Accessibility and Inclusion Checklist
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Beyond Diversity and Inclusion: Understanding and Addressing Ableism, Heterosexism, and Transmisia in the Legal Profession: Comm
American Journal of Law & Medicine, 47 (2021): 76-87 © 2021 The Author(s) DOI: 10.1017/amj.2021.3 Beyond Diversity and Inclusion: Understanding and Addressing Ableism, Heterosexism, and Transmisia in the Legal Profession: Comment on Blanck, Hyseni, and Altunkol Wise’s National Study of the Legal Profession Shain A. M. Neumeier† and Lydia X. Z. Brown†† I. INTRODUCTION Far too many—if not most—of us in the legal profession who belong to both the disability and LGBTQþ communities have known informally, through our own experi- ences and those of others like us, that workplace bias and discrimination on the basis of disability, sexuality, and gender identity is still widespread. The new study by Blanck et al. on diversity and inclusion in the U.S. legal profession provides empirical proof of this phenomenon, which might otherwise be dismissed as being based on anecdotal evidence.1 Its findings lend credibility to our position that the legal profession must make systemic changes to address workplace ableism, heterosexism, and transmisia.2 They also suggest †Committee for Public Counsel Services, Mental Health Litigation Division. (The contents of this article are published in the author’s personal capacity.) ††Georgetown University, Disability Studies Program, [email protected]. With thanks to Sara M. Acevedo Espinal, Jennifer Scuro, and Jess L. Cowing for support. 1Peter Blanck, Fitore Hyseni & Fatma Artunkol Wise, Diversity and Inclusion in the American Legal Profession: Discrimination and Bias Reported by Lawyers with Disabilities and Lawyers Who Identify as LGBTQþ,47Am. J.L. & Med. 9, 9 (2021) [hereinafter Blanck, et al., Discrimination and Bias]. -
Guidelines for Inclusion: Ensuring Access to Education for All Acknowledgments
Guidelines for Inclusion: Ensuring Access to Education for All Acknowledgments In UNESCO’s efforts to assist countries in making National Plans for Education more inclusive, we recognised the lack of guidelines to assist in this important process. As such, the Inclusive Education Team, began an exercise to develop these much needed tools. The elaboration of this manual has been a learning experience in itself. A dialogue with stakeholders was initiated in the early stages of elaboration of this document. “Guidelines for Inclusion: Ensuring Access to Education for All”, therefore, is the result of constructive and valuable feedback as well as critical insight from the following individuals: Anupam Ahuja, Mel Ainscow, Alphonsine Bouya-Aka Blet, Marlene Cruz, Kenneth Eklindh, Windyz Ferreira, Richard Halperin, Henricus Heijnen, Ngo Thu Huong, Hassan Keynan, Sohae Lee, Chu Shiu-Kee, Ragnhild Meisfjord, Darlene Perner, Abby Riddell, Sheldon Shaeffer, Noala Skinner, Sandy Taut, Jill Van den Brule-Balescut, Roselyn Wabuge Mwangi, Jamie Williams, Siri Wormnæs and Penelope Price. Published in 2005 by the United Nations Educational, Scientifi c and Cultural Organization 7, place de Fontenoy, 75352 PARIS 07 SP Composed and printed in the workshops of UNESCO © UNESCO 2005 Printed in France (ED-2004/WS/39 cld 17402) Foreward his report has gone through an external and internal peer review process, which targeted a broad range of stakeholders including within the Education Sector at UNESCO headquarters and in the fi eld, Internal Oversight Service (IOS) and Bu- Treau of Strategic Planning (BSP). These guidelines were also piloted at a Regional Work- shop on Inclusive Education in Bangkok. -
Scaffolding Inquiry-Based Science and Chemistry Education in Inclusive Classrooms
In: New Developments in Science Education Research ISBN: 978-1-63463-914-9 Editor: Nathan L. Yates © 2015 Nova Science Publishers, Inc. Chapter 5 SCAFFOLDING INQUIRY-BASED SCIENCE AND CHEMISTRY EDUCATION IN INCLUSIVE CLASSROOMS Simone Abels University of Vienna, Austrian Educational Competence Centre Chemistry, Vienna, Austria ABSTRACT Since the ratification of the UN Convention on Rights of Persons with Disabilities inclusion is on the agenda. In science education inquiry-based learning is, among others, recommended to deal with the diversity of students in a classroom. However, teachers struggle with the implementation of inquiry-based science education and view heterogeneity rather as a burden than an asset. Therefore, this research project is dedicated to the teachers‘ scaffolding teaching science in inclusive classes. Specifically, within the framework of a qualitative case study, the focus lies upon inquiry-based learning environments with different levels of openness and structuring and how they can be orchestrated to deal with diverse learning needs of all students in one classroom. The research study is conducted in cooperation with an inclusive urban middle school (grade 5 to 8), where students with and without special educational needs learn together. Initially, the article introduces the inclusive school with its specific way and challenges – not only the science classes – as inclusion is holistic school development. Subsequently, two science formats are particularly focused and contrasted: guided inquiry-based chemistry lessons as well as the format Lernwerkstatt (German for workshop center), an open inquiry setting. The aim of the Lernwerkstatt is that students work self-dependently on their own scientific questions innervated by carefully arranged phenomena and materials. -
Making a Makerspace? Guidelines for Accessibility and Universal Design
