• Articles
  • Interview Questions

What is Assistive Technology? Types and Benefits

What is Assistive Technology? Types and Benefits
Tutorial Playlist

Assistive technology is designed to improve the quality of life for people with disabilities by enhancing their mobility, social interaction, and overall well-being. Are you ready to discover the amazing benefits of assistive technology? Let’s take a tour to learn about the incredible impact of this technology and how it’s enhancing as well as changing lives for the better!

Check out this Artificial Intelligence Course video to gain more knowledge

What is Assistive Technology?

Assistive technology refers to any device, software, or equipment that is designed to help people with disabilities perform daily tasks. It includes a wide range of tools, from basic items like wheelchairs and hearing aids to more complex technologies like speech recognition software and brain-computer interfaces.
Assistive technology is designed to enhance the quality of life and improve the independence of people with disabilities.

Join our IIT Jammu’s M.Tech in AI and ML (Executive) to gain a competitive edge. Learn from industry experts and explore real-world applications of AI in diverse fields.

Types of Assistive Technology

Different types of assistive technology and devices are available to cater to different disabilities. Some of the major types are: assistive technology for disabilities, students, blind, deaf and many more, let us have a look at them:

Communication Aids

Communication aids are assistive technology devices that help individuals with communication disabilities to express themselves. These aids can range from simple picture cards to high-tech speech-generating devices. Communication aids are especially helpful for individuals with cerebral palsy, ALS, or other conditions affecting their communication ability. For autism also, this technology is quite renowned.

Examples of communication aids include:

  • Augmentative and Alternative Communication (AAC) Devices: AAC devices can be anything from a simple picture board to a sophisticated computerized device that allows the user to select words or phrases and have them spoken out loud. Examples of AAC devices include the Tobii Dynavox, Proloquo2Go, and LAMP Words for Life.
  • Text-to-speech software: Users can use text-to-speech software to type or paste content into a program and have it read aloud in a computerized voice. NaturalReader, Read&Write, and ClaroRead are examples of text-to-speech software.

Mobility Aids

Mobility aids are assistive technology devices that help individuals with physical disabilities to move around more easily. These aids can range from simple canes to complex powered wheelchairs. AI can play a significant role in healthcare, enhancing the effectiveness of mobility aids for individuals with conditions such as spinal cord injuries, multiple sclerosis, or cerebral palsy.

Examples of mobility aids include:

  • Wheelchairs: Wheelchairs are probably the most well-known mobility aid. They come in a variety of types, including manual wheelchairs, powered wheelchairs, and sports wheelchairs.
  • Walkers: Walkers are assistive devices that help individuals with balance and stability issues to walk more easily. There are several types of walkers, including standard walkers, rolling walkers, and knee walkers.

Vision Aids

Vision aids are another type of assistive technology device that helps people with visual impairments see better. Simple magnifiers to complicated electronic equipment are examples of these aids. Individuals suffering from illnesses such as macular degeneration, glaucoma, or diabetic retinopathy might greatly benefit from vision aids.

Examples of vision aids include:

  • Magnifiers: Magnifiers are simple devices that help to magnify text or images. They can be anything from a simple handheld magnifying glass to a high-powered electronic magnifier.
  • Screen readers: Screen readers are software programs that read out loud what is displayed on a computer screen. They are especially helpful for individuals with severe visual impairments. Examples of screen readers include JAWS, NVDA, and VoiceOver.

Hearing Aids

Hearing aids are assistive technology devices that allow people with hearing loss to hear more clearly. These hearing aids can range from simple analog to advanced digital. Hearing aids are especially beneficial for people who have presbycusis, noise-induced hearing loss, or otosclerosis. 

Examples of hearing aids include:

  • Behind-the-ear (BTE) hearing aids: BTE hearing aids are the most common type of hearing aid. They consist of a case that sits behind the ear and a tube that connects the case to a custom earpiece.
  • In-the-ear (ITE) hearing aids: ITE hearing aids are custom-made to fit inside the ear canal. They are minimum visible than BTE hearing aids but may not be as powerful.

