Ever since STEM was coined by the National Science Foundation in 2001, the U.S. has aimed to expand and improve STEM education. STEM isn’t just a buzzword though, educating our students in STEM has surprising benefits for individuals, communities, and the global economy.  

As a result, the value of a STEM education goes far beyond the classroom. It’s so important that there have been national initiatives to increase STEM proficiency among US students. 

Besides the obvious technical skills students gain, let’s discuss 10 surprising benefits of STEM education.

What is a STEM education? 

STEM is an acronym for “Science, Technology, Engineering, and Mathematics”. STEM education is an interdisciplinary approach to learning that focuses on applying these subjects to solve real-world problems through hands-on, project-based learning. Studying STEM equips students with skills essential for excelling in the 21st-century regardless of whether they go into STEM fields. It also prepares them for rapidly changing technology and advancements in various fields.

Science includes fields such as biology, chemistry, physics, and environmental science. These fields focus on understanding the natural world through observation, experimentation, and analysis. For students, science encourages curiosity about phenomena and fosters evidence-based reasoning. 

Technology includes topics like computer science, programming, digital literacy, and robotics.

In technology fields, students study and application of tools, systems, and software to solve problems. Unlike pure science, which focuses on research and understanding natural phenomena, technology focuses on using that knowledge to create practical solutions.

Engineering teaches the design, building, and maintenance of structures, machines, and systems. Students use their creativity and innovation to address challenges like sustainability and infrastructure development. Engineering has a foundation in science and uses technology, like computer-aided design (CAD), as a tool to solve problems.

Mathematics is the science of numbers and their operations, interrelations, combinations, generalizations, and abstractions. Learning math helps students develop logical reasoning, problem-solving, and quantitative analysis skills as well as understand and apply patterns, data, and formulas. Math forms the foundation for other STEM topics and many advancements in technology, engineering, and scientific discoveries.

STEM education encourages students to approach problems methodically, analyze data, and test hypotheses. This framework of thinking, developed as they study the core disciplines, is then transferable to other areas of life.

The State of STEM Education in the US

The state of STEM education in the United States is important because we need to prepare future generations with technological expertise. Unfortunately, the U.S. appears to be falling behind other countries like Japan and China. The cumulative data points to this including low international rankings in Math and Science, more than 1 million unfilled STEM jobs, and low access to STEM education. 

Several factors stand in the way of improved STEM education, such as costs, accessibility, equity, and qualified instructors. Technology and programming are just one example. According to Code.org, only 60% of public high schools currently offer foundational computer science. This is even lower for middle and elementary schools, so students are forced to seek outside activities and classes to learn STEM skills. In other countries, particularly Europe and East Asia, coding is a core topic and students are taught the basics in primary school.

Without STEM education, we experience a skills gap in the workforce, difficulty adapting to technological change, reduced problem-solving, and much more.

10 Surprising Benefits of a STEM Education

Why consider STEM education for your child? Familiarity with STEM topics is beneficial even for elementary school students. STEM activities nurture kids’ curiosity, encouraging them to ask questions, experiment, and discover the world around them.

These surprising benefits make a STEM education worthwhile and important for kids:

1. Build Resilience and Adaptability

STEM projects often involve trial and error. By learning to embrace failure as part of the process, students develop resilience and adaptability. These are the qualities essential for thriving in a rapidly changing world. When met with difficult challenges, STEM students have resilience and are able to keep pushing forward despite setbacks. 

In coding, kids build resilience through debugging code errors. They apply a problem-solving and critical thinking framework to find a solution and learn not to give up along the way. Our students take pride in overcoming difficult situations and being successful in the end.

2. Improve Technical literacy

An education in STEM equips students with the foundational skills, knowledge, and the right mindset to engage with technology and its applications. It means kids won’t be scared of technology or be taken advantage by it.

Once our students start to understand coding and how programs work, they are able to see how programming is being used all around them. They approach technology with a better understanding, can type and communicate better, and easily adopt new technology.

