Artificial intelligence (AI) is a subfield of computer science that focuses on developing intelligent computers capable of doing activities that would normally need human intelligence. These machines are programmed to analyze data, learn from it, and make decisions based on their analysis.

The role of AI in education is to augment traditional teaching methods by incorporating technology, data analysis, and machine learning algorithms into the learning process. This integration can potentially transform education for students, teachers, and administrators alike.

And don’t get this wrong! Students aren’t cheating on their homework when using AI-powered tools; they are just taking control of their learning experience. There are already numerous detection tools that can detect plagiarism, one of the best AI content detector tools available is GPTZero which checks grammar, sentence structure, and originality.

The Pros of AI in Education

Personalized Learning

AI can adapt to the learning style and pace of individual students. Educational platforms powered by AI can adjust the difficulty level, suggest resources, or modify the content based on the student’s performance. This personalized approach ensures that students are not left behind and that they grasp the concepts effectively.

Real-time Feedback

The real-time feedback provided by AI aids in immediate correction and learning. Instead of waiting for a teacher to grade their work, students can get instant feedback on their understanding of a subject. It allows them to identify and work on their weak areas promptly.

Immersive Learning Experiences

AI can create immersive and interactive learning experiences that go beyond the conventional classroom setting. With the integration of Augmented Reality (AR) and Virtual Reality (VR), AI can create real-life scenarios for students to interact with. It not only enhances their understanding but also makes learning a more engaging and fun experience.

The Cons of AI in Education

Data Privacy Concerns

One of the primary concerns surrounding the use of AI in education is related to data privacy. AI systems require a vast amount of data to operate effectively. It could potentially put sensitive information about students at risk if it falls into the wrong hands. Strict regulations need to be in place to ensure student data is protected.

Dependence on Technology

While technology can enhance learning, over-reliance on it can lead to issues. Should the systems fail or if there are technical glitches, the learning process could be halted. Moreover, constant interaction with AI might lead students to lack the social skills that are developed through human interaction in a traditional classroom setting.

Lack of Human Touch

While AI can mimic human responses, it cannot understand and react to the emotional needs of students. Teachers play a crucial role in motivating and inspiring students, offering a human touch that cannot be replicated by AI. Emotional intelligence is as important as academic intelligence in a holistic education. Balancing the use of AI with the irreplaceable human touch of teachers is paramount for effective learning.

The Future of AI in Education

The use of AI in education is still in its early stages, but it has already shown significant potential to transform the learning experience. With advancements in technology and AI, we can expect to see even more innovative ways of incorporating it into education.

In the future, AI could potentially take over mundane tasks such as grading and administrative work, freeing up time for teachers to focus on personalized instruction and connecting with students. It could also enable the creation of adaptive learning platforms that cater to each student’s needs.

However, as we continue to explore the benefits of AI in education, it’s crucial to address any ethical concerns and ensure responsible use. With proper regulations and a balanced approach, AI has the potential to enhance education for generations to come. So, it’s up to us to navigate the integration of AI in education carefully and harness its benefits while mitigating any potential drawbacks.

If you found this article interesting, take a look at Higher Education: Using AI to Meet Student Needs. 

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This article was written by Brian Lamb, the CEO of Swivl, an eLearning provider, specialising in classroom management.

Creativity is involved at every stage of education, from young children in art class to higher ed students working on a research project. What used to be considered just a human process, creativity has now become a focus of new technology solutions like artificial intelligence. As the use of AI in education continues to evolve, so will the boundaries and possibilities of creativity.

When the World Wide Web was first released in 1993, many humans were unsure of this innovative technology. Since then, humans have adapted and become more knowledgeable of the internet’s uses. Now, it plays a vital role in our everyday lives, from academics to careers and personal use.

A similar movement is happening with AI, and we’re just scratching the surface. Undoubtedly, the recent development of AI has already and will continue to impact human’s creative future.

From being trained on dramatically more information at a faster rate than humans to making more and better connections, AI is causing us — especially educators — to change our definition of creativity. While much is still unknown about AI implementation in education, many educators and parents question its long-term implications on students’ creative abilities.

What’s the solution for the future? Higher-order creativity.

What is Higher-Order Creativity?

Starting off, higher-order thinking is the process where humans think about thinking while also regulating thinking, otherwise known as metacognition. In the case of creativity, those employing higher-order thinking can think about how they can simultaneously create, recognize, and overcome their impulses during the most challenging parts of creativity.

