The global market for artificial intelligence in education is projected to develop at a compound annual growth rate (CAGR) of 45.6% between 2022 and 2027. This rapid growth demonstrates the widespread adoption and application of AI in education. As AI’s use in education increases, it is finding gaps in traditional educational models and filling them to improve student outcomes and learning experiences.
Understanding how AI is filling in the gaps in modern education is crucial, especially in light of the field’s noteworthy accomplishments. This article discusses the role of artificial intelligence (AI) in modern schooling as well as the benefits and opportunities this cutting-edge technology is offering.
Encouraging customised learning
Traditional educational models focus on a one-size-fits-all approach to learning. This approach can leave many students struggling or disengaged since each student has a different learning style and pace. AI is revolutionising modern education with personalised learning capabilities. These tools and platforms are tailoring learning to meet the individual learner’s needs. According to a study by McKinsey & Co., personalised learning can improve student outcomes by 30%. Intelligence tutoring systems offer real-time feedback to students and targeted assistance. AI tools also offer customised support by recommending personalised study materials and creating assessments so that each student can learn at their own pace.
Identifying the knowledge gaps
Finding learning gaps in a modern classroom may be difficult due to the short class periods and huge student body. The introduction of artificial intelligence into the classroom has improved teachers’ ability to identify these learning gaps. AI tools use advanced analytics to review student performance and progress. This allows intelligent tutoring systems to identify areas where the student needs additional support and guidance. Based on predictive analytics, teachers can also offer one-on-one support to students who need it.
Tackling accessibility gaps
In addition to giving every student round-the-clock access to personalized learning, AI solutions significantly contribute to addressing special education gaps. Education is becoming more accessible and inclusive for everyone, including people with disabilities, thanks to these tools. A diverse student body is now able to access course materials thanks to technologies like text-to-speech, speech-to-text, auto-caption generation, and real-time language translation that remove obstacles to accessibility and language.
Ensuring better engagement
Teachers around the world face challenges in keeping students engaged and motivated. Through immersive and interactive learning programs, artificial intelligence in education is closing this gap. AI technologies are encouraging a dynamic learning environment in place of the traditional textbook and blackboard method with creative gamified exercises, interactive tests, and more. To make learning more enjoyable and interesting, a variety of AI-powered AR (augmented reality) and VR (virtual reality) tools are used to generate simulations, virtual field excursions, and interactive classes.
Cutting down on administrative workloads
Teachers are still burdened with tedious, repetitive administrative tasks even though many automation techniques have been implemented in modern education. By automating processes like class planning, assignment grading, student data management, and progress report generation, artificial intelligence (AI) in education is assisting in reducing the excessive workload that educators bear. Similarly, the amount of work required to record attendance is being reduced by automated roll-call systems. Because of all this automation, educators may spend more time on more basic tasks like teaching and coaching.
Introducing adaptive testing systems
Standardised testing methods in modern education often fail to effectively assess student performance.This testing inequality is being reduced in part by the use of AI in education. AI systems use adaptive assessment techniques to examine students’ growth and performance. In a statistics test, for instance, the AI system can adjust the difficulty of the questions based on the responses provided by the students. This helps avoid excess stress during exams and test skills and competencies in a personalised way.
Encouraging the skill development
Another problem that artificial intelligence in education is addressing is the disconnect between academic instruction and practical application. Using AI and VR (virtual reality) principles in the classroom is helping to establish a more skill-based pedagogy. Working in virtual labs and creating realistic simulations with AI technology allows students to gain hands-on experience in a range of areas, including science. Students who witness AI in action are more prepared to learn the skills they will need in the real world, especially considering how swiftly AI is being adopted across a range of industries, including banks, NBFC s, MNCs, and online marketplace s.
Summing it up
Artificial intelligence tools are transforming education by bridging the gap between conventional and contemporary teaching approaches. To improve performance and results, AI systems are utilising more student contact, intelligent tutoring programs, and tailored learning. These tools can assist teachers in identifying areas where children require further attention by automating administrative duties. In order to make learning more accessible and egalitarian, artificial intelligence (AI) techniques have also successfully closed accessibility gaps.