3. Prepare for the Workforce

STEM careers often come with competitive salaries and job security. According to U.S. News, eight of the top 10 STEM jobs come with annual salaries above $100,000. Fields like software development, engineering, data science, and biotechnology are among the highest-paying professions globally.

Even without going into a STEM field, kids develop skills like problem-solving, critical thinking, and teamwork that apply to jobs in any field. 

4. Economic Growth and Job Creation

The demand for STEM professionals continues to grow. According to the U.S. Bureau of Labor Statistics, STEM jobs are projected to grow 10.4% between 2023 and 2033, compared to 3.6% in non-STEM jobs. By fostering STEM education, we prepare students to fill these important jobs while driving economic progress.

Many STEM fields require specialized technical skills, and STEM education aligns with industry needs by teaching students to use professional-grade tools, software, and methodologies. This preparation ensures that students are ready to contribute to the workforce.

5. Drive Technological Advancements

STEM education fuels technological innovation which improves quality of life. Not only that, it contributes to technological advancements from medical breakthroughs to renewable energy solutions. STEM graduates often lead advancements that benefit society as a whole.

With coding, humans have been able to create new technologies like the internet, robots, and artificial intelligence. Our students have all kinds of ideas for things they would like to invent and with the coding and STEM skills, they can do it.

6. Promote Inclusivity and Diversity

Efforts to make STEM accessible to underrepresented groups—such as women, minorities, and economically disadvantaged students—help bridge social gaps. A diverse STEM workforce brings varied perspectives, driving creativity and innovation.

Our students are worldwide and I am always learning new things about their different cultures and interests. Our group classes allow kids to work together and experience new ideas together. Kids are exposed to a diverse range of their peers.

7. Encourage Curiosity and Exploration

Children are naturally inquisitive and like to explore. STEM activities nurture this curiosity, encouraging them to ask questions, experiment, and discover the world around them. STEM is hands-on in nature and encourages kids to 

During class, kids are encouraged to ask questions and go beyond the lessons. Students who want to do personal projects can use the CodeWizardsHQ platform to host their files and launch their own programs. 

8. Bridge the Gender Gap

There is a large gap between the number of men and women in the STEM fields. Women are underrepresented, holding less than 30% of science and engineering jobs worldwide. Encouraging girls to engage with STEM from an early age helps close this gap, fostering a more inclusive workforce.

More women in STEM as role models will motivate young girls to pursue a STEM education as well. We hire a diverse set of instructors, including men and women, to teach our students, bringing their unique experiences and perspectives. 

9. Encourage Lifelong Learning

STEM instills a growth mindset, motivating individuals to continually learn and adapt. This mindset is crucial in a world where technological advancements require ongoing upskilling. 

Kids must become lifelong learners in order to work with technology and coding. We teach our students that programmers don’t learn a language and stop learning. The languages themselves evolve and so they must too. Good programmers stay up to date on the latest technology and standards which means a lifetime of continuous learning. 

10. Promote Entrepreneurial Skills

Being entrepreneurial is about being a problem-solver, a clear communicator, a team leader, a visionary, taking risks, pursuing a passion, and so much more.

Many STEM graduates have the skills to become innovators and launch businesses that drive economic growth and technological advancement. Besides the technical skills, they also possess the soft skills to build relationships and manage projects.

These 26 reasons learning to code benefits kids also applies to other STEM topics.

Explore Coding as a Part of Your STEM Education

Coding is a STEM topic that gives kids all of these benefits and more. Our students are developing these skills as they learn to code, so they will be well-prepared for a tech-focused future.

If your child is interested in exploring STEM in a fun and engaging way, coding could be right for them. In our top-rated coding program, kids and teens build projects and advance their skills in every class. Elementary school students start their journey with Scratch while middle and high school students learn Python first. Not only will kids acquire pro-level coding skills, they will gain the benefits of a STEM education.

Get to know our top-rated coding classes for kids and enroll today!

The post 10 Surprising Benefits of STEM Education appeared first on CodeWizardsHQ.

