Source: Revolutionizing Language Learning and Teaching in Education 4.0: Perspectives on Critical AI Literacy and AI Tools · Zenodo Authors: Makhu, Avnoor Licence: CC-BY-4.0 — https://creativecommons.org/licenses/by/4.0/
| P: ISSN No. 0976-8602 RNI No. UPENG/2012/42622 VOL.- XV, ISSUE- III July - 2025 E: ISSN No. 2349-9443 Asian Resonance | |
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| Revolutionizing Language Learning and Teaching in Education 4.0: Perspectives on Critical AI Literacy and AI Tools | |
| Paper Id : 20553 Submission Date : 2025-07-06 Acceptance Date : 2025-07-21 Publication Date : 2025-07-25 This is an open-access research paper/article distributed under the terms of the Creative Commons Attribution 4.0 International, which permits unrestricted use, distribution, and reproduction in any medium, provided the original author and source are credited. DOI:10.5281/zenodo.16980176 For verification of this paper, please visit on [http://www.socialresearchfoundation.com/resonance.php#8 | |
| Avnoor Makhu Assistant Professor English Govt. Ripudaman College, Nabha Patiala,Punjab, India | |
| Abstract | I n an education system, the language classroom is a creative space that facilitates proficiency in critical thought development, emotional growth and better comprehension of the world. W ith the advent of the digital revolution, emerging A I technology has potentially permeated the field of education. T his technology has exponentially transformed the fundamental trends of learning and teaching in classrooms, and E ducation 4. 0 also encourages the integration of technology-enabled environments of learning. W ith regard to this, new pedagogical techniques and innovative methods should be adopted for revolutionary advancement in higher education institutions. T he primary objective of the paper is to chart out the evolution of learning in classroom and to shed light on the concept of C ritical A I L iteracy along with its importance in creating digital awareness among language trainers and trainees. W ith the construction of latest tech-driven classrooms, it will be easier to harness the creative abilities of students by incorporating A I-oriented learning tools. T he aim is also to explore the possibilities of new pedagogies in language learning and teaching that are mediated by A I-powered platforms for effective language understanding. A I tutoring systems and learning analytics will benefit in providing personalised learning experience and better teacher-student engagement that might lead to exceptional academic outcomes. T he paper offers recommendations to exhibit a positive attitude toward A I technology in language learning classroom education. I t addresses the concerns and challenges, evaluates the present scenario of language education, and reflects on its future scope with augmented methods and cutting-edge A I tools. |
| Keywords | A rtificial I ntelligence, C ritical A I L iteracy, E ducation 4. 0, I nnovative P edagogy, L anguage L earning and Teaching, Technology. |
| Introduction | I n the age of rapid developments in technology, it is imperative to be inclusive of all potential domains in which technology makes significant contributions. T he incorporation of ultra-modern artificial intelligence technology in the field of education has a broader scope to improve the overall experience of learning and teaching. A rtificial I ntelligence is said to be the product of the fourth industrial revolution and intends to bring about the fourth stage of development in education. A I technology is taking over in almost all fields of inquiry at a fast pace and is revolutionizing the way things were seen before. I t is only in the recent times that the world has thought of inculcating A I in education, despite that it has been in existence since the 1 9 5 0 s. B ritish mathematician A lan Turing was the first to discover and discuss this concept in his seminal paper entitled “ C omputing M achinery and I ntelligence ” in which he tried to determine whether machines can think. H owever, it was in 1 9 5 6 that J ohn M c C arthy, an A merican computer scientist, coined the term ‘ A rtificial I ntelligence ’ in the D artmouth S ummer R esearch P roject on A rtificial I ntelligence. C onsidering that there are some professionals in the education sector who demand to upgrade the field using A I, there are many educational practitioners and researchers who speculate “ whether advancements in A I would challenge or even replace teachers since many other jobs are being replaced by automation. T here is an emerging recognition that teachers ’ professional roles need to be adjusted as A I advances and this will trigger new organizational forms. E merging challenges also included students ’ attitudes towards these changes ” ( Z hai et al., 2021). W hile this research paper highlights wide-ranging positive and negative perspectives, its pivotal focus remains on exploring how A I is reshaping and revolutionizing education. |
| Objective of study | T he primary goal of the research paper is to look at the potential of artificial intelligence in constructing an efficient and effective language teaching and learning model that helps teachers and students learn in an engaging and innovative style. A I-driven innovation in education focuses on making an indelible mark on how teaching and learning are perceived. To foster this integration, language classrooms are particularly deliberated upon. L anguage classrooms are a storehouse of opportunities to learn any language in a comprehensive manner. L anguage learning and teaching will soon be exponentially |