These challenging parts of the process are almost guaranteed and can include fear of criticism and a lack of motivation.

Creating new, innovative ideas is just the first step in creativity. Humans with higher-order creativity can take it further by honestly evaluating their ideas and making necessary adjustments, and in the process, building their resilience to the obstacles and developing a willingness to iterate and keep going in the creative process.

For most students, the potential of failure is one of the most significant factors that causes them to give up during any learning or creative process. A new study from the Annals of the New York Academy of Science showed that high school students’ mindsets impacted how likely they were to view an academic setback as a permanent failure. After interviewing 300 high school students from across the country, researchers found students’ most common responses to setbacks were so-called “high arousal emotions” such as anger, shame, and frustration. While these reactions may lead to venting from students, they can also negatively impact their energy and motivation.

Because the fear of failure can be so extreme, students now rely on technology, specifically AI, to make things easier in the classroom. However, becoming too reliant on technology to think for themselves can hurt the development of skills they need to build intrinsic motivation while in school and even succeed in life after school. Instead, they should focus on building a strong sense of self-awareness.

The Need for Higher Order Skills and Meta-Creativity

Making these changes can be difficult for educators and students alike, but meta-creativity can be achieved using reflective tools. These tools allow students to enhance their creativity and other critical skills to high order while they use AI for appropriate uses.

Routines that can help students fully engage with the creativity process can be something as simple as mindful breathing. When educators create an environment where students are encouraged to stop what they’re doing when they hit a setback and calm down and refocus with breathing exercises, this will not only have a positive impact on the assignment they’re currently working on — it will also start creating positive habits for projects further down the road. This practice is especially important because AI isn’t going anywhere, so the earlier students know how to adapt and use AI alongside reflective learning techniques intentionally, the better for their personal and academic success.

People, especially students, inherently don’t know how to reflect well. With higher-order thinking, students must learn to reflect on their thinking, process, and even how they connect with others in group settings. As AI continues to be used in the classroom, students must be ready to push past their initial thoughts and take the next steps to set goals and achieve them.

Many education thought leaders might think schools aim to lessen creativity in their students. However, I think the constraints schools provide during students’ early years, including strict schedules and emphasis on traditional grading success, will significantly benefit them when they enter the “real world” as adults. Suppose students are shown how to use technology and higher-order creativity as a routine part of their educational schedules. In that case, they will be more mindful, adaptable adults, thriving in an independent, innovative culture that will only be enhanced by more technology.

Artificial intelligence is revolutionizing every industry, and its impact on education has just scratched the surface. AI’s impact on creativity can become harmful if humans don’t learn to adjust their higher-order thinking and skills. By becoming more aware, flexible, and reflective with their routines and the tools they use, humans can have exponential limits of success when using AI in the classroom.

Academic success is traditionally tied to setting goals attached to a completed project or associated with perfectionism. Manage the impulse of giving up when confronted with failure or criticism, the image of academic success and the function of creativity as a higher-order skill will both change. Eventually, this academic success will lead to long-term growth and success when their school journey is over.

If you liked this article, check out How eLearning Transforms Education for Autistic Children. 

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This article was written by Sandra Fineman, MPAS, PA-C. She is the associate vice president and and an associate professor for the Center for Interprofessional Studies at Marshall B. Ketchum University. 

Online and remote modalities of education have become more popular in the last decade. The recent pandemic created multiple new avenues for effective remote instruction, adapting to the evolving educational environment. However, it’s important to understand and never lose sight of the simple truth that hands-on education is the absolute cornerstone to a successful career for the health care professional.

As a longtime healthcare educator and provider, I believe in the art of medicine as well as the science of medicine. Obviously, the science of medicine refers to the collected body of knowledge as represented by textbooks, and you cannot skimp on that.

But the art of medicine is just as important in the journey to becoming a health care professional wherein the student learns to listen to the patient’s chief complaint as one piece of their larger story, as well as their medical and social history to ultimately determine how best to provide appropriate care for that unique individual, blending compassion and skill.

Without hands-on educational experiences, it is impossible for the student to learn the art of medicine. Additionally, in-depth research and online reading can be influential as well, allowing you to learn more about things such as different careers in medicine and the difference in healthcare administration vs. healthcare management.