Making a Makerspace? Guidelines for Accessibility and Universal Design Many engineering departments, libraries, and Student Voices universities are launching new initiatives to create Why are accessible makerspaces important, makerspaces, physical spaces where students, and how do we involve more students with faculty, and the broader community can gather disabilities? and share resources and knowledge, work on projects, network, and build. In creating these • “Makerspaces are about community. innovative spaces we should apply principles of We need to ensure everyone from the universal design to ensure the spaces, tools, and community can participate.” community are accessible to as many individuals as possible. • “Makerspaces are often used to help build new assistive technology and increase Universal design encourages the design of space, accessibility; however, many of these spaces products, and processes not just for the average and tools remain inaccessible. We need to user, but for people with a broad range of abilities, make sure disabled people can access these ages, reading levels, learning styles, languages, spaces and create the products and designs cultures, and other characteristics. Makerspaces that they actually want.” foster innovation, and we want to ensure that individuals of all backgrounds and abilities can actively contribute to the design process. We Planning and Policies advocate for participatory design (interactions. Create a culture of inclusion and universal design acm.org/archive/view/march-april-2015/design-for- as early as possible. During your planning process user-empowerment) where individuals from diverse consider the following questions: backgrounds bring their unique experiences and • Are people with a variety of disabilities in- perspectives to the design process. -
Assistive Technology That's Free
AT That’s Free By Andrew Leibs Before the digital age, assistive technology was hard to miss, and hard to buy. Classmates would see a sight-impaired student’s boxy video magnifier or hear her computer talk. These were costly, clunky solutions usually acquired through special education. Today, we have the inverse: sleek laptops, tablets, and smartphones now have so much processing power, manufacturers can enfold functionality – e.g., screen reading, magnification, audio playback – that once necessitated separate software or machines. All Windows and iOS devices have more built-in accessibility than most users will ever need or know they have. And what’s not built into the operating system is usually available as a free mobile app, web service, or downloadable application. Here’s a quick look at some of the assistive applications you either have or can quickly snag to make reading, writing, online research, and information sharing more accessible or efficient. Accessibility Built Into Microsoft Windows & Office The Microsoft Windows operating system provides three main accessibility applications: Narrator, a screen reader; Magnifier, a text and image enlarger; and On-Screen Keyboard, an input option for persons who are unable to type on a standard keyboard. The programs are located in the system’s Ease of Access Center. To get there, click Start, Control Panel, and then Ease of Access Center. The Center lets you change accessibility settings, activate built-in command tools, and fill out a questionnaire to receive personalized recommendations. • Narrator is a screen reader that lets users operate their PC without a display. Narrator reads all onscreen text aloud, provides verbal cues to navigate programs, and has keyboard shortcuts for choosing what's read, e.g., “Insert + F8” will read the current document. -
Eliminating Ableism in Education
Eliminating Ableism in Education THOMAS HEHIR Harvard Graduate School of Education In this article, Thomas Hehir defines ableism as “the devaluation of disability” that “results in societal attitudes that uncritically assert that it is better for a child to walk than roll, speak than sign, read print than read Braille, spell independently than use a spell-check, and hang out with nondisabled kids as opposed to other dis- abled kids.” Hehir highlights ableist practices through a discussion of the history of and research pertaining to the education of deaf students, students who are blind or visually impaired, and students with learning disabilities, particularly dyslexia. He asserts that “the pervasiveness of...ableistassumptionsintheeducationof children with disabilities not only reinforces prevailing prejudices against disability but may very well contribute to low levels of educational attainment and employ- ment.” In conclusion, Hehir offers six detailed proposals for beginning to address and overturn ableist practices. Throughout this article, Hehir draws on his per- sonal experiences as former director of the U.S. Department of Education’s Office of Special Education Programs, Associate Superintendent for the Chicago Public Schools, and Director of Special Education in the Boston Public Schools. Ableist Assumptions When Joe Ford was born in 1983, it was clear to the doctors and to Joe’s mom Penny that he would likely have disabilities. What wasn’t clear to Penny at the time was that she was entering a new world, that of a parent of a child with disabilities, a world in which she would have to fight constantly for her child to have the most basic of rights, a world in which deeply held negative cul- tural assumptions concerning disability would influence every aspect of her son’s life. -
Accessibility Standards Activities
