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As the world of technology progresses at a rapid pace, the careers in the stream of Science, Technology, Engineering, and Mathematics (STEM) are also growing exponentially. This is one of the main reasons for the growing popularity of STEM education in the recent times. STEM has been a crucial contributor to numerous inventions that are transforming the world, like the machine that converts sewer sludge to safe drinking water. While it is established that a STEM career is filled with exciting employment options, it is crucial to choose the right institution to make the most of these opportunities. STEM education is mainly dependent on practical applications and experiments and less on the traditional education methods that are confined in a classroom. Therefore it is important to choose an institute that has the amenities to provide such learning experiences. While there are various STEM institutions all over the United States, there are a few names which stand out. Being educated about the best STEM institutions in near you is crucial to make the right choices while enrolling your kids. Let's look at the best STEM schools and centres in some of the most populated cities of the US. 1. New York/ New Jersey New York is the most populous city of the United States and is home to several renowned STEM schools. There are a few high schools incorporating STEM system which have the best in class teaching techniques and are extremely tech pro. The Bergen County Academies is a seven academic division high school that is tuition free. This school has been included in the Washington Post list of 23 highest performing high schools in the United States. Stuyvesant High School is another STEM institution that is recognised as a specialised high school that offers tuition-free accelerated academics to city residents. Admission to this school involves passing the Specialized High Schools Admissions Test and this STEM institution provides the perfect guidance to prepare your children for college. 2. San Francisco Bay Area The San Francisco Bay Area is known as a major tech-attraction as major technological companies are situated in this region. There are various STEM schools in this area that keep the love for technology growing. The most famous and reliable of the lot has to be the Harker School in San Jose. This education centre provides a one-stop solution to your child's needs with four different campuses that take care of schooling beginning from preschool, all the way up to highschool. The Harker School is fairly recognised in various science competitions. Another school in the San Francisco Bay Area that need to be considered is The Branson School. This STEM institution has a long history in the education system and strives to train kids in the field of science and technology. 3. Chicago Chicago is home to several world-renowned colleges like the University of Chicago, Northwestern University, etc. which sets the tone for the quality of education in the area. This city has some of the best STEM schools in the US, which prepare your students with immense dedication. One of the top STEM schools in the area is University of Chicago Laboratory School, also known as Lab or Lab School. founded by American educator John Dewey, this school is well-known as a progressive educational institution with courses from nursery school through 12th grade. The Northside College Preparatory High School is another STEM institution that is known for academic excellence. This STEM institution has been consistently ranked #1 high school in Illinois by the US News and World Report. 4. Washington DC The capital of United States is bound to have the best of everything, and when it comes to reputable STEM institutions it does not stand behind. Washington DC is home to several famous schools and colleges that focus on the overall growth and development of its students. STEM institutions like Sidwell Friends School and Poolesville High School offer world class education in the field of science and technology. The Sidwell Friends School is a highly selective Quaker school which offers schooling options from kindergarten through secondary school. This school has notable politicians and successful innovators in its alumni and is also known as the " Harvard of Washington's private schools."The Poolesville High School is also a public whole magnet high school with several special programs that focus on STEM subjects like the Global Ecology Program, the Humanities Program, etc. 5. Los Angeles Los Angeles is known as one of the most substantial economic engines of the US and houses various schools that have a rich history to their acclaim. There are several schools in the LA area are focused on boosting STEM education and a leader among the competition has to be the Marlborough School. Known as the best girls school in America, Marlborough School offers college-preparatory classes for grades 7 through 12. The Flintridge Preparatory School and Chadwick School are two other famous institutions with a rich history which offer an increased prominence towards STEM subjects. 6. Dallas Dallas is known for its fare share of colleges that are focussed on creating technological leaders and innovative thinkers. The School for the Talented and Gifted and School of Science and Engineering are some of the best STEM institutions that are located in Dallas. The School for the Talented and Gifted enrolls students from grade 9 through 12 and is known for its advanced placement program. The School of Science and Engineering, on the other hand is a college preparatory high school that has won various awards and accolades in various STEM subject competitions. 7. Atlanta Atlanta has several private and government aided schools that have been giving increased prominences to STEM subjects. However, Pace Academy and Atlanta International School are two STEM institutions that stand apart. The specially dedicated robotics team for both Middle and Upper School offers students a chance to specialise in this new and growing sector of science. The Atlanta International School, which is known as one of the premier private school in the city, also offers impressive curriculum options to excel in STEM. 8. Houston Houston is home to several well-renowned STEM institutions, but the two that grab everybody's attentions has to be Carnegie Vanguard High School and The Awty International High School. The Carnegie Vanguard High School serves grades 9-12 and has a dedicated advanced placement core classes for students based on their internal testing. This process helps the students to prepare for STEM careers at an early age. The Awty international high school is the largest international school in the US and also offers a bilingual program for French-speaking students. This addition helps the students in this school to have a better understanding of diversity and the school's STEM training will also leave you impressed. These are just some of the best STEM institutions that are spread across different parts of the United States. In addition to choosing the right schools for your children, parents can also focus on making their kids ready for a STEM career by boosting their inquisitiveness and also giving them the freedom to explore, innovate and invent. STEM education is crucial in the development of humankind and this field will only prosper if the students are intrigued by the world of science. It is therefore crucial that parents are aware about the importance of STEM and how to boost their kids interest in these sectors.
