Adapted Mind Math
Adapted Mind Math - Game-Like Education That Challenges Young Learners
Adapted Mind Math provides a dynamic online educational platform spanning core K-6 skills in reading and mathematics. With book learning transformed into an engaging, game-like experience, children tackle word problems and equations that are custom set to their grade level and learning curve. Adapted Mind Math members gain access to thousands of videos that challenge as they educate, with points and badges incentivizing achievement.
The innovation-driven executive team possess backgrounds spanning the University of California, Berkeley, Harvard, and Stanford Universities. The adaptive learning approach is designed to meet the unique needs of young learners as they develop analytic ways of thinking about the world. Parents and teachers can easily assess students’ progress, with information presented in a way that can be easily understood and acted upon.
Adapted Mind Math’s offerings adhere to common core standards and are set to specific grade-level learning objectives. The first grade material emphasizes addition and subtraction, while the fourth grade offering includes 297 lessons covering decimals, mixed numbers, and basic algebra.
The Benefits of Game-Based Learning for Mathematics
In providing a flexible and customized game that adapts to the needs of individual users, Adapted Mind Math helps children develop their mathematical literacy while having fun. Operating a web portal that covers the entirety of the K-6 curriculum, Adapted Mind Math offers over 300,000 challenges to students, each of which is accompanied with concise and understandable explanations. The AdaptedMind game offers players the opportunity to develop their skills in a fun and relaxing environment. There are many benefits to using video games for learning mathematics.
1. In addition to helping players develop mathematical skills, they also breed familiarity with technology that will prove useful to players as they develop.
2. They can be used to create meaningful situations that demonstrate how math can be used in practical situations. This serves as a motivator for students who may have been held back by an inability to see how mathematics could be relevant to them.
3. The interactivity presented by a game provides a different learning environment to the traditional classroom. Additional stimuli, such as virtual trophies and other rewards, offer a real sense of progression while pushing users to keep playing and achieving.
The Adapted Mind Math Game
Featuring over 15,000 explanatory videos, Adapted Mind Math’s AdaptedMind game offers an intuitive and interactive learning environment that constantly assesses the performance of players so it can adapt to their individual learning needs. Trusted by over 3 million parents, Adapted Mind Math delivers the core concepts of K-6 mathematics, placing its focus on making the learning experience as enjoyable as possible.
The game features over 300,000 mathematical problems, covering topics ranging from simple arithmetic through complex algebraic equations. Each problem is accompanied by supplementary material explaining related core concepts. All of the content has been created with the help of teachers, who work in tandem with the game’s designers to ensure all the problems included are explained fully and provide multiple learning methods for players.
The core benefit of the game, however, is its ability to adapt to the player. As the student plays the game, AdaptedMind constantly assesses their progress and highlights areas that need additional focus. In addition, it reinforces previously covered content to create a comprehensive learning experience.
The Benefits of Using Games for Learning
Placing a focus on helping students build upon existing skills and fill knowledge gaps, Adapted Mind Math is a unique online platform that brings media, mathematical problems, and gaming together. Through a challenge-based environment that rewards students for progress, Adapted Mind Math’s platform motivates students and provides useful analytical tools for parents and educators.
Learning-based games, also known as “edutainment,” offer a range of benefits to students. Videogames, in general, require memorization of certain concepts, such as control schemes and narrative elements, which stimulate the mind. When applied in the context of educational materials, this need for memorization means players are more likely to remember the concepts introduced by the game so they can use them later on to solve more challenging problems.
In the modern gaming environment, updates to games can be made quickly. This solves the issue of introducing new problems and curricula in a cost-effective manner. Students no longer need to purchase costly exercise books, plus the gaming platform can offer a more expansive and flexible experience for the money.
Further, interactivity is a key component. It keeps players engaged with the game, and thus the content, with more advanced examples of edutainment also being able to adapt to the specific educational needs of individual players.
Advice for Making Math Lessons More Engaging
Adapted Mind Math is an online resource that challenges students to make their way through an interactive, personalized game by solving a selection of over 300,000 math problems. By customizing the game experience to meet the player’s needs and offering rewards in the form of digital badges and points for various accomplishments, Adapted Mind Math keeps students engaged. Beyond the use of the AdaptedMind Math platform, here are a few of the ways teachers can use its techniques to make traditional math lessons more engaging.
1. Varied activities. Lessons that center on talking about and solving problems may cause students’ attention to drift. Instead, vary the activities students take part in during the lesson by creating games, using visual stimuli, and encouraging classroom discussion.
2. Tell stories. Many math students struggle to relate the concepts taught in their math lessons to real-life scenarios. To counter this, create stories that incorporate subjects, sports, or media that your students have an interest in while also covering the key topics of the subject.
3. Establish key takeaways. Define the goals of the lesson at the beginning so students understand what they are working toward. Ensure every aspect of the lesson underpins these key goals, thus keeping students focused.
How Does Adaptive Learning Work?
Using web-based videos and interactional instructional tools, Adapted Mind Math gamifies the process of learning mathematics to help children better retain important concepts and strategies. By helping these students become better learners, Adapted Mind Math helps increase their overall confidence and ability.
Adapted Mind understands that each child has a unique way of learning. That’s why the platform tailors a custom learning environment based on a student’s particular needs. As a child learns and develops new strengths and weaknesses, the content changes to address those areas through a process called adaptive learning. There are two ways in which Adapted Mind primarily accomplishes this:
When a child first begins with Adapted Mind, he or she takes a pretest to assess their current level of understanding. This provides a starting point for the platform to begin delivering relevant content based on assessed skill level.
As the child works through the initial curriculum, the SmartLearn algorithm continuously gauges the child’s progress, identifying areas of strength and weakness. By tracking this information, the platform is able to deliver content specific to the areas in which the child currently needs improvement. Through this method of adaptive learning, Adapted Mind Math is able to best meet the learning needs of the child and helps him or her more effectively advance in their ability.
Understanding Algebra and Its History
Adapted Mind Math provides educational resources through its digital platform. Among its thousands of lessons and problems, Adapted Mind Math delivers quality content to help students develop their algebra skills.
Algebra is an ancient branch of mathematics with roots going back roughly four millennia. The field concerns the rules and processes for the proper utilization of variables represented by symbols.
Algebraic equations put these variables into nuanced relationships that prove useful in describing the real world. By applying algebraic rules, mathematicians can discover principles useful in fields like construction. For example, the ancient Egyptians relied on such mathematical insights to produce stonework with perfect right angles.
Though algebra first appeared thousands of years ago, it went through extensive refinement in the interim. In India in the 6th century C.E., one scholar developed a variation of an important algebraic tool called the quadratic formula. Later, Islamic scholars took the field even further, inventing the modern symbolic representation of the zero. In fact, the very word “algebra” is derived from Arabic.