Cognitive Aids

Cognitive aids are a type of assistive technology device that helps individuals with cognitive impairments to manage their daily activities. These aids can range from simple paper planners to sophisticated electronic devices. Cognitive aids are especially helpful for individuals with conditions such as traumatic brain injury, dementia, or ADHD. 

Examples of cognitive aids include:

  • Reminder devices: Reminder devices can be anything from a simple paper checklist to a sophisticated electronic device that sends reminders via text message or email.

Ace your AI interviews with confidence. Access our comprehensive collection of AI interview questions and prepare to impress!

Get 100% Hike!

Master Most in Demand Skills Now !

Benefits of Assistive Technology

Benefits of Assistive Technology

People with impairments get various advantages from assistive technology. It allows individuals to be more self-sufficient while also improving their overall quality of life. Some of the advantages of assistive technology include:

  • Enhances Accessibility: Accessibility for people with disabilities is improved through assistive technology. It facilitates their access to information, interaction with others, and performance of daily chores. As a result, people with impairments have more possibilities and freedom.
  • Promotes Independence: Assistive technology enables the increased independence of people with disabilities. They can now complete things without help that they may have previously been unable to complete. This encourages independence and strengthens their sense of control over their lives.
  • Enhances Quality of Life: The quality of life for those with impairments can be significantly improved by assistive technology. It can lessen irritation, boost productivity, and enhance general well-being by making things simpler and more accessible.
  • Boosts Social Participation: People with disabilities can participate in social activities to a greater extent thanks to assistive technologies. It improves their interpersonal contact abilities and gives them a chance to do things that they otherwise might not have been able to.

Challenges in Adopting Assistive Technology

Even though assistive technology has many advantages, there are still barriers to adoption. Among the main obstacles are:

  • Cost: Since assistive technology is so expensive, many disabled people may not be able to purchase it.
  • Lack of knowledge: A lot of people with disabilities are not aware of the useful assistive technology that is available to them.
  • Social Stigma: Some people may be reluctant to use assistive technology due to the stigma attached to its use for fear of being perceived as “different.”
  • Lack of Training: Many people with disabilities probably don’t get enough instruction on how to use assistive technology.

Start exploring AI today through our AI Tutorial!

Future of Assistive Technology

The future of assistive technology is promising. It is expected that as technology advances, there will be even more inventive ways to support impaired people’s increased independence and quality of life. We can foresee the likely future advancements listed below:

  • More Individualized Solutions: As artificial intelligence and machine learning are used more frequently, assistive technology solutions will become more individualized to meet individual needs. These technologies are easier for people to use because they can learn from and adjust to their preferences and behaviors.
  • Wearable Tech: Devices like fitness trackers and smartwatches have already shown potential for helping those with disabilities. In the future, wearable technology might be created especially for people with impairments, like a device that can track a person’s blood glucose levels if they have diabetes.
  • Virtual and Augmented Reality: These can be used to recreate experiences that, for people with impairments, may be challenging or impossible to enjoy in the actual world. For instance, those with mobility issues can use Virtual Reality to simulate jogging or walking. As people become more aware of accessibility concerns, public areas are becoming more accessible. Further assistive technology, such as self-driving cars and intelligent lifts, is expected to be introduced into public spaces in the future.
  • Affordable Solutions: As technology develops, the price of assistive technology will go down, making it more reasonable and available to those with disabilities who would not have the money to buy pricey gadgets.

Conclusion

Assistive technology has made significant progress in enabling people with impairments to have more independent and fruitful lives. The future of this technology is promising and has the potential to significantly improve the lives of millions of people worldwide with further invention and development.

Participate in discussions and share your insights on AI through the Intellipaat Community!

Course Schedule

Name Date Details
Data Analytics Courses 01 Jun 2024(Sat-Sun) Weekend Batch
View Details
Data Analytics Courses 08 Jun 2024(Sat-Sun) Weekend Batch
View Details
Data Analytics Courses 15 Jun 2024(Sat-Sun) Weekend Batch
View Details