In recent years, the buzzword in the education sphere has been ‘EdTech’, which alludes to the use of hardware and software to improve learning and teaching experiences. We have also seen institutions upgrading their classroom infrastructure, using cutting-edge tools to enhance the classroom experience for students and teachers alike.
With artificial intelligence now firmly planting itself at the centre of every discourse, even the education sphere is witnessing a remarkable transformation. Technology is evolving at a rapid pace, and those who are able to leverage groundbreaking innovation before others will inevitably find themselves at the forefront. From changing pedagogical strategies to using generative AI, classrooms are embracing new technologies. Simultaneously, educators are coming up with innovative educational models to provide a holistic and immersive learning experience.
Innovative educational models and technologies that will reshape learning in 2025
Existing and emerging technologies will revolutionise the learning process for students. These technologies will empower teachers to use avant-garde methods, transforming the way students learn in a classroom setting. Such methods will also ensure that students enjoy an immersive learning experience, combining visual, auditory, kinesthetic, and reading/writing learning styles like never before.
Let us take a closer look at some of the innovative educational models that will change how students learn in 2025.
1. Augmented reality and simulations
Augmented reality (AR) isn’t a new concept; it has been around for many years. However, due to its ever-evolving nature, it is still one of the best-emerging technologies in the world. AR and simulations will capture the imagination of the students, helping them learn while thoroughly enjoying their sessions.
2. Adaptive learning
Adaptive learning involves personalising activities depending on the student’s needs and learning behaviours or styles. This technology can be used to create unique learning paths for individual students based on what they find interesting and how they prefer to learn. This methodology involves tailoring content and adjusting pace based on the strengths and weaknesses of students.
Adaptive learning uses computer algorithms to simulate interactions. While it began with AI, it continues to offer customised resources and top learning activities, addressing the unique needs of the learner.
3. AI-based education technologies
2025 is expected to be the year when AI will finally be implemented within the education sphere. While AI has become the central focus in several industries, the ethical and legal problems it can potentially pose in the education sector has forced institutions to rethink their decision regarding its implementation.
However, AI and machine learning are here to stay, and in 2025, AI is expected to transform and reshape education. This can be in the form of customising content according to individual student’s interests or automating grading and scheduling to help teachers with their efforts,
4. 5G technology in education
The fifth generation of wireless technology has brought about a significant change in several industries, including robotics, automation, and communication. Its high speed and low latency inherently translate to faster response times and enhanced efficiency. Students can use 5G technology to download files and resources faster. On the other hand, one of the futuristic ideas that can be powered by 5G technology is a holographic teacher who can lead discussions on specialised topics, which can be realised in 2025!
5. Automation
Today, automation drives several sectors, and in 2025, it can become an integral part of the classroom experience. Through automation, students can receive lectures automatically at certain times, while the lectures can be scheduled digitally. Automation, while working in tandem with AI, can change the way students and teachers interact and make the entire process more streamlined and enjoyable.
6. Learning analytics
Different students have varying comfort levels and preferences when it comes to learning, and this process must be tracked and analysed to get better results. Learning analytics is an emerging technology that helps teachers record the students’ learning behaviours and patterns.
By tracking the students’ learning rates and behaviours, teachers can also provide targeted improvements to courses. This is vital in education, as it aids the learning experience of each student.
7. Competency-based education
Competency-based education ensures students are matched with learning activities that are specifically designed for their level of learning ability. This methodology enables students to advance their learning experience depending on their ability to master a specific skill set. Thus, students can learn at a pace they are comfortable with.
Competency-based education allows teachers to measure outcomes based on a student’s objective demonstration of competency in a particular area and, thus, aids students in providing better outcomes.
Conclusion
In 2025, the educational models discussed above are expected to transform learning, helping teachers and students with their efforts. Technologies like AI, machine learning, and automation are expected to bring about significant changes, including newer pedagogical tools and upgrading classroom infrastructure.
To this end, financial institutions like NBFC s will play a crucial role, as they must collaborate with institutions to provide the required financial resources. Even online marketplaces will reap significant benefits as the technology evolves, as they can leverage AI to extend personalised offers and services to institutions.