| P: ISSN No. 0976-8602 RNI No. UPENG/2012/42622 VOL.- XV, ISSUE- III July - 2025 E: ISSN No. 2349-9443 Asian Resonance | |
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| transformed from their fundamental trends and will empower learners. T herefore, this paper attempts to trace the evolution of classroom learning, define the new pedagogy of E ducation 4. 0, comprehend concepts such as C ritical A I L iteracy, discuss various innovative A I tools that are useful for language teaching and learning, identify concerns and challenges, and reflecton future perspectives of A I-centered learning experiences. | |
| Review of Literature | E volution of C lassroom L earning I n I ndia, promoting E ducation 4. 0 sparked progression and innovation. To comprehend E ducation 4. 0, it is important to understand education ’s trajectory and its evolution to date. I n olden days, classrooms comprised of a natural setting where students gathered under the tree to learn from their guru and it has been said that “ in ancient I ndia, both formal and informal ways of education system existed. I ndigenous education was imparted at home, in temples, pathshalas, tols, chatuspadis and gurukuls... Temples were also the centers of learning and took interest in the promotion of knowledge of our ancient system ”. G oing back to the primeval roots of residential learning and teaching, it was said to be “ largely oral and students remembered and meditated upon what was taught in the class. ” ( G oudgeri, 2022). T his system of learning continued until formal education was introduced. M uch later, during the B ritish rule, missionary schools were setup, aiming to impart education in E nglish. S tudents being non-native speakers of E nglish were mere passive recipients in the learning culture. T herefore, E ducation 1. 0 was essentially associated with memorization of factual knowledge. T he I nternet R evolution introduced E ducation 2. 0 that promoted web-based learning that helped teachers access online platforms effectively. T hough the student-centric approach was still narrow but the next stage, E ducation 3. 0, brought a new wave empowering individuals with I C T ( I nformation and C ommunication Technologies). W ith technology ' s expansion, the teacher ’s role changed from guides to facilitators, and students evolved into co-creators of knowledge. Transition to digital classrooms relied on online platforms marked by E ducation 4. 0. I t promotes a more personalized technique of teaching and learning, practical skill-based knowledge and supports holistic development through technology, and aligns with today ’s fast-paced world. |
| Main Text | P edagogy of E ducation 4. 0 E ducation 4. 0 advocates utilization of A rtificial I ntelligence (AI), the I nternet of T hings ( I o T), D igital S imulation, A ugmented R eality (AR), Virtual R eality ( V R) and other significant technologies in classroom teaching and learning. I t aims for innovative pedagogy by incorporating A I into the 2 1 st century education sector. I n order to reshape the quality of the educational landscape and to cope up with the global-level challenges of education, the G overnment of I ndia has implemented the N ational E ducation P olicy (NEP) 2020. N E P 2 0 2 0 recognizes technology ' s pivotal role in nurturing holistic development and preparing learners for the digital age. T his discourse explores N E P 2 0 2 0 ' s profound impact on technology integration in education, emphasizing A I and adaptive learning. I t reveals A I-powered personalization ' s potential to revolutionize education by aligning it with each learner ' s unique needs. T he journey continues into A I ' s role in assessments, providing tailored evaluation and feedback. ( G urramkonda & S ahaji, 2 0 2 3) N E P - 2 0 2 0 was launched with the intent to practise digital and innovative learning through various initiatives such as A cademic B ank of C redit (ABC), a technology-based facility of credit that permit students, enrolled in I ndian universities, with multiple entry-exit options. I t is a digital platform that helps to store, verify, transfer and redeem students ’ credits. A nother one is I ndian S ign L anguage, introduced as a subject at the secondary level, in order to help hearing-and-speech impaired students with better communication experience. N ational E ducational Technology F orum (NETF) is a forum that encourages free exchange of ideas on how technology should be used to upscale and enhance learning, teaching, planning, assessment, administration and overall management for both the wings-school education and higher education. A I for A ll, an online course with two sections ( A I Awareness and A I A ppreciation), concentrates to provide knowledge about A rtificial I ntelligence to every citizen of all age groups in the country. ( N ational E ducation P olicy ( N E P) 2 0 2 0 : A I for A ll, n. d.) C ritical A I L iteracy H istorically, the word ‘ literacy ’ means “ the ability to read and write " according to O xford dictionary. A nother meaning of the word is “ a level of minimal competence in reading and writing ”. I n particular, an individual ’s command over language becomes the driving force for a better education. I f a person can ’ t read adequately, one can ’ t derive literacy in any subject that is inclusive of the language subject. L iteracy can be categorised into various forms, namely, D igital literacy, C omputational literacy, A I literacy, C ritical A I literacy among others. I n order to avoid misconceptions about C ritical A I L iteracy, it is a prerequisite to understand various other forms of literacy. D igital L iteracy, since the 1 9 9 0 s internet revolution, was used by educators but the concept was introduced by P aul G ilster in his book, D igital L iteracy. C olin L ankshear and M ichele K nobel, in their book D igital L iteracies : C oncepts, P olicies and P ractices explain digital literacy “ as an ability to understand and use information from a variety of digital sources and regard it simply as literacy in the digital age. I t is therefore the current form of the traditional idea of literacy per se — the ability to read, write and otherwise deal with information using the technologies ” ( B awden, 2008). C omputational L iteracy is not just |