From the Comfort Zone to the Growth Zone

Edgar Dale’s well-known Pyramid of Learning states simply that people remember 10% of what they read, 20% of what they hear and 90% of what they do. The truth of this observation has been born out time and time again, and when you consider how high the stakes are for what we are asking healthcare students to remember, that truth becomes even more important.

When the person reporting the weather is wrong about rain, we are inconvenienced; if a healthcare provider is wrong about a diagnosis or a treatment, the consequences are potentially far greater.

Because of this, it is imperative to give students a great deal of hands-on training. One of the primary reasons that hands-on training is so effective is that no other learning method is as useful for getting students out of their comfort zones. It would certainly be more “comfortable” for some students to learn remotely, whether that means from the back of the classroom or at home watching a live-streamed lecture.

Pulling students from that comfort zone may even put them into a bit of a fear zone, where they are unsure about what to expect and nervous about making mistakes. But beyond the fear zone is where learning happens, where they truly begin to understand the medicine and the concepts undergirding it, and beyond that is the growth zone. That’s when they begin to mature into the caring and exceptional healthcare providers that we want them to be.

The Two Pillars of Hands-On Health Care Education

Simulated laboratory training and clinical rotations are the two pillars of hands-on healthcare education, and both methods provide ample opportunity for students to move from their comfort zones to their growth zones.

Simulated labs are the first places where students begin to understand the variety of treatment methods in the real world that go beyond what they learn in their textbooks. They can observe how different faculty members perform different skills, and the different philosophies behind them and then practice their own skills in a safe environment where they are protected from beginner mistakes.

Eventually, students advance to their first clinical rotations, and many are definitely entering the fear zone at that point!

They are treating real patients with real problems, and you can’t get more hands-on than that. But they still have the crucial safety net of a knowledgeable clinical preceptor who is overseeing them, so they still have room to make mistakes and experience the successes by which they will begin to truly grow as a healthcare provider.

I recall one student who requested to be put on the one rotation with a patient population that he was least comfortable with at the very end of his cycle, with the hope that he would be better prepared to succeed in that rotation at that point. I made it his very first rotation.

I knew he was a brilliant student who would flourish, but I also knew that he needed to prove it to himself. If he had started with a different rotation, where he felt more comfortable, there’s no doubt in my mind that his growth would have been stifled.

Even though I understood he had a bit of fear about that rotation, I knew that fear wasn’t smothering, and that the challenges he faced in that difficult setting would cause him to grow in ways that amplified his skills in each successive placement.

The Privilege of Being a Health Care Provider

I often tell my students: “Your patients don’t read the textbooks!” Patients don’t know all the science of medicine; all they know is themselves and their symptoms. They bring their own stories to each visit, and they are often coming to us on their worst days.

They will often make us “uncomfortable.” But each individual patient is so much more than their chief complaint, so we are obligated to bring our best to them. Being able to move from discomfort and fear to learning and growth is one of the crucial ways that we honor the privilege of caring for people, and it’s an important and invaluable benefit of hands-on training for the healthcare provider.

If you thought this article was interesting, check out Online Math and English Games to Help Kindergarten Students.

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Autism spectrum is a neurological disorder that affects the way certain people process information. The condition can result in significant learning and behavioral challenges, including difficulty communicating and interacting with others. It’s estimated that 1 in 54 children has autism, and the number is rising.

Autism is the fastest-growing developmental disorder in the U.S., and it’s showing no signs of slowing down anytime soon. A study published in the ResearchGate Journal shows that the disorder is more common in developed nations. Moreover, it is four times more common in boys than in girls.

Autism can impact how a child understands things, posing educational challenges. However, eLearning has proven to be an impactful solution for this. In this article, we will discuss how eLearning is transforming education for autistic children.

Understanding Autism Spectrum Education Challenges

It’s important to understand the specific challenges autistic children face in education. There are many differences between autistic and non-autistic children, but one of the most notable is their ability to communicate with others.

Here are some key challenges and considerations in providing education for individuals on the autism spectrum:

Sensory sensitivities: Many individuals with autism experience sensory sensitivities. This can include hypersensitivity or hyposensitivity to stimuli such as lights, sounds, textures, and smells. Classrooms may need to be adapted to accommodate these sensitivities, with considerations for lighting, noise levels, and sensory-friendly materials.

Communication differences: Communication challenges are common among individuals with ASD. Some may have delayed speech, while others may have difficulty with nonverbal communication, such as gestures and facial expressions. Teachers may need alternative communication methods, such as visual supports, picture schedules, or augmentative and alternative communication (AAC) devices. An article from PsychCentral states that some differences in communication include a lack of eye contact and difficulty engaging in small talk.