From self-driving cars to delivery robots to Siri on their phones, kids see the results of AI around them daily. Artificial Intelligence is shaping the future and presenting new ways for kids to interact with technology. Educational AI activities for kids familiarize them with artificial intelligence, machine learning, and coding as well as build computational thinking and problem-solving skills so they are future-ready. 

Help your child learn about artificial intelligence with these seven educational AI activities for kids. I’ll focus on hands-on experiences that are easy to understand, enjoyable, and impactful.

Artificial Intelligence Activities for Kids

1. Join an AI Camp For Kids
2. Make a Robot
3. Create AI Images & Art
4. AI Music Production
5. Code AI In Scratch
6. Play AI Games
7. Train an AI Model

1. Join an AI Camp For Kids

Summer is an excellent time for kids to build valuable skills that aren’t prioritized during school, like problem-solving and analytical thinking. AI camps do this through specialized programs that introduce kids and teens to artificial intelligence and the technologies related to it like coding, robotics, machine learning, and more. During the summer, there’s more time to absorb new concepts and ideas. Once the fundamental concepts are solidified, kids can keep up their learning throughout the year.

Just like camps on any other topic, there are a wide variety from in-person to virtual and self-paced to teacher-led. Ideally, you want to find an AI camp that is fun, interactive, and provides hands-on learning for your child. Think about what really interests them and how they learn best. 

CodeWizardsHQ’s top-rated AI coding camps teach kids how AI works and how to code their own AI application. They’ll learn to build AI models that solve real-world issues using Google’s Teachable Machine. Kids collect pictures to help their AI model learn. Then they use the CodeWizardsHQ platform to integrate their AI model into a web app that can recognize what it sees in pictures! Through the AI camp, they learn AI fundamentals, coding, computational thinking, and problem-solving. Enroll today to get started.

2. Make a Robot

Robotics kits bring artificial intelligence to life by combining engineering, coding, and AI. Kids get the hands-on experience of building a robot and then using code and AI technology to control them. Robotics is a very tangible, real-world application for kids and teens of how AI works. They get to see abstract concepts like pattern recognition, decision-making, and reasoning in action.

Robotics kits are available for all ages and experience levels. Some kits are more focused on the programming or engineering aspect of robotics. Not all kits utilize AI, but many do so look for those. Most companies also provide educational tutorials and games that kids can use to learn with their robot. 

Makeblock’s Mbot 2 is a good choice for beginners ages 6 and up. This educational toy combines engineering, coding, and AI in a robotics kit. It’s easy to assemble and comes with graphical programming software that teaches basic coding concepts. Mbot 2 requires kids to assemble the robot and then use block coding or Python to guide the robot through different tasks. The robot has AI features including built-in sensors, voice control, and much more that kids can program around. This teaches kids how AI works and how to control it. 

3. Create AI Images & Art

Artificial intelligence can be used as a creative tool for students with (or without!) artistic flair. Creating AI art is using artificial intelligence algorithms to generate or assist in creating artwork. Generative AI platforms can fully great AI images for you. One part of the AI generates images while another part evaluates them against real artwork. Other AI platforms assist artists by suggesting edits, modifications, or alternative versions of their work. 

There are many AI image generation tools, but many were not created for kids so check for safety features like censoring graphic images. When creating their AI artwork, kids learn how to prompt AI and how the AI reacts and responds to different inputs. Kids can use the artwork they create personally or within websites and games that they’re coding.

AI tools like Adobe Firefly, a generative AI application, fully creates unique images and artwork. Firefly is safe for kids and has gained popularity among schools and students because of its user-friendly interface and helpful editing tools. Adobe has even partnered with a number of states to give students and educators free access to Firefly. 

4. AI Music Production

AI art doesn’t stop at images and drawings. Kids can easily create their own custom tracks with AI music assistance, a collaboration between humans and AI. There are AI music apps that produce entire songs from lyrics, give suggestions on your original music, or provide inspiration for something new. Artificial intelligence learns from a vast dataset of different songs and then generates new music. 