| P: ISSN No. 0976-8602 RNI No. UPENG/2012/42622 VOL.- XV, ISSUE- III July - 2025 E: ISSN No. 2349-9443 Asian Resonance | |
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| possessing proper knowledge and skill to operate a computer, but the ability to use code to communicate ideas or learn the linguistic nuances of a language in the language learning process. “ Teaching literacy through computational thinking involves leveraging existing computational thinking and coding skills to promote language and literacy development. F or students with varying skill levels, programming can serve as a doorway into traditional and new literacies development ” ( J acob & Warschauer, 2 0 1 8). To facilitate language learning and teaching in students and teachers, using computer instructions can be helpful in terms of understanding a language ’s syntax or form, meaning and usage. “ F raming programming and natural languages in this way is particularly beneficial to speakers of other languages who possess computational competence but may lack linguistic proficiency ” ( ibid). A I L iteracy informs an individual with accurate knowledge about the potential and consequences of A I which helps them to make informed decisions. “ A I literacy is an individual ’s ability to not only utilize A I, but to also critically recognize changing cultures. F urthermore, based on the basis of understanding A I, A I literacy allows the individual to design their own life. I n other words, A I literacy is the basic ability to become a subjective human in the A I era ” ( Yi, 2021). T his type of literacy is important to up-skill one ’s professional life in the age of A I and can also be defined as “ a set of competencies that enables individuals to critically evaluate A I technologies; communicate and collaborate effectively with A I; and use A I as a tool online, at home, and in the workplace ” ( L ong & M agerko, 2 0 2 0). A t the same time, it is necessary to comprehend A I L iteracy through its ethical, technical and practical understanding. C ritical A I L iteracy extends digital literacy and critical thinking by fostering awareness of generative A I models and tools, their uses and limitations therefore “ the foundations of critical digital literacy is in the confluence of academic preoccupations with the concept of literacy that went beyond mere reading, writing, or technical skills, and included raising awareness about the socio-cultural, political and ultimately the power equations involved in the use of language, and the role of digital technology in everyday experiences and meaning-making ” ( J oseph, 2023). H owever, there are serious issues regarding its application, such as “ overreliance on automation, algorithms based on biased data, and algorithms that do not provide information that is clinically meaningful ” and it is necessary to provide solutions to these issues that “ requires better understanding of A I and their M L approaches and corresponding measures to achieve this ”. ( S trauß, 2021). F or instance, learners and teachers must carefully evaluate the output derived from A I-assisted tools such as C hat G P T and should only consider the information that is credible. I nnovative A I-P owered Tools for L anguage L earning and Teaching To keep up with the pace at which technology is improving itself, making use of A I tools will act as a catalyst in education. “ A I is the technology that every educator needs to be exposed to. U sing A I, it seems that the presence of a teacher nor the learning of language is necessary in spite of the fact that a machine is able to handle a class. W ith its use, education can be more student-centered and, consequently, it leads to the empowerment of the learners. ” ( A li, 2 0 2 0). T here is a growing number of tools available on digital platforms that can prove beneficial for language learning and teaching. T here are many A I Writing A ssistants such as G rammarly, built on G P T- 3 and used to proofread and polish up write-ups for grammar, punctuation, spelling mistakes. E ssay B ot, a personal A I-assisted writing tool, helps students by suggesting essay titles and prewritten paragraphs based on prompts. Q uill B ot, rewriting and paraphrasing tool, helps writers write better and at a faster pace. I t has features like P araphraser, G rammar C hecker, P lagiarism C hecker, C itation G enerator and Translator, that are essential in the writing process. A I-Writer is the only writing assistant that generates S E O ( S earch E ngine O ptimization) - friendly content and cites its sources from wherever it takes the information. C hat G P T 3. 