Science, Technology, Engineering and Mathematics (STEM) education system has already been established as one of the best methods of teaching. Parents are constantly trying to understand the best ways to integrate STEM into their children's lives. STEM allows children to learn and understand different topics in a more stress-free and practical oriented manner. STEM does not only ease the process of education but has also made it easier for students to opt for a wide variety of careers, owing to their affinity to problem-solving and critical thinking. In such a phase, it becomes increasing important for parents to also be educated about different STEM careers that are available for their kids and how to prepare their children for them. STEM mainly focuses on the technical aspects of science & technology and STEM student's training in logical thinking allows them to be the perfect fit for a variety of career options like Engineers, Environmental Scientists, Genetics, etc. We hope to help the parents as well as children understand different unique and attractive STEM careers that they can consider. 1. Software Developers Technology is a crucial component of STEM education and this is the main reason why STEM students make excellent candidates as software developers. Most of the basics required for a career in software are already instilled in the students through the STEM approach. However, there is always something more that parents can do. The first thing to do would be identifying if your children are interested in this sector. In addition to extensive knowledge about engineering and technology that STEM students invariably posses, parents can opt to teach their children different coding languages and help improve their problem solving technique in general. Since software development and engineering is a field that is constantly evolving, it is one of the most attractive STEM careers with a promising future. 2. Market Analysts Mathematics is another strong point that STEM education focuses on, thereby encouraging students who are good with numbers to explore several math-related career options. One such interesting and exciting STEM career has to be that of a Market Analyst. A market analyst has a profile that is extensively dependent on logical thinking and quick number crunching. The first essential to check if your child is fit to be a market analyst is by understating his affinity to numbers and math. Market analysts have to work long hours in stressful environments as they analyze the trends of stock market. This career is perfect for people who enjoy a fast-pacing lifestyle and do not get easily stressed out. 3. Environmental Scientists STEM education does not only focus on the technological front but also understands the need for environmental development. Since STEM provides a more holistic approach to education, it helps to prepare better scientists. Environmental science is a field that integrates physical, biological and information sciences. This field has a variety of different offerings, all fueled by the love for nature. An important aspect of being an environmental scientist is to have the perfect balance of logical thinking, a keen interest in research and an affinity for the environment. 4. Genetics Genetics is one of the most complex fields of life sciences that require knowledge of everything from biology to information system. A STEM career in Genetics mainly focuses on a research based role. A keen role in puzzle solving, reading and scientific experiments all come in handy when it comes to a career in Genetics. The breakthrough research that is being done in this field requires people to be unflinchingly dedicated and enthusiastic about taking initiatives. Parents can instill these basic leadership qualities from a young age to instill a decisive nature in these kids. 5. Quality Control Analyst This unique career opportunity is a perfect alternative for someone who is a stickler for rules and has a keen interest in working in labs and maintaining a high quality for different things. A quality control analyst is one of the few career opportunities that are difficult to attain, however the role is absolutely crucial. They conduct various tests to the raw materials as well as finished products in different fields to ensure that the product standards are met and safety rules are adhered to. This career option is perfect for any science enthusiast who enjoys working in a lab and working towards improving the quality standards for different products and food. These are just a few popular and out of the box career options that STEM education provides in addition to the increased opportunities in engineering. STEM education has been responsible for several breakthroughs and discoveries in the recent times and these career streams are bound to help in building a much more aware and responsible society in general. While the STEM education process in itself pushes people to excel in their fields, by taking simple initiatives like identifying their kid's area of interest and providing any support they require, parents can make sure that they build strong STEM careers for their children.