Producing music with AI teaches kids about generative AI, pattern recognition, algorithms, and much more. Some platforms may also use block or text-based coding to edit and modify the music. Kids will also learn how to use AI to enhance and express their creativity. As they use AI tools to compose music, kids gain a deeper understanding of how coding and AI technologies can be applied in creative and practical ways.

Suno AI is a popular music generator that kids can use to produce songs for free. This platform can create everything, from song lyrics to vocals and instrumentation, from a simple text prompt. Any song created by the user can be downloaded, either as an audio or video version. Although Suno has mechanisms in place to prevent music creation with explicit or offensive material, parents should monitor the content because this could still result in content that is not suitable for younger audiences. 

5. Code AI in Scratch 

Scratch is a free block coding language and online community that allows kids to create programs and games using drag-and-drop. It works by taking snippets of code and grouping them into colorful blocks to create programs. Scratch is used to build interactive stories, games, apps, and animations. While the application doesn’t have built-in AI capabilities, it has multiple extensions utilizing artificial intelligence.

Even if they’re beginners, kids will find coding in Scratch fun and simple. As they build their games and applications students learn AI fundamentals like how to train a model, algorithms, and pattern recognition. They’ll also practice coding fundamentals like variables, loops, and functions.

RAISE AI playground is a programming platform based on Scratch language with AI extensions. There are activities where kids engage with machine learning, computer vision, voice recognition, and AI ethics. For example, a child might train an AI to differentiate between different shapes or animals. This allows kids to explore real-world applications of AI in an interactive, hands-on way.

6. Play AI Games

Games are always a great way for kids to learn while they play. AI games use artificial intelligence to enhance gameplay or to teach AI concepts. Educational AI games can have adaptive learning systems that will adjust a learning experience to meet your child’s needs. 

Playing educational AI games is an inviting way for kids to discover machine learning and coding. They can experiment with different datasets to understand how AI can learn and apply what it learns to solve real problems, like recognizing objects in a game. AI covers some difficult concepts that kids will be much more likely to stick through if they’re having fun. 

AI for Oceans is an educational game from Code.org that lets kids help an underwater AI clean the ocean. The AI needs to be trained to differentiate between fish and trash. Kids give input to help the AI get better at sorting through the data. The story is relatable and the lesson is simple even for younger kids. 

7. Train an AI Model 

Training an AI model refers to the process of teaching an artificial intelligence system to perform a specific task by feeding it data, allowing it to learn patterns, make decisions, and improve its performance over time. This is a key concept in AI, but may be a little confusing to kids conceptually. So, let them do it for themselves by training their own AI model. 

Through this activity, kids and teens experience foundational AI skills like data labeling, pattern recognition, supervised learning, algorithms, and much more. They’ll learn technical skills but also equip themselves with critical thinking, problem-solving, and computational thinking skills.

Google’s Teachable Machine is a web-based tool that makes creating machine learning models fast, easy, and accessible to everyone. With Teachable Machine, kids teach the AI to recognize images, sounds, or poses to see how AI “learns.” It takes only 3 easy steps: gather data, train the model, and export the model. They can then use their learning models in other projects, sites, apps, and more. It’s the tool of choice for our AI classes where students create a game using Teachable Machine that recognizes and responds to the player’s hand gestures. For example, the game character jumps when you make a fist. Kids love seeing the connection between the physical and digital world.

Benefits of Artificial Intelligence Activities for Kids

AI is expected to see an annual growth rate of 37.3% from 2023 to 2030, according to Forbes. Companies like Amazon, Google, and Facebook all use AI to enhance our experience. AI is no longer a future concept, it’s pervasive in the daily lives of our families and our children. 

As it continues to evolve and grow, we need to prepare the next generation to use artificial intelligence responsibly. It is a tool they need to thrive in a technology-driven world. So, understanding how AI works and, beyond that, being able to work with AI is a necessary skill for kids and teens.