INTERNATIONAL STANDARDS EFFORTS TOWARDS SAFE ACCESSIBILITY TECHNOLOGY FOR PERSONS WITH DISABILITIES: CROSS-INDUSTRY ACTIVITIES Roger Bostelman August 24, 2010 1 of 20 1. Introduction a. US Government Accessibility Standards Activities Because of their large potential impact, accessibility standards might be thought of by many as only including the US Department of Justice Rehabilitation Act Section 508 standard or the Americans with Disabilities Act (ADA) standards. Section 508 requires that electronic and information technology that is developed by or purchased by the Federal Agencies be accessible to people with disabilities. [1] The ADA standard part 36 of 1990 (42 U.S.C. 12181), prohibits discrimination on the basis of disability by public accommodations and requires places of public accommodation and commercial facilities to be designed, constructed, and altered in compliance with the accessibility standards established by this part. [2] Other US Federal Government agencies have ADA responsibilities as listed here with the regulating agency shown in parentheses: Consider Employment (Equal Employment Opportunity Commission) Public Transportation (Department of Transportation) Telephone Relay Service (Federal Communications Commission) Proposed Design Guidelines (Access Board) Education (Department of Education) Health Care (Department of Health and Human Services) Labor (Department of Labor) Housing (Department of Housing and Urban Development) Parks and Recreation (Department of the Interior) Agriculture (Department of Agriculture) Like the agencies listed, the US Department of Commerce, National Institute of Standards and Technology’s (NIST) supports and complies with the 508 and ADA standards. Moreover, NIST was directed by the Help America Vote Act of 2002, to work with the Election Assistance Commission (EAC) and Technical Guidelines Development Committee (TGDC) to develop voting system standards - Voluntary Voting System Guidelines (VVSG). -
Inquiring Minds Want to Know: Inquiry-Based Learning in the General Education and Inclusion Science Classroom
129 Inquiring Minds Want to Know: Inquiry-Based Learning in the General Education and Inclusion Science Classroom Gena M. Rosenzweig, Maria Carrodegaus, and Luretha Lucky Florida International University, USA Abstract: This study sought to apply the concepts of inquiry-based learning by increasing the number of laboratory experiments conducted in two science classes, and to identify the challenges of this instruction for students with special needs. Results showed that the grades achieved through lab write-ups greatly improved grades overall. The National Science Education Standards (1996) describes inquiry-based instruction as a way to involve students in a form of active learning that emphasizes questioning, data analysis, and critical thinking. This teaching practice encourages students to learn inductively and has a firmly established place in pedagogical tradition (Colburn, 2004). For example, theorists Johann Heinrich Pestalozzi and Herbert Spencer have championed student learning through concrete experiences and observations rather than rote memorization. Students at all grade levels, in every domain of science education, should be afforded the opportunity to use scientific inquiry to develop the ability to think and act in ways that are associated with inquiry (Bell, Smetana, & Binns, 2005). A convenient way to accomplish this goal in middle school classrooms is to enhance the inquiry aspects of activities that are already incorporated into the curriculum (Godbey, Barnett, & Webster, 2005). Teachers are challenged to effectively use inquiry-based learning strategies to motivate and teach students, particularly those in a special education curriculum. When properly introduced, inquiry-based activities increase student interest and motivation. The student becomes a fellow investigator, with motivation shifting from an extrinsic desire for a higher grade to an intrinsic one for satiating a curiosity of nature (Baker, Lang, & Lawson, 2002). -
Disability Rights Movement —The ADA Today
COVER STORY: ADA Today The Disability Rights Movement —The ADA Today Karen Knabel Jackson navigates Washington DC’s Metro. by Katherine Shaw ADA legislation brought f you’re over 30, you probably amazing changes to the landscape—expected, understood, remember a time in the and fostering independence, access not-too-distant past when a nation, but more needs and self-suffi ciency for people curb cut was unusual, there to be done to level the with a wide range of disabilities. were no beeping sounds at playing fi elds for citizens Icrosswalks on busy city street with disabilities. Yet, with all of these advances, corners, no Braille at ATM court decisions and inconsistent machines, no handicapped- policies have eroded the inten- accessible bathroom stalls at the airport, few if tion of the ADA, lessening protections for people any ramps anywhere, and automatic doors were with disabilities. As a result, the ADA Restoration common only in grocery stores. Act of 2007 (H.R. 3195/S. 1881) was introduced last year to restore and clarify the original intent Today, thanks in large part to the Americans with of the legislation. Hearings have been held in both Disabilities Act (ADA), which was signed into law the House and Senate and the bill is expected to in 1990, these things are part of our architectural pass in 2008. 20 Momentum • Fall.2008 Here’s how the ADA works or doesn’t work for some people with MS today. Creating a A no-win situation Pat had a successful career as a nursing home admin- istrator in the Chicago area. -