Social skills development: Individuals with autism often struggle with social interactions and may have difficulty understanding social cues. Social skills training and structured social activities can be beneficial. Peer support programs and inclusion efforts can also help foster social development.
Individualized instruction: Due to the wide variability in the presentation of autism, one-size-fits-all approaches may not be effective. Individualized Education Plans (IEPs) are commonly used to tailor educational strategies and goals to the specific needs of each student. Regular assessment and adjustment of these plans are crucial for ongoing success.

Executive functioning challenges: Many individuals with ASD experience difficulties with executive functions, such as organization, time management, and task initiation. Teachers may need additional support, such as visual schedules, explicit instructions, and organizational tools.

The Rise of eLearning in Autism Education

The rise of eLearning in autism education is a welcome development. The benefits are clear: it’s a cost-effective way to meet the needs of children with disabilities, who often require more support. But this isn’t always an easy transition for autistic students. Several factors contribute to the growing prominence of eLearning in autism education:

Individualized Learning Plans (ILPs): eLearning platforms allow for creating highly individualized learning plans that cater to the specific needs and strengths of each autistic learner. Customization can include adjusting the pace of learning, incorporating multimedia elements, and adapting content to different learning styles.

Visual aids and multimedia resources: eLearning platforms often integrate visual aids and multimedia resources that can be particularly beneficial for autistic individuals, who often prefer visual learning. Videos, interactive simulations, and graphics can enhance understanding and engagement.

Flexibility and accessibility: eLearning provides flexibility regarding when and where learning can occur. This flexibility is crucial for autistic individuals, allowing them to learn comfortably and minimizing potential sensory challenges. Additionally, eLearning materials can be accessed repeatedly, reinforcing learning in a way that suits the individual’s pace.

Social skills training: Many eLearning programs for autism education incorporate social skills training modules. These modules may include interactive scenarios, virtual role-playing, and social stories that help autistic individuals develop and practice social skills.

eLearning also helps autistic individuals indirectly by allowing eligible individuals to get the necessary education and knowledge to help autistic children. According to Ithaca College, individuals with a degree in speech-language pathology can help educate autistic children. In fact, the website states that around 56% of the professionals with a Master of Science in Speech-Language Pathology are in education.

SLPs can conduct comprehensive assessments to evaluate the communication abilities of autistic children. This includes assessing speech and language skills and social communication skills. They can work collaboratively with other professionals, such as psychologists and educators, to contribute to understanding the child’s communication needs.

They can also develop and implement individualized treatment plans based on the specific needs of each autistic child. These plans may address speech articulation, language comprehension, social communication, and pragmatic language skills. They can collaborate with other educational team members to integrate speech and language goals with the child’s educational plan.

eLearning can help students interested in speech-language pathology learn all the details required to enroll in the right course. They can also enroll in an online course on an eLearning platform. Such speech-language pathologist college programs can enable qualified individuals to get the required license to start helping autistic children.

Customization and Personalization in eLearning

Personalization is a key component of eLearning that can help autistic children learn more effectively. This is because it allows them to engage with the material at their own pace and work in ways they are most comfortable with. This can include:

• Adjusting the presentation style of content and activities (e.g., video vs text)
• Providing opportunities for learners to interact with others online or through social media platforms such as Facebook or Twitter.
• Allowing learners to create their digital portfolios based on what they have learned throughout their course.

Technology as a Facilitator in Autism Education

Technology can help autistic children learn, communicate, and socialize. It also helps them practice new skills and understand the world around them.

For instance, a ScienceDirect Journal study shows that up to 50% of autistic children have issues with inhibitory control challenges. This relates to a lack of ability to manage distractions and maintain concentration. Such children also have decreased perseveration.

However, with the technology, teachers can include multiple media files in the training material to improve engagement. This can increase autistic children’s concentration and help them learn more.

Here are several ways in which technology supports autism education:

Adaptive software: Technology allows for the creation of adaptive learning software that can adjust the difficulty and pace of lessons based on an individual’s progress. This ensures that the material is tailored to their needs.

Augmentative and Alternative Communication (AAC) Devices: Apps and devices that support communication through visuals, symbols, and text help non-verbal or minimally verbal individuals with autism express themselves.