A few reasons to teach AI to kids:

1. Develop computational thinking skills

Computational thinking is a fundamental skill in computer science that focuses on decomposition, pattern recognition, pattern abstraction, and algorithmic design. AI projects require students to break down large tasks into smaller, manageable parts and use these same skills. Kids learn that AI follows specific rules or steps to process information and make decisions.

2. Enhance problem-solving and critical thinking skills

Debugging, finding, and fixing errors when the AI model doesn’t work as expected, is part of the process. This builds problem-solving and critical thinking skills as well as resilience and perseverance. Kids learn how to dissect problems and apply a process to finding the right solution.

3. Prepare them for future career opportunities

Artificial intelligence is expected to be one of the fastest-growing fields in the future job market. The US Bureau of Labor Statistics projects that careers in AI will grow 21% from 2021 to 2031. Familiarity with AI tools and concepts will give kids a head start in developing skills relevant for tomorrow’s workforce.

4. Make them safer when interacting with technology

As kids interact with AI, they begin to understand that AI can impact people’s lives and that using it responsibly is important. This introduces the idea that AI decisions should be fair, unbiased, and transparent. It also teaches them about safety and privacy and that they should not trust everything they read online or receive in messages on social media.

Tips for Parents Introducing AI & ML Concepts to Kids

Even some adults don’t fully understand artificial intelligence and machine learning. While they are complicated subjects, there are ways to make it more accessible for children:

• Start with Simple Concepts: Begin with basic ideas like “What is AI?” or “How do machines learn?” using real-life examples.
• Relate it to Everyday Life: Show them how AI is used in devices they interact with daily (e.g., voice assistants, recommendation systems).
• Make it Fun: Use games and other AI activities to incorporate AI learning. 
• Use Visual Aids: Visual tools, like images and diagrams, help kids understand how AI processes data.
• Encourage Curiosity: Let kids ask questions and explore AI on their own through experiments and play.

As parents, we can introduce them early so the concepts are approachable and fun. Kids will feel less intimidated and have the confidence to continue learning and exploring.

More AI Activities with CodeWizardsHQ

If your child is curious about AI and has more questions than you can answer, check out the top-rated AI camps at CodeWizardsHQ. Students will dive into the world of Artificial Intelligence, learning to use Machine Learning to solve fun, real-world issues.

The AI camps are developed for kids and teens ages 8-18. Using a project-based curriculum, kids learn about artificial intelligence and machine learning with hands-on activities. They build their own AI game while studying basic AI concepts and practicing their computational thinking, problem-solving, and logical reasoning skills. The camp is fun and engaging and will spark your child’s interest in coding and artificial intelligence.

Join our top-rated AI camps for more fun AI activities!

The post 7 Educational AI Activities for Kids to Explore  appeared first on CodeWizardsHQ.

STEM (Science Technology Engineering and Mathematics) covers various fields of study with computer science being one of the most popular topics. 

Prepare your child for success: If you are looking for your child to learn to code, explore our live, teacher-led coding classes. View Programs.

STEM majors have become increasingly sought-after over the years because of the lucrative and diverse areas of study and opportunities they offer. 

If you’re not sure how computer science fits into STEM, I’ll define STEM and computer science, clarify how they are linked, and discuss the important role CS plays in STEM education.

What is STEM?

STEM stands for Science, Engineering, Technology, and Mathematics. STEM education is an approach to education that focuses on the hard sciences, develops critical thinking skills, and improves problem-solving abilities. 

Educating students in STEM topics is about preparing kids for a digital future and understanding the new world around them. 

The primary goal of STEM education is to integrate those four subjects so students develop 21st-century skills. The interdisciplinary nature of STEM promotes critical thinking, problem-solving, and innovation.

“If we want a nation where our future leaders, neighbors, and workers can understand and solve some of the complex challenges of today and tomorrow, and to meet the demands of the dynamic and evolving workforce, building students’ skills, content knowledge, and literacy in STEM fields is essential.” US Dept of Education

Recommended: The Ultimate List of STEM Statistics

What is computer science?

