The rapid growth of Internet connection has always been an important catalyst for the development of online learning. In India, the emergence of a large number of educational technology platforms is slowly removing obstacles to obtaining high-quality education. There are 400 million primary and secondary school students in India. Start-ups established in the future can effectively mobilize their product content and create employment opportunities by creating micro-learning tools for autonomous learning.
According to a recent report by Google and KPMG, online education in India will increase by about eight times in the next five years. This will have a huge impact on the educational technology market. It is estimated that the annual market value in 2002/KLOC-0 will reach $6543.8+$96 million.
With the help of science and technology, education has crossed national boundaries and opened a world full of opportunities for students. From simple information enjoyment to instant access to learning projects anytime and anywhere with the help of e-mail and cloud applications, this is how technology will change the education industry 20 18:
First, virtual reality and gamification.
Do you know that passive teaching methods will lead to the mastery rate of conceptual knowledge below 30%? On the other hand, participatory methods will make the mastery rate as high as 90%. The failure of our traditional education system is that we still focus on those outdated practices, let students participate passively, and the knowledge mastery rate only stays at the lowest level.
Technology is actively responding to and solving the above problems. Augmented reality, virtual reality and gamification can make students feel immersive through graphic simulation, thus expanding the concept of experiential learning. This can improve students' participation and knowledge retention rate, and using animation can make students understand complex theories more easily. This technology is more likely to change the rules of the game in time, because 20 18 has achieved initial results.
Second, data analysis.
The magic of big data and data analysis is that they provide educators with new teaching methods. Existing data points are being extracted to gain deeper insights, which will affect students' overall learning and growth. For example, HP has cooperated with an NGO called Akshala Foundation to improve education in Karnataka.
Since 2006, Akshala has collected major data related to the teaching resources, facilities and records of more than 40,000 schools. Although these records are incomplete in many cases, data scientists can draw important observations through these records. This includes the best ratio of scholars, which is based on the best ratio of students to teachers.
The study also pointed out that the enrollment rate of girls aged 1 1 to 14 is even lower. In addition, the analysis soon found that with the increase in the provision of independent toilets, the dropout rate of this particular group will also decrease.
Although the existing data sets are messy, these are some interesting conclusions in the cooperation attempt, which are also obtained through leverage technology. With the improvement of digitalization and the acquisition of more abundant data points, these conclusions will provide more solutions to the long-term problems in this field.
Third, education based on cloud technology.
In order to create a successful digital learning experience, schools need to improve their information technology capabilities and enterprise infrastructure. Although this technology exists in some form, the real challenge comes from scalability. The biggest advantage of cloud technologies is that they create a centralized knowledge base for students and teachers. This is a kind of teacher-student cooperation that transcends the traditional classroom interaction.
Education based on cloud technology has become a phenomenon, because it ensures the continuity of learning, regardless of the geographical location of students. In addition, it also ensures the centralized processing of the required data, and obtains deeper insight, thus obtaining a more effective learning experience.
Cloud-based technology also enables educators to improve their teaching influence without purchasing any important basic education equipment. This, in turn, will reduce the service cost, and at the same time make education generate more value, thus benefiting students.
Fourth, machine learning and artificial intelligence.
People may ask how artificial intelligence affects students' learning ability and improves human intelligence. Artificial intelligence is changing the education and training industries, and artificial intelligence-driven algorithms create behavior models by studying a single data set. Based on this model, these algorithms can deepen the understanding of students' advantages and disadvantages, and design a unique personalized learning curve.
Machine learning is a technology to build artificial intelligence, which allows the system to learn individual actions and skills without explicit programming. As for different behavior patterns, learning progress reports and annual grades, the system will automatically establish the relationship between different learning methods. In addition, they also create personalized training paths to meet the needs of each student. Students will eventually benefit from learning at the best speed, thus producing the best learning effect.
Therefore, the influence of science and technology on education is increasing, which provides us with an opportunity to see the gradual development of autonomous learning. Today, if we can achieve this goal under the outdated education system, imagine what the next generation will achieve once they accept advanced education methods. Because the popularity of these systems is increasing year by year, we don't have to wait long to see the results.