"

Promoting Accessibility

8 Promoting Accessibility in Research Spaces

Introduction

The information below provides examples and recommendations for accessible and inclusive research design based on the core principles of Universal Design for Learning (UDL). These principles can help promote accessibility and inclusivity in research spaces and also help formulate research questions and objectives.

 

Creating Accessible and Inclusive Research Spaces

Research Spaces that Involve Work with Human Participants

1. Inclusive Recruitment and Informed Consent

    • Ensure that recruitment materials are accessible and available in various formats, including plain language summaries, audio formats, etc.
    • Use diverse and inclusive images and representation in recruitment materials
    • Advertise studies in diverse spaces to reach people from various backgrounds (e.g. social media, posters at libraries, tables at community events)
    • Provide accessible versions of the informed consent form, including easy-to-read versions and verbal explanations for participants with diverse abilities.
    • Offer alternative formats for consent, such as audio recordings or sign language interpretations.
    • When physical touch is required for the experiment (e.g. placing an eeg cap on the participant or helping a parent secure their baby in a high chair) ask for consent before touching and practice ongoing consent throughout the session

2. Assessment Rooms and Accommodations for Research Participants

    • Ensure sufficient space to accommodate mobility aids and provide comfortable seating for participants with varying needs
    • Identify where the closest elevators, water fountains, and washrooms are from the lab and inform participants
    • Consider alternative methods for data collection so that the research is accessible to a diverse range of participants (e.g., adjusting the duration of sessions or providing breaks)
    • When working with infants ensure proper space for strollers to be stored and designate an area for infant feeding and diaper changes

3. Research Material and Technological Considerations

    • Design research materials, such as questionnaires and stimuli, with attention to readability, clarity, and simplicity to ensure comprehension by participants with diverse cognitive and language abilities.
    • Ensure all research materials uses gender inclusive language and are inclusive of various family types (i.e. don’t assume a nuclear family)
    • Use accessible technologies for data collection, ensuring that online surveys, computer tasks, and other research tools are compatible with screen readers and other assistive technologies.
    • Provide paper copies of informed consent and questionnaires if preferred by participant
    • Provide options for participants to use their own assistive devices during research activities.

4. Training Lab Members and Staff

    • Use inclusive and respectful communication practices, emphasizing the importance of adapting communication styles to accommodate diverse participants
    • Educate research assistants and team on the potential impact of diverse cognitive, sensory, and motor abilities on participant engagement and communication during research sessions. (Rios, 2016; Inclusive research guidelines)
    • Establish mechanisms for researchers and/or participants to provide feedback on accessibility barriers and suggestions for improvement.

 

Wet Lab Research Spaces

1. Workspace Considerations

    • Place equipment, chemicals, safety equipment, and operating mechanisms at a height that is accessible from a seated position and limits extended reaching
    • Avoid positioning equipment in places that would require students to reach over dangerous/harmful chemicals
    • Provide equipment that accommodates both left-handed and right-handed users
    • Ensure sufficient space for persons with mobility devices to turn around
    • Make sure that the routes and paths of travel are free of obstructions for safe navigation from the entrance to the exit
    • Maintain a consistent furniture layout to allow persons with low vision or blindness to navigate safely, especially if they have already received orientation and mobility training and become familiar with the lab’s layout
    • Include an adjustable height working station in each laboratory
    • Consider rounding sharp corners on workstations where possible
    • Lighting sources should provide comfortable and evenly distributed light at all working areas
    • Provide signage on drawers, cabinets and shelves indicating what materials are contained inside
    • Hang bulletin boards, emergency information, and experiment information (e.g. posters) at a height that can be viewed by a person in a seated position (no higher than 30in from the ground to the bottom of the sign)

2. Procurement of Lab Supplies

    • Buy lab products that can be used by students with a variety of abilities (e.g. plastic lab products instead of glass when possible, non-slip mats, support stands, handles on beakers, video camera with computer or TV monitor to enlarge microscope image)
    • When considering working with a company, ensure they provide accessible customer service options

3. Safety Considerations

    • Ensure that persons with disabilities can reach emergency devices, such as fire alarm pull stations, eyewash station and showers, spill kits, first aid kits, phones, fume hood, and personal protective equipment
    • Ensure that safety is discussed with each student with a disability, including instructions for preventing and responding to situations that would compromise the safety of the student or others. For example: a tour of lab and safety features, route to exits, accessing spill kits, eyewash stations, handling dangerous chemicals, and what to do in the event of a spill, exposure or injury that may be different from the standard due to the disability. (Note that the Vivarium space uses flashing lights as a fire alarm in the hallways and a low tone in the animal spaces, discuss strategies to ensure safety in the event of a fire with students with hearing or vision difficulties)
    • Discuss with the person who has the disability, and staff from the disability services office and  from health and safety, whether any personal protective equipment (such as a lab coat, eye protection, face mask/respirator, and gloves) should be modified to fit body type and/or disability (for example, worn only in seated position using a mobility device).
    • Discuss  the process to manage chemical spills on a person’s mobility device (such as a wheelchair) with staff from health and safety. For example, how will the contamination of the mobility device be managed?
    • Determine if there are any health and safety risks for a service animal to be in a laboratory and develop a plan. Where will the service animal be at rest? Does the animal need to wear any protective clothing/equipment? Will there be any loud noises, chemical odors, or other unexpected stimuli and how is the animal trained to respond?
    • Consider if safety training is required for a sign language interpreter, computerized note-taker and/or assistant to the student with a disability

4. Training Lab Members and Staff 

    • Combination of written, verbal, and pictorial instructions that address safety procedures for students with a variety of sensory and mobility abilities
    • Repeated demonstration of procedures
    • Frequent, brief breaks (10-15 min per hour) during instruction
    • Establish mechanisms for researchers and/or participants to provide feedback on accessibility barriers and suggestions for improvement.