Computer science (CS) is the study of computers and computational systems including: 

• the theory, design, development, and application of software and software systems
• algorithmic processes
• the application of computer technology to science, business, and the arts
• using computational techniques to solve problems

Coding also plays a large role in computer science. Coding and programming are the applied portions of computer science. Beyond learning to code; CS encompasses a wide range of topics, including artificial intelligence, machine learning, software engineering, and more.

Computer scientists are strong in skills like problem-solving, computational thinking, and decision-making. 

Key disciples within Computer Science include:

Algorithms and Data Structures: The study of algorithms, which are step-by-step procedures or formulas for solving problems, and data structures, which are ways of organizing and storing data.

Programming: Writing code to create software applications, websites, games, and other computer programs using programming languages like Python, Java, C++, and others.

Artificial Intelligence (AI) and Machine Learning (ML): Developing systems that can perform tasks that normally require human intelligence, such as speech recognition, image recognition, decision-making, and problem-solving.

Computer Networks: Understanding how computers communicate with each other over networks, including the internet. This includes the study of protocols, data transmission, and network security.

Software Engineering: The systematic design, development, testing, and maintenance of software. This involves applying engineering principles to software development processes.

Database Systems: Designing and managing databases, which are organized collections of data. This includes database modeling, querying, and ensuring data integrity.

Human-Computer Interaction (HCI): Studying the interaction between humans and computers, with a focus on designing user-friendly interfaces and experiences.

Cybersecurity: Protecting computer systems, networks, and data from security breaches and unauthorized access.

How are STEM and computer science related to one another?

STEM and computer science are inextricably linked because computer science applies across every STEM discipline. 

Computer science is a part of the technology category but also has features of science, engineering, and math. Each of those fields utilizes programming and pulls theory and practice from computer science in order to solve problems.

All disciplines rely on computer technology and innovations developed through computer science. 

Science

It’s in the name! While there is some debate, I’d argue that computer science meets the qualifications for being a science. 

Computer scientists study information processes, which occur naturally in the physical world; and computer scientists work with an accepted, systematized body of knowledge; much computer science is applied; and computer science is used for prediction and verification.

Technology

Computer science is strongly in the technology field because computers help us apply scientific knowledge to improve our lives. Basic technology and computer skills have become essential for most parts of daily life including education, work, and personal pursuits.

Computer scientists and programmers are often at the forefront of technological innovation. As technology becomes more pervasive, educators acknowledge that Computer Science is a crucial component of a comprehensive STEM education. 

Engineering

Engineering is the designing, testing, and building of machines, structures, and processes using math and science. Engineers use natural science, mathematics, and the engineering design process to solve technical problems.

In computing, there is no clear division between science and engineering. However, there are majors that separate computer science (eg. data structures and algorithms) and computer engineering (eg. hardware architecture).

Mathematics

Math is the foundation of computer science. The theoretical foundation of CS heavily relies on mathematical concepts such as logic, discrete mathematics, and algorithms. Understanding these mathematical principles is essential for writing efficient code, algorithms, and solving complex computational problems. 

More difficult problems in computer science often involve a higher level of math knowledge. For example, fields like artificial intelligence and machine learning require a thorough knowledge of mathematical concepts like linear algebra, multivariable calculus, probability theory, etc.

More than anything, STEM education emphasizes critical thinking and problem-solving skills. So, computer science is a natural fit for these objectives. Programming requires a logical and systematic approach to problem-solving and also involves analytical thinking. 

Recommended: Computer Science Classes for Kids

Is computer science a STEM major?

Yes, computer science is a popular STEM major.

Computer science is a STEM major at most colleges. STEM majors, besides being included in one of the four disciplines, also emphasize research, innovation, and the development of new technologies.

Computer science majors will find that they often have to take classes in science, engineering, and mathematics as part of their studies.

Depending on the university, computer science may be considered a Bachelor of Science or a Bachelor of Arts degree. In some schools, it may also be a part of the College of Engineering.