5 is a generative pre-trained transformer developed by O pen A I, uses predictive analysis and functions on the prompts by the user. I t can summarise essays, write poems, create titles of the write-up, draft an email etc. S ome P ersonalized A I language learning softwares such as D uolingo, an effective A I tool, promotes language learning in a free, fun and effective way through gamification approach that incorporates interactive medium of learning like quizzes, exercises, and personalized feedback. A I-powered platform M emrise involves techniques of gamification and works on the memorization of language. S imilar to D uolingo, it uses flashcards that facilitates quicker learning process and makes language acquisition easier. I talki facilitates language learning by connecting learners with teachers through video chat. I t permits one-on-one tutoring sessions promoting personalized learning. B usuu, self-study platform, is a language learning site with free access to fourteen languages, offering multiple level courses. I t deals with language acquisition through audio-video quizzes, vocabulary, pronunciation practice, fill in the blanks etc. Talk P al improves learning outcome focusing on four essential components of language learning, i. e., listening, speaking, reading and writing. B abbel software emphasizes on language proficiency and better learning outcomes by offering resources like B abbel Videos to watch, B abbel P odcasts to listen, B abbel M agazine to read, B abbel self-study app, and B abbel L ive. E duaide. A i aids educators to create lesson plans, teaching resources, and assessments like reading comprehension assignments, sentence structures, word search, vocabulary rhymes, etc, enabling automated assignments and evaluation on the basis of submissions. C oncerns and C hallenges |
| P: ISSN No. 0976-8602 RNI No. UPENG/2012/42622 VOL.- XV, ISSUE- III July - 2025 E: ISSN No. 2349-9443 Asian Resonance | |
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| D espite many possibilities and opportunities to learn and grow in language learning and teaching, there are numerous concerns and challenges that appear in the pathway of innovation and progression. S ome of the problems are insufficient access to technology. E ven in the 2 1 st century technological world, there are many regions in I ndia which have limited access to technology and are tech-deprived of D igital literacy and hence, A I literacy. D ata privacy is another challenge. D ata, being the new asset of the digital world, needs to be saved from getting misused. F rom language learning and teaching point of view, breaching of personal data like name, personal lecture record, and class notes need protection. F urthermore, there is scarcity of funds and limited resources for teacher training to digitally empower teachers and work toward an A I-enabled future in language learning and teaching. L ack of human interaction and physical learning environment in A I systems is another challenge. | |
| Conclusion | I n a nutshell, it can be inferred that with the initiation of latest tech-driven classrooms, it will be easier to harness the creative abilities of students by incorporating A I-oriented learning tools. T hough there are concerns and challenges related to A I technology, it is essential to adopt newer pedagogical training in order to foster growth and development in language learning and teaching. A I-centered learning needs to be tailored in such a way that reaps revolutionary advancements in higher education institutions. U se of A I technology should be promoted and implemented for teaching, learning and assessment, administration and management in education sector. B y comprehending the basis of C ritical A I L iteracy in education and using A I tools discussed in the paper, language learning and teaching can become simple and easy. |
| References | A li, Z. A rtificial I ntelligence (AI): A R eview of its U ses in L anguage Teaching and L earning. I O P C onference S eries : M aterials S cience and E ngineering, 2 0 2 0. B awden, D. “ O rigins and C oncepts of D igital L iteracy. ” D igital L iteracies : C oncepts, P olicies and P ractices, 2 0 0 8. G oudgeri, A. B. E ducation in A ncient I ndia. I nternational J ournal of C reative R esearch T houghts, pp. 3 7 4 - 9, 2 0 2 2. G urramkonda, B., & S ahaji, I. A. A I in E ducation : D elving the Transformative P otential of A I-E nhanced L earning P aths for the E nrichment of S tudent K nowledge. R esearch G ate, pp. 2 6 8 - 7 1, 2 0 2 3.. J acob, S.R., and Warschauer, M. “ C omputational T hinking and L iteracy. ” J ournal of C omputer S cience I ntegration, vol. 1, 2 0 1 8. J oseph, S. “ L arge L anguage M odel-based Tools in L anguage Teaching to D evelop C ritical T hinking and S ustainable C ognitive S tructures. ” R upkatha, vol 1 5, no. 4, 2023. L ong, D., & M agerko, B. W hat is A I L iteracy ? C ompetencies and D esign C onsiderations. G eorgia I nstitute of Technology, 2 0 2 0. N ational E ducation P olicy ( N E P) 2 0 2 0 : A I for A ll. ( n. d.). S trauß, S. “ “ D on ’ t L et M e B e M isunderstood ” : C ritical A I L iteracy for the C onstructive U se of A I Technology. ” TATu P-Z eitschrift für Technikfolgenabschätzung in T heorie U nd P raxis, vol. 3 0, no. 3, pp. 4 4 - 9, 2 0 2 1. Yi, Y. “ E stablishing the C oncept of A I L iteracy : F ocusing on C ompetence and P urpose. ” J A H R-E uropean J ournal of B ioethics, vol. 1 2, no. 2 4, pp. 3 5 3 - 6 8, 2 0 2 1. Z hai, X. et al., A R eview of A rtificial I ntelligence ( A I) in E ducation from 2 0 1 0 to 2 0 2 0. C omplexity, pp. 1 – 1 8, 2 0 2 1. |
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