Lately, there has been a lot of discussion in the education sphere and the business world about the shortage of individuals interested in STEM. Shorthand for science, technology, engineering, and mathematics, STEM has always been a crucial building block of scientific and technological progress. And a shrinking pool of talent could impede this advancement. So how does one encourage students' interest in STEM - one way is to show them what it actually is - a broad, diverse group of fields where the prominence is mostly on learning and discovery rather than merely knowing the existing 'right' answers. Regrettably, many misapprehensions lead students to believe that they might not enjoy or succeed in the STEM fields. If your child believes that they aren't suited for STEM, they could be missing out on exciting opportunities to discover new interests, engage in hands-on activities to solve real-world problems and pave the way for lucrative careers. This is why parents and educators must make efforts to clear the following myths about STEM: Myth 1: You need to be a genius student to succeed in STEM fields Fact: One doesn't need to be a straight-A student to excel at STEM. In fact, most students and professionals draw their inspiration to a successful future from failure. Mistakes teach them to recognise the weaknesses and work around new and improved strategies based on the learning they have gained. Take an example of a scientist who gets new insights into variables from a failed experiment. That's how missed questions or poor grades on a test can help your kids to discover the focus areas that need their attention. Most influential STEM professionals and teachers have had their share of challenges and most of them involve dispelling the myth that only the "smartest" of students should study STEM subjects. Myth 2: Studying STEM involves a lot of multiple-choice tests Fact: Subjects such as math and science are perceived to be rigorous, information-heavy fields that need copious amount of memorisation and reading comprehension. This isn't the full representation of STEM studies. While textbook learning is undoubtedly necessary, the most effective experiences in STEM occur outside of the traditional academic framework. Engaging, hands-on projects are increasingly being incorporated into the STEM curriculum, giving educators the opportunity to demonstrate concepts in new, innovative ways. Hands-on activities allow students to learn scientific methods, value smart risk-taking, and try critical social skills such as communication, collaboration, and conflict resolution. Myth 3: There's no place for creativity in STEM Fact: This seems to be the biggest misconception that STEM topics do not require or inspire creativity. While in reality, innovation and creative problem solving are the very foundation of science, technology, engineering, and math. Students learn new topics every day and club technical knowledge with critical thinking to master challenges. To excel in STEM, students learn to ask insightful questions, come up with their own theories, and think outside the box. These skills are peculiar traits of creativity and help students grow as they discover more about the world around them. Myth 4: STEM graduates become scientists Fact: That's not the only career option for STEM graduates. In fact, a wide range of careers extended far beyond the traditional science-based professions such as research science and medicine require the knowledge and creativity that a STEM student attains. Several STEM subjects work with and build upon one another, to make them relevant to a range of professions. We use science, technology, and engineering to solve comprehensive challenges and enhance operations in a wide variety of sectors. Then again, there are some STEM jobs that may not be top of mind but are equally lucrative such as financial analysis and advisory, information security and web development; environmental engineering; and corporate research analysis. Other unique occupations that welcome STEM-savvy aspirants include cartography, statistics, product management, and 3D modelling. Creating accurate and updated mobile GPS applications, providing in-depth analysis for a leading sports network, overseeing engineering projects for largest of social media networks, or even creating realistic environments for the latest hit video game - a STEM graduate can do everything. Do share these debunked myths with your kids if they are cradling the idea of studying STEM but are somehow confused.