Computer science goes beyond just coding; it encompasses a range of topics, including artificial intelligence, machine learning, software engineering, and more. A computer science degree is versatile, providing a solid foundation in problem-solving, critical thinking, and technical skills that can be applied across various industries, from software development and cybersecurity to data analysis and artificial intelligence.

As technology becomes a bigger part of industries, the role of CS in STEM education becomes more important.

Topics Studied For a Computer Science Degree

Most students will encounter these areas of study in their computer science education. You may also be required to take relevant math and science courses. 

However, specific topics will differ from school to school and the focus may change depending on program and degree type.

A computer science degree is versatile because the topics and skills learned are applicable to various fields and are highly valued in today’s workforce.

Computer Science Major Topics

Theory of Computation

The theory of computation is the branch that deals with what problems can be solved on a model of computation, using an algorithm, how efficiently they can be solved, or to what degree. This is one of the first things CS majors will learn.

Applied Mathematics

Applied mathematics involves the application of mathematics to problems that arise in various areas, e.g., science, engineering, or other diverse areas, and/or the development of new or improved methods to meet the challenges of new problems. Most degree programs require a basic understanding of calculus, algebra, discrete mathematics, and statistics.

Programming Languages

Programming languages may differ from program to program but can include languages like Java, C++, Python, Assembly and C, and more. You will likely be exposed to many programming languages and systems by the time you graduate.

Data Structures

A data structure is a data organization, management, and storage format that is usually chosen for efficient access to data. Data structures make it easy for users to access and work with the data they need in appropriate ways.

Algorithms

Algorithms are processes or sets of rules followed in calculations or other problem-solving operations, especially by a computer. It’s a fundamental concept in computer science and most programs cover algorithms extensively.

Databases and Database Design

Database design is the organization of data according to a database model. The design is a crucial step in the software development life cycle.

Software Engineering

Software engineering is the branch of computer science that deals with the design, development, testing, and maintenance of software applications. These engineers apply engineering principles and knowledge of programming languages to build software solutions for end users. 

Operating Systems

An operating system (OS) is system software that manages computer hardware and software resources and provides common services for computer programs.

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Career Options for Computer Science Majors

A computer science degree opens up many diverse career opportunities for students. Jobs in computer and information technology are growing quickly, but there are also opportunities in other leading industries like healthcare, finance, and manufacturing. Computer-related jobs are highly sought after in any computer-intensive business. 

According to Code.org, “67% of all new jobs in STEM are in computing.”

So, there is no shortage of jobs for computer science majors in and outside of the CS field.

Career Options in Computer Science

Top 10 computer science career options by median pay: 

• Computer and Information Research Scientists $136,620
• Computer Network Architects $126,900
• Computer Programmers $97,800
• Computer Support Specialists $59,660
• Computer Systems Analysts $102,240
• Database Administrators and Architects $112,120
• Information Security Analysts $112,000
• Network and Computer Systems Administrators $90,520
• Software Developers, Quality Assurance Analysts, and Testers $124,200
• Web Developers and Digital Designers $80,730

Source: https://www.bls.gov/ooh/computer-and-information-technology/home.htm

According to the Bureau of Labor Statistics, “the median annual wage for computer and information technology occupations was $100,530 in May 2022, which was higher than the median annual wage for all occupations of $46,310.”

Jobs for computer science grads are growing too. 

“Overall employment in computer and information technology occupations is projected to grow much faster than the average for all occupations from 2022 to 2032.”

Other computer science career opportunities in STEM and beyond: 

• Artificial intelligence
• Cybersecurity
• Bioinformatics
• Business analyst
• Data scientist
• Product manager
• Research and development (R&D) scientist
• Financial data analyst
• IT

These are just a few examples of possible career paths and there will likely be many new opportunities in the future.

Learn Computer Science in High School

STEM and computer science are great options for students who want to be well-prepared for the future. High school students can start their computer science education with CodeWizardsHQ.

