AGE 7-15 YEARS
Children as young as 4 years old can build and program simple robotics projects, according to a report by Tufts University.
Continue ReadingEducation is no more restricted to the pages of books and computer screens. Rather, contemporary education caters to the requirements of the 4th industrial revolution by blending lessons with smart technology, artificial intelligence, and robotics.
Continue ReadingHave you noticed how kids get absorbed in playing with LEGO, playdough, or clay? They create everything from shapes to animals and buildings, using their imagination. These activities improve their spatial, motor, and problem-solving abilities, teaching them patience and persistence.
Continue ReadingAs artificial intelligence continues to reshape our world, it’s critical to keep up-to-date with the most impactful news of the year 2023. From the innovation of ChatGPT to the launch of BARD AI by Google to Generative AI in Photoshop and many more innovations, we have it all covered.
Continue ReadingArtificial Intelligence (AI), one of the most commonly used terms today, is both fascinating and terrifying. On the one hand, it is empowering the future while also having a tremendous impact on our daily lives. On the other hand, it endangers the human race by taking away their jobs.
Continue ReadingArtificial Intelligence (AI) and robotics can be confusing, but they are two separate technologies that exist on their own. Robotics is the area of science that works with the design, creation, and usage of robots. In contrast,
Continue ReadingNo more snooze-inducing lectures, one-size-fits-all lessons, or textbooks as heavy …
Continue ReadingAs a parent, your goal is to provide the best opportunities for your children, including their education. One way to ensure their success is by helping them gain admission to prestigious universities, such as Ivy League ones. These institutions have been recognized as leaders in higher education for over a century.
Continue ReadingSTEM learning is about knowledge in Science, Technology, Engineering, and Mathematics, which has become increasingly important in today’s world. With technology playing a significant role in almost every aspect of our lives, it has become crucial for kids to learn the subjects. It advances students’ innovative thinking, creative problem-solving, teamwork, and critical thinking abilities.
Continue ReadingIt has always been said that Parenting is a full-time job. It doesn’t matter which part of the world you hail from being a parent to an 8 to a 12-year-old child can be tough, especially in the digital age of YouTube, Amazon, Facebook, and Google as well as several emerging AI tools such as ChatGPT and Midjourney, etc.
Continue ReadingParenting is a tricky task that requires patience and empathy. One of the most difficult things for parents is how to communicate with their kids. It is hard to convey something to a little one that may have a negative impact. The parent’s words can inspire or hurt them. So, pick words carefully to boost the child’s self-confidence.
Continue ReadingAs a millennial parent of a three-year-old, I know firsthand how challenging it can be to navigate the ups and downs of parenthood. But I’ve found that one of the most important things we can do for our children is to continue learning and growing as parents ourselves.
Continue ReadingIt is challenging to provide exact and up-to-date data on the number of programming languages, but Bill Kinnersley’s list indicates that approximately 2500 programming languages are documented. Nevertheless, it is crucial to acknowledge that only some of these languages are actively utilized.
Continue ReadingCoding is becoming increasingly important in this tech-savvy world, which makes it a necessary skill for future generations to develop. A report from the Bureau of Labor Statistics predicts that computer and information technology jobs will increase by 11% between 2019 and 2029, exceeding the growth rate of all other professions.
Continue ReadingFrom problem-solving and abstract reasoning to attention to precision, mathematics and coding share common threads. Both disciplines require adept problem-solving skills and the ability to think abstractly, enabling practitioners to tackle complex challenges. Moreover, a keen eye for detail and precision is essential in both fields, as even the slightest error can lead to significant consequences.
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