Education has been evolving over the course of time and we have now reached a stage where schooling is no longer confined to books and classrooms. One of the most innovative curricula, gaining much popularity in the recent times is STEM (Science, technology, engineering, and mathematics) - a group of academic discipline that is turning the focus from books and theories to experiments and experiences. There are various things that set STEM apart from the traditional education system. While the traditional approach has been teaching our children a little bit of everything, STEM, as its name suggests has extra focus on the field of science, mathematics, engineering and technology. However, the subjects in focus are not the only grounds of differentiation between the two teaching approaches. Drawing a simple comparison between the traditional education approach and STEM is essential for every parent to choose the right curriculum for their child. 1. Knowledge VS Implementation The traditional education system has been completely focused on instilling knowledge in the students. It is focused on books and numbers, and very little importance is given to the practical part or implementation of these theories. This is the reason that many of us can perfectly identify a quadratic equation, but not everyone realizes that these equations are crucial in building homes or even calculating profits. This scenario changes with the implementation of STEM. In its core values, STEM aims at teaching kids about topics like quadratic equation by actually highlighting its uses in real life. 2. Replication VS Creation The traditional education system runs on a set of stringent rules, with clear definitions of right and wrong. While this imparts the theories perfectly, it does not leave any scope for growth or out of the box thinking. Traditional education is focused on replicating the correct hypothesises, while one of the most important pillars of STEM module is to build creativity. STEM is focused on stimulating the brain and giving it a free reign to create, rather than simply replicate what is already known to the world. For this reason various new age inventions and discoveries like the 3D printers, water treatment machines, etc are all credited to STEM. 3. Learning VS Doing Learning is an important aspect of traditional as well as STEM education. However, traditional education focuses solely on the subjects to be learned and has been heavily dependent on assessments based on their teachings. However, STEM is more focused on raising the curiosity in children and feeding their bug to explore. STEM, therefore, focuses more on doing different activities first hand to understand it rather than read and learn about it indoors. To put it simply, traditional education has been focused on telling that a certain phenomenon occurs, while STEM is focussed on making students question the need, the process and the effects of these phenomena. 4. Lectures VS Interactions The traditional education system is built on the system of lectures and timely reviews in the form of examinations. Traditionally, a lecture involves a teacher speaking about a particular topic inside the confinement of a classroom. The efficacy of this method of teaching has been questioned time and again and most people find it to be boring. This system is completely transformed in STEM education. Students begin their learning process anywhere and everywhere in STEM as their lessons are not restricted to classrooms, textbooks or lectures. STEM curriculum is focused on having an interaction with the students instead of just giving out a lecture. 5. Tests VS Experiments Traditional education is dependent on books and papers. It is driven by testing methods that focus on making sure that the students know the concepts, irrespective of whether they understand it. However, the approach in STEM is completely focused on understanding the concepts with real-life experiments and applications. STEM focuses on making students aware of the mechanism and working of everything and helps the students understand the need for these concepts in their day to day life. The traditional paper and pen approach to education is growing duller with the increasing developments in technology. Updating the education system to make it fun and interactive is the most popular approach to keeping children interested in education. While the traditional methods of education were effective at one point, the changes in the environment have made interactive education system like STEM a necessity and clearly excels compared to traditional education.
Science and technology are known to be the pillars of development and are crucial for building a smarter, more self-sufficient and aware society. The aspects of Science, technology, engineering, and mathematics lay the foundation of a more evolved tomorrow. This is the main reason why STEM has been gaining more and more popularity in the recent times. It is crucial for children to turn towards the world of science and innovation and this can only be done by educating our kids about these concepts. Kids begin to explore, observe and interact long before they begin high school and sometimes even elementary school. STEM has therefore proven to be a tried and tested academic discipline that delivers astounding results every single time. From the innovation of the 3D printer to major breakthroughs at NASA, STEM research has done it all. While it has been established that STEM can give every child's career a boost, there are still questions on how to integrate these concepts early on. Here is your guide to trigger your child's STEM learning right from a young age. The right age to begin STEM It is extremely difficult to pinpoint the exact age when a child should begin STEM learning. However, there is a simple way to start early. The most essential requisite to study STEM is curiosity. This can be recognized and boosted in babies very easily. If your baby enjoys exploring new places, whether it is the dark spaces under tables and desks or the touch-sensitive devices in your house, it is clear that their level of curiosity is high. Applauding and uplifting this curiosity in your child and