologies to support students with disabilities. For
instance, countries like Denmark, Germany, and the
Netherlands have systems in place to support inclusive
education, which may include the use of technologies
like CART.
Additionally, countries such as Australia, Canada, and
the United Kingdom are known for their efforts in
supporting individuals with disabilities, which likely
extend to educational settings. These nations have
policies and resources aimed at inclusivity, potentially
encompassing the use of real-time transcription services
like CART to assist students with hearing impairments.
It's important to note that the availability and
implementation of stenographic services can vary based
on local policies, resources, and the specific needs of
students within each educational system.
CONCLUSION
In conclusion Stenography is more than just a method of
fast writing
—
it is a powerful tool for educational
accessibility. By ensuring real-time transcription and
captioning, it allows deaf, hard-of-hearing, and learning-
disabled students to fully engage with their education,
promoting a truly inclusive learning environment.
Schools and universities should invest in real-time
captioning, note-taking services, and AI stenographic
tools to modernize classrooms. For this very reason,
students in need of inclusive education should not be
isolated but rather included as full members of society.
By utilizing the aforementioned opportunities, their
active participation in the educational process should
also be ensured.
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