According to Michael Van Eaton, the coronavirus reaction and extended remote schooling re-empowered parents and led them to investigate alternative education choices such as homeschooling, "pandemic pods," micro schools, private schools, charter schools, and high-quality virtual learning programs. This newfound sense of parental control sparked a campaign for greater school choice laws, with several states enacting new legislation. Recent arguments before the United States Supreme Court suggest to potential growth of educational options.
The Genius Hour is an educational movement that tries to offer students a feeling of purpose by allowing them to choose their own curriculum. The Genius Hour, like inquiry-based learning, should be student-centered and adaptable to varied learning styles. Instructors of science, for example, may choose to focus on a certain topic, whereas ELA teachers may want to utilize Genius Hour to provide students with creative, hands-on projects that help them address real-world problems.
While there are several benefits to the Genius Hour, it should be highlighted that it cannot replace regular academic activities such as lectures, seminars, and assignments. It should instead enrich the traditional educational process with components such as collaboration, peer engagement, and community connections. Education experts recommend that schools devote at least 20% of their time to Genius Hour, which can last as little as 10 minutes every day.
PBL, despite its name, has its origins in the teaching methods of Confucius, Aristotle, and Socrates. PBL was brought into the twentieth century by John Dewey, a philosopher who pushed for learning by doing. PBL has garnered a popularity among educators worldwide by utilizing Montessori's premise that children learn best by engaging with their surroundings rather than memorizing. Because it is hands-on and focused on real-world application, it's clear to see why children react to this form of learning.
The advantages of PBL are numerous. It improves the school atmosphere, boosts instructors' confidence and professionalism, and increases student involvement. It also promotes student-teacher connections. While kids may be apprehensive at first, PBL has tremendous advantages. It improves students' reading comprehension and memory, for example, and hence the interaction between students and teachers.
People demand information immediately in this age of instant gratification. That is why microlearning is gaining popularity in the workplace. It is handy and customizable for different users. It can also assist people attain their learning goals. Microlearning is the second-fastest growing kind of online learning, after only social media. This is not to imply that conventional courses are extinct.
Michael Van Eaton pointed out that, one of the most important advantages of microlearning is its capacity to swiftly teach personnel on virtually any method or topic. It should be brief – generally under 5 minutes – and assist consumers in gaining a better understanding. While videos are the most common sort of microlearning, audio podcasts and interactive games are also popular. These methods of learning are more successful for employees who are self-motivated and already know something about a subject.
One of the key causes of this trend has been the rapid expansion of online learning. It has been attracting students from all around the world for many years, and there have been some exciting advancements in the discipline in recent years. According to a 2014 research, nearly nine out of ten online students favored shorter instructional modules over longer ones. The growth of high-speed learning is another significant breakthrough in the realm of online learning. Students may now take courses at their own speed and integrate them into their everyday lives.
Access to high-quality online learning is becoming increasingly crucial since it allows people to future-proof their abilities and pursue new possibilities. For many people, the future of employment is uncertain due to rapid technological progress. According to the Forum for the Future of Jobs 2020, the speed of technological development will continue to increase - and even accelerate - in some industries. Meanwhile, big business will continue to prioritize cloud computing, big data, e-commerce, and artificial intelligence.
When Google's DeepMind's AlphaGo upset the world champion in Go, education futurists predicted that cognitive computing will be the next frontier. Since then, the change of learning through AI and robots has been gradual but impressive. From knowledge bots to meaningful insight engines, we've seen a variety of intriguing offers. However, these advancements are only the beginning. To genuinely improve education, adaptive learning engines must be capable of determining a learner's learning style and adapting their teachings appropriately.
Teachers already devote a significant amount of time to grading examinations and assessing assignments. They may now employ artificial intelligence to assess student performance and identify areas for growth. Educators may utilize these new technologies to customise educational materials, adapting them to specific student needs and interests, with the aid of AI. In summary, artificial intelligence is changing the way we teach and learn.
STEAM-based activities may be a good fit if you're seeking for new ways to pique your child's interest in science, technology, engineering, arts, and mathematics (STEM). STEAM projects are a wonderful approach to develop creative thinking and widen the scope of STEM instruction by mixing multiple disciplines and boosting interdisciplinary thinking. STEAM-based initiatives stimulate curiosity while also increasing student motivation, self-efficacy, and learning outcomes.
In Michael Van Eaton’s opinion, as our society grows more digital, computers are taking over human occupations, and we need trained employees to stay up. Because of the scarcity of competent employees, the STEAM movement was born, with the goal of encouraging interest in and engagement in STEM subjects via the use of creative abilities. STEAM-based learning is already being used in these schools' curricula. While there are other more methods to introduce STEAM into schools, these five are the most important.
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