pushing the explorer in them can begin even in toddlers. Questioning the system Young kids have a knack for being inquisitive about everything and anything. Encouraging this habit in your kids is the key to increase their interest in how things work and thereby in STEM. The best way to foster this inquisitiveness is by being quick with your answers and having more conversations with your kids. Whether it is something seemingly senseless like, "why is the sky blue," or the more complex, "why are people poor/homeless," you should appreciate these questions as they will allow your child to think more. Begin at home Increasing your child's curiosity is the first step towards driving their learning side. However, parents need to do more than just having a conversation or addressing the swamp of their questions. Learning about STEM can begin at home if we take the right steps. Taking up unique learning experiments at home can help in increasing the child's curiosity and thereby begin their STEM learning. There are various hobbies like growing a fruit/ vegetable/herb garden at home, playing with blocks or even building forts that increase the budding curiosity in a child. Connect with nature Parenting is one of the most difficult jobs coming with a long line of challenges that need to be tackled. One of the biggest challenges has to be letting the children explore the real world. It is terrifying but absolutely necessary to understand a child's likings and inclinations. Several pieces of research have confirmed that early education helps drive the best results. Taking your kid out on a nature walk will easily show you which part of the real world drives his/her interest and will thereby help you focus on those areas better. So it becomes extremely essential to allow your children to connect with nature and discover their interests. Be a STEM guide While academics and teachers go a long way in educating children, parents have always been the torchbearers. Since the learning of crucial topics begins at a much younger age, it is extremely important for every parent to become a STEM guide, inculcating STEM learning in their kids. STEM is not just a tool or a kit but a way of life and every parent plays a crucial role in instilling these learning techniques. STEM learning needs to begin at a very early stage for it to drive the best results. There are numerous simple steps that will ensure that kids are eager to learn these disciplines. But the most important aspect of this technique is for parents to recognize the areas of interest for their kids and make sure that they nourish these interests and help their children build aspiring careers in STEM.
Though much of the learning that students are imparted occurs in the classroom, it isn't the place where they spend most of their time. Classroom learning is vital in a child's academic life but the most promising way to harness children's interest across a range of subjects is, in fact, through their parents. Parents play the critical role of their children's first teachers and can inculcate curiosity, inventiveness, and creativity in them. This is why when it comes to specialized learning like STEM education, educators are heavily relying on passionate and engaged parents to drive children's interest towards the multiple disciplines under the umbrella of STEM. Because STEM education unites concepts that are usually taught as separate subjects and emphasizes the application of the knowledge acquired to real-life situations, it is necessary that parents inspire their wards to take up STEM and educate them on how it can give their career a leg up in the future. If you are a parent looking for engaging ways to drive your child's interest in the fields of science, technology, engineering and mathematics and their applicability in the real world, here are some interesting things to know before you go ahead. STEM CAN BE MADE INTERESTING THROUGH EDUCATIONAL PROGRAMMING To make STEM learning a truly immersive learning model, parents have to dive into the core of STEM with their kids. It is generally assumed that the STEM subjects are complex and serious in context and involves more analytical reasoning. This often repels children at a very young age and it becomes double the work for parents to reinforce a positive image towards STEM later in life. Therefore, it is essential to introduce children to the entertaining side of STEM by making them watch documentaries and series that are related to STEM fields. Many channels run extensive programmes that can help stimulate interest towards science-based themes like space exploration, environment, evolution etc. in both young and old learners. STEM ENABLES BETTER UNDERSTANDING OF SCIENTIFIC ISSUES IN THEIR REAL WORLD CONTEXT Problem-solving is essentially the core of STEM education. Unfortunately, when we talk about science, technology, engineering, and mathematics, a lot of people fail to see their applicability in day-to-day life. The purpose of knitting the four domains together is to explore how their interconnection enables real-world problem-solving. As parents looking forward to make STEM more interesting to children, it is important for them to let their children understand how STEM helps in solving real problems that go a long way in making them more curious and analytical in life. When students brainstorm solutions by synchronizing them with STEM learning, the subjects become more interesting, their thinking skills come into play, and they realize how these subjects have massive applicability in real life. This drives in them the confidence to take up STEM-based careers in the future. PARENTS' ACCESS TO STEM RELATED COURSEWORK CAN PAVE BETTER UNDERSTANDING IN CHILDREN One of the best ways to help your child pursue a career in STEM is by becoming a part of the learning process. Very few people are sufficiently STEM-educated and the research space is a little less defined for children to explore on their own. This is where parents can make a huge difference by assimilating themselves into the learning process by accessing STEM-related coursework. Parents can become an invaluable learning resource to children by attending various STEM-related