Virtual Reality (VR) and Augmented Reality (AR): These technologies can create immersive environments that assist in sensory integration therapy, helping autistic individuals manage sensory sensitivities.

Educational Games: Technology enables the development of entertaining, educational games that promote learning and skill development.

However, one also has to keep in mind that children suffering from ASD also have intellectual disabilities. A study uploaded on the Frontiers Journal website concludes that 50% to 70% of autistic children have this disability. Intellectual disabilities affect their social, cognitive, and adaptive skills.

Thus, they have problems participating in research-based activities.

Hence, teachers and parents need to select the right technology that can help autistic children instead of overwhelming them. A platform or software with a simple User Interface (UI) is required to ensure easy navigation. Tech applications with complicated UI might not be able to be of much help in educating autistic children.

As we’ve seen, eLearning is a powerful tool for helping autistic children to learn. It allows them to be engaged in their learning process and progress at their own pace. The classroom environment can also be more inclusive of people with special needs by using technology such as speech-to-text dictation software. This can make it easier for them to understand different concepts and learn quickly.

If you found this article interesting, check out Higher Education: Using AI to Meet Student Needs. 

Featured image: Jatuporn Tansirimas, iStock. 

The post How eLearning Transforms Education for Autistic Children appeared first on eLearningInside News.

This article was written by Shantanu Bose, Ph.D., Chief Academic Officer and Provost at DeVry University. 

Higher education is on the cusp of an AI revolution. Artificial intelligence has the potential to fundamentally transform higher education for the better, including how we teach, what we learn, and the skills needed to be successful in a world shaped by AI.

By infusing AI into learning platforms and courses, colleges and universities can make the educational experience more adaptive, personalized, engaging, and impactful for students.

Universities are not moving fast enough.

Yet, many colleges and universities are moving cautiously and slowly towards the promises of AI. A report released this year by Ellucian, a leading higher education technology solutions provider, reveals that despite the recognized benefits of artificial intelligence, its use in higher education is not as widespread as perceived.

The comprehensive survey gathered responses from 1,140 higher education administrators across 768 institutions. Its findings bring to light the unrealized potential of AI in higher education. Despite the gap between the perceived and actual use of AI, over 70% of respondents view AI favorably and about half of them expect the positive effects of AI will span the student experience, from better supporting the student journey to improving student outcomes at their institution.

How is AI changing the employment landscape?

Both students and employers are grappling with their own uncertainties and realizations about AI’s capabilities and its impact on jobs. College graduates are worried about their work readiness and potential to secure jobs due to the rapid emergence of generative AI, while employers acknowledge how the hiring landscape is being changed quickly by the new technology, according to Cengage Group’s 2023 Employability Report. Educators and employers need to do more to prepare today’s workers, the report added.

Higher education has a profound duty to keep up with technological advancements that impact the learning needs and employability of students. DeVry is an institution that has a legacy of combining education and technological innovation, along with a mission to close the opportunity gap in tech-focused careers. Thus, DeVry launched its AI Lab focused on ensuring our programs and curriculum are preparing learners for a world shaped by AI.

AI as a supplement to learning.

As AI continues its rapid advancement, students expect their learning experiences to keep up. Personalized and customized content is the new norm. AI-powered software can empower learning experiences due to its ability to analyze huge amounts of data to gain insights into how students learn best and what teaching methods are most effective.

AI-powered platforms offer adaptive learning, tailored lesson plans and coursework to individual students based on their strengths, weaknesses, and preferred learning styles, while also tracking their progress, engagement, and performance.

Similarly, AI-powered virtual assistants can provide instant answers to many frequently asked questions thus leaving more time for students and faculty to focus on higher value-added interactions and learning. Through its AI Lab, DeVry is experimenting with emerging AI technologies such as Retrieval-Augmented Generative (RAG) conversational AI solutions to enable a personalized learning experience.

The future of AI-assisted education

AI-powered learning systems are beneficial to not only students but also the outcomes that higher education wants to achieve. This is because, as Domoscio notes, “Learners feel valued and motivated when they are placed at the center of their own learning journey.”

As AI continues to evolve, colleges and universities that implement artificial intelligence thoughtfully and responsibly will be poised to deliver learning experiences that are truly tailored to students’ needs. The future of higher education will rely on a harmonious partnership between human insight and AI.

If you liked this article, check out How Technology Can Facilitate Early-Stage Education. 

Featured image: Tzido. 

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