CHAPTER-4 Physical Education and Sports for CWSN
CHAPTER-4 Physical Education and Sports for CWSN (Children with Special Needs) 4.1 AIMS & OBJECTIVES OF ADAPTED PHYSICAL EDUCATION Adapted Physical Education is a science of developing, implementing, and monitoring a designed physical education instructional programme for an individual with a disability, based on a comprehensive assessment, to give the learner the skills necessary for a lifetime of rich recreation, leisure and sport experiences to increase physical fitness and wellness. Adapted physical education is physical education that is individualized and specially designed to address the needs of students with disabilities who require adaptations or modifications to be physically active, participate safely, and make progress toward the standards for Health, Safety, and Physical Education. In simple words, we can say the physical education program designed for individuals with disabilities is called adapted physical education. The program is adapted to meet the needs of each student through modifications and accommodations. According to Auxter, D., Pyfer, J. & Huettig, C. “ Adapted physical education is the art and science of developing and implementing a carefully designed physical education instructional program for an individual with a disability, based on a comprehensive assessment, to give the individual the skills necessary for a lifetime of rich leisure, recreation, and sport experiences”. Adapted physical education is used to emphasise the importance of understanding the scientific bases of human development as it bring into relations to teaching appropriate concepts and practices in the adapted physical education program which will serve to maximize the quality of life among individuals with disabilities. Adapted physical education is clear that practices that influencing exercise, fitness, diet and nutritional status can significantly impact the quality and duration of life of an individuals with disabilities. -
OPRA Implant System Instructions for Use
OPRA Implant System Instructions for Use 1 Table of Contents 1 INTRODUCTION ....................................................................................................... 5 2 OPRA – IMPLANT SYSTEM ....................................................................................... 6 2.1 Manufacturer .............................................................................................................. 6 2.2 Directions for use ........................................................................................................ 6 2.3 Product liability .......................................................................................................... 6 2.4 System Description ..................................................................................................... 6 2.5 List of components ..................................................................................................... 8 2.6 Marking, packaging, storage and sterility .................................................................... 9 2.8 Identification and traceability ................................................................................... 10 2.9 Single use ................................................................................................................. 10 3 INDICATIONS AND CONTRAINDICATIONS .............................................................. 10 3.1 Indications ................................................................................................................ 10 3.2 Contraindications -
Enhancing Accessibility for Persons with Disabilities to Conferences and Meetings of the United Nations System
JIU/REP/2018/6 ENHANCING ACCESSIBILITY FOR PERSONS WITH DISABILITIES TO CONFERENCES AND MEETINGS OF THE UNITED NATIONS SYSTEM Prepared by Gopinathan Achamkulangare Joint Inspection Unit Geneva 2018 United Nations JIU/REP/2018/6 Original: ENGLISH ENHANCING ACCESSIBILITY FOR PERSONS WITH DISABILITIES TO CONFERENCES AND MEETINGS OF THE UNITED NATIONS SYSTEM - Prepared by Gopinathan Achamkulangare Joint Inspection Unit United Nations, Geneva 2018 iii EXECUTIVE SUMMARY Enhancing accessibility for persons with disabilities to conferences and meetings of the United Nations system JIU/REP/2018/6 I. Background and context About 15 per cent of the world’s population is estimated to live with some form of disability.1 In almost all societies, persons with disabilities face more barriers than those without, with regard to participation in and access to deliberative processes, and are at greater risk of being left behind. The 2030 Agenda for Sustainable Development, which currently guides the developmental activities of all United Nations system organizations, is aimed at addressing these inequities through the key pledge to “leave no one behind”. Indeed, the Sustainable Development Goals reference disability in seven targets across five goals, while another six goals have targets linked to disability-inclusive development. A perspective relating to the inclusion of persons with disabilities and their rights, as outlined in the Convention on the Rights of Persons with Disabilities and particularly as relates to accessibility, must consequently be effectively incorporated into all facets of the work of the United Nations system organizations. Persons with disabilities should have a representative voice, chosen by persons with disabilities themselves, in every platform that has an impact on their interests, for they are best positioned to identify their own needs and the most suitable policies for meeting those needs.