workshops, seeking guidance from STEM educators on the issues that their children are grappling with, and in also finding and using available resources that will be able to prepare children for college work in STEM subjects and provide better insight into careers in STEM field. CONNECT CHILDREN TO PEOPLE IN THE STEM FIELD TO DRIVE INTEREST To make STEM truly interesting to children, it is important for them to know where it can lead them careerwise. This is why as a parent, you need to bring your kids face to face with the practicality of STEM. The best way to do it is by exposing them to the various career options that the STEM model can ascertain them. You can introduce your children to people who are already working in a STEM-based field. This is the best way to lead students towards fields that they are truly interested in. There are also many internship programmes across various fields under STEM where students can enrol themselves to get a holistic idea of what is in store for them and also make lasting career connections. ENCOURAGE QUESTIONING IN YOUR WARDS Many times children tend to be overly curious and ask questions that leave parents perplexed. Well, this is actually a promising sign that your child has a STEM mindset. While this habit might seem fairly innocuous, it could actually be the beginning of a critical approach in children that might eventually drive them to create solutions for bigger problems. Curiosity is one of the most fundamental requirements for STEM education to be successful and if your children are exhibiting signs, make sure you fuel their interest by explaining things that they do not understand. This will also enable them to scrutinize, investigate, develop hypothesis, forecast, test and reach conclusions with greater efficiency. For STEM learning to be successful, it needs to be driven out of the classroom and given a more practical outlook. And it is only through parents who are willing to actively participate that children can be made aware of STEM career opportunities that are gradually outpacing the expansion of nearly all other fields.
Science, technology, engineering, and math AKA STEM not only underpins the economy but also our general well-being. If you thought STEM was just about coding and lab coats, you're in for a surprise. It is the foundation of manufacturing, food production, health care, and so much more. The bottom line - our world depends on STEM. Now that you know the bright prospects of your child's career in STEM, you might want to inspire them as early as possible. But the real question is just what skills do students need today to excel and pursue a career in STEM in the future? Well, as parents, you will have to instil a mix of 'soft' and traditional academic skills - ranging from creativity to statistics - often inadvertently undervalued by educators and parents. Here are five such skills: 1. Problem-solving The notion of modern skills binds together the STEM movement. Hiring managers everywhere expect their employers to know problem-solving; society needs it; doing your tax requires problem-solving. This is one skill that really matters. Any practicing engineer would confidently reveal that learning calculus to solve problems on paper doesn't come to use in real life but the way it teaches one to solve problems and to think about them is really important. 2. Creativity One skill that is simple and complex at the same time, is creativity. Thinking out of the box isn't always taught. One needs to look at a problem from a different perspective every now and then. As parents, you can nurture this by asking open-ended questions. Showing different science and math models to your child can push them to come up with varying ideas of what it means to bring together one idea. Or don't show a model at all and let them think of a solution of their own without any restrictions. Questions like 'Why do you think this is?' can help them reflect on what they did to solve a problem. This self-explanation can ignite creativity and collaboration in them. 3. Argumentation Arguing is not always bad - while your kids must refrain from baseless, behavioural debates - in STEM fields, using evidence to support a claim can prove to be a crucial practical skill. Reasoning lets your kids use analytical and critical thinking skills to observe patterns in data, understand what that pattern means, and then to use it to back an assertion. For example, let your kids have varied experiences with noisemakers - from tuning forks to speakers to whoopee cushions - which helps them collect data right in elementary school. And they will be able to use this data to put their abstract thought to good use and deduce that sounds are caused by vibrations. 4. Statistics This one specific skill applies across all STEM fields. Not higher levels of calculus or physics are needed for all STEM careers, but statistics. Deep diving into statistics lets kids explore probability and error rates - models that cleave to any type of problem they will need to solve in STEM. 5. Intellectual Curiosity Gone are the days when people used to stick the same role in an organisation for years. Millennials are preferring modern career paths - ones that involve short stints in one role and moving on to another one. They are not just interested in mastering content but are also training to be innovators, learn from failures and keep moving on. Cutting across disciplines and asking questions that help networking is something every kid looking for a career in STEM should know how to do. And intellectual curiosity can help them be lifelong learners and try to figure things out in all walks of professional and personal lives. If there's one other ability that students pursuing STEM education should possess, it is the flexibility to quickly adapt to new demands and circumstances. Versatility also helps them learn a broad set of skills to be viable in the job market. The trick for parents is to give their kids original problems to tackle at home, problems that require children to use different areas of knowledge and skill. Parents, if there are any more focus skills that you particularly encourage your kids to have, please share in comments.