 

Using the Framework of Disability Justice when Creating Accessible Research Spaces

In considering how to create an accessible research space for all individuals it is important to understand how these recommendations fit into the disability justice framework. Sins Invalid, a disability justice-based performance project led by disabled people of color created the ten principles of disability justice. Disability justice is a movement towards a world in which every body and mind is known as beautiful.  These principles are discussed below and recommendations are given for how to create research spaces that are in line with them.

 

1. Intersectionality: “We do not live single issue lives” — Audre Lorde

    • Keep in mind that accommodations may look different for different people with the same disability as many factors such as race, class, age, religious background and more may shape their experience.

 

2. Leadership of those Most Impacted: “We are led by those who most know these systems” – Aurora Levins Morales

    • Work with the person with a disability and listen to the needs they identify
    • Develop feedback mechanisms for people to anonymously report changes they need in research spaces

 

3. Anti-Capitalist Politics: “Our worth is not dependent on what and how much we can produce” – Sins Invalid 

    • Allow flexible work schedules (hours of day, days of the week) and deadlines wherever or whenever possible
    • Incorporate regular breaks into instruction and lab work
    • Recognize metrics of success in the lab outside of research productivity (e.g. commitment to service and mentoring other students)

 

4. Cross-Movement Solidarity

 

5. Recognizing Wholeness: “Disabled people are whole people”– Sins Invalid 

    • Create personalized accommodations for lab members

 

6. Sustainability: “We learn to pace ourselves, individually and collectively, to be sustained long-term.” – Sins Invalid 

    • Recognize that academia can lead to high levels of burn out.
    • The current SGS guidelines require students to have at least 15 days of personal time off per year. However, consider adopting an unlimited time off policy which has been shown to reduce burn out and increase productivity when properly encouraged and promoted in the workplace (Bloom et al., 2022) Further, this places trust in the student and promotes autonomy and agency.
    • Normalize not working on weekends and holidays when possible
    • Include in any email communications: “My work hours may not be the same as yours. Please do not feel obligated to reply outside of the work schedule that works for you” 

 

7. Commitment to Cross-Disability Solidarity 

    • Acknowledge that not all disabilities are visible and regularly spread awareness that you would be happy to accommodate any needs (UofT student disclosure guide)
    • Recognize and support those who are sick or chronically ill, people with mental health disabilities, neurodiverse people, people with intellectual or developmental disabilities, Deaf people, Blind people, people with environmental injuries and chemical sensitivities, and all others who experience ableism and isolation equally

 

8. Interdependence 

    • Facilitate open communication with lab members and hold routine check ins
    • Provide lab members with links to emotional support resources
    • Acknowledge that research spaces are inherently collective. Strive to reduce competitiveness and promote collaboration.

 

9. Collective Access 

    • From Sins Invalid: “Access needs aren’t shameful – we all function differently depending on context and environment. Access needs can be articulated and met privately, through a collective, or in community, depending upon an individual’s needs, desires, and the capacity of the group. We can share responsibility for our access needs, we can ask that our needs be met without compromising integrity, we can balance autonomy while being in community, we can be unafraid of our vulnerabilities, knowing our strengths are respected.” 
    • Promote autonomy for individuals to identify their own access needs
    • Acknowledge that communication of these needs may need to take different forms (in-person check in meetings, group meetings, anonymous form, etc.)

 

10. Collective Liberation: No body or mind can be left behind 

    • Use universal design principles (as outlined above) to guide creation of lab spaces to ensure all bodies and minds can exist within the space

 

Check Your Understanding

 

Resources

General guides for research spaces with human participants.

 

General guides for wet lab spaces.

 

Information on disability justice.

References

Rios, D., Magasi, S., Novak, C., & Harniss, M. (2016). Conducting accessible research: Including people with disabilities in public health, epidemiological, and outcomes studies. American journal of public health, 106(12), 2137–2144. https://doi.org/10.2105/AJPH.2016.303448

 

Vasquez K. (2024). What Laboratories Can Do to Make Space for People with Disabilities. ACS central science, 10(4), 754–757. https://doi.org/10.1021/acscentsci.4c00486

 

Contributions

Roles follow the CRediT Taxonomy. Names are listed in alphabetical order.

Conceptualization: Liv Engel, Nayani Ramakrishnan

Writing – Original draft: Liv Engel, Nayani Ramakrishnan

Writing – Review & editing: Maithe Arruda Carvalho, Laura Cirelli, Jessica Dere, Liv Engel

License

Icon for the Creative Commons Attribution-NonCommercial-ShareAlike 4.0 International License

UTSC Department of Psychology Handbook for Supporting Inclusive Teaching & Mentorship Copyright © 2025 by UTSC Department of Psychology EDI Steering Committee is licensed under a Creative Commons Attribution-NonCommercial-ShareAlike 4.0 International License, except where otherwise noted.

Feedback/Errata

Comments are closed.