The high school coding program offers engaging, live coding classes that teach the programming topics and skills learned in computer science. There are also Java coding classes in the summer to prepare students for AP computer science classes in junior and senior year. 

Teens will learn to code in popular languages like Python and JavaScript and have the opportunity for a real-world internship. Most importantly, they’ll gain the skills and knowledge of a STEM-focused education.

It’s pretty clear that computer science is an important part of STEM education. Both play a critical role in our society and have implications for generations to come.

The post Is Computer Science STEM? appeared first on CodeWizardsHQ.

One of the most valuable benefits of homeschooling is the ability to be flexible. This flexibility allows homeschoolers to dive deep into their children’s interests and to employ teaching methods that are best suited to their individual student. Among the countless instruction options are online courses. Many homeschoolers incorporate at least one online learning opportunity into their classroom.

Choosing an online homeschool program can benefit homeschooled students by giving them experience with other instructors, different teaching styles, and unique goals and expectations. Other benefits include accessing expert instruction in certain subjects and establishing good independent study habits.

General STEM

Supercharged Science is an online homeschool science curriculum for grades K-12. Supercharged Science emphasizes learning by doing and subscribers have access to over 800 experiments in addition to its self-guided curriculum. Supercharged Science offers a variety of free and paid resources.

Khan Academy, a familiar and widely used resource for homeschoolers, offers complete and free online high school science courses in biology, chemistry, physics, environmental science, and astronomy. Year-long courses or topic-specific supplementary math lessons are available for pre-K through college-level with Khan Academy. 

Mystery Science is an open-and-go science curriculum for grades K-5. Students explore science concepts through engaging videos, real-life applications, and hands-on activities. Mystery Science’s curriculum is supported with daily digital handouts and assessments. Mystery Science offers an extended free trial and discount pricing for homeschoolers.

Easy Peasy All-in-One Homeschool and Easy Peasy High School‘s free programs are popular with homeschoolers and offer a complete Christian curriculum from preschool through high school. The curriculum includes math and science for each grade level.

Recommended: Top STEM Classes for Kids

Computer Programming

Code.org is a non-profit dedicated to expanding students’ access to computer science. Its website has hundreds of courses and activities by grade level for kids ages K-12. Code.org’s online instruction is free and a great way to find out if your homeschooler is interested in coding.

CodeWizardsHQ offers teacher-led, online coding classes for kids and teens ages 8-18. Elementary students start with block-based coding using Scratch and learn how to create animations and games. Middle and high school students have the opportunity to learn real-world programming languages including Python, HTML, and JavaScript. Each level of instruction builds upon the previous one, creating an immersive, comprehensive coding education. CodeWizardsHQ offers discounts for homeschool groups and a unique resume-building internship program for its high school graduates.

Khan Academy Computing’s free online courses include instruction for beginner to intermediate coders. Courses include basics like introductions to programming and the Internet, advanced courses for JavaScript, and several AP Course topics.

Recommended: Kids Coding Websites

Engineering

EEME (Electrical Engineer/Mechanical Engineer) offers a unique engineering program where “not-so-easy” kits are mailed to students. These projects are coupled with online instruction for ages 7 and up. EEME’s lessons are available online at no cost and the kits are available by subscription.

Teach Engineering

The University of Colorado at Boulder features a digital library of standards-aligned engineering curricula at no cost for K-12 students. Its searchable database of lessons by engineering topic and grade level allows users to customize their learning experience by interest.

Recommended: Why Kids Really Need to Learn Code

Math

IXL’s skill-based math curriculum takes students from pre-K through calculus with a learn-at-your-own pace platform. IXL uses a system of interactive questions, built-in support, and motivating awards. IXL’s curriculum is available via monthly subscription.

Flipped Math is based on the “flipped classroom” learning philosophy. Students access video lectures first and then practice, check, and apply their knowledge. Courses include algebra, pre-calculus, geometry, and AP calculus. All the videos are available online, and families can download practice materials, answer keys, and corrective assignments. Assessments are available for a fee.

CK-12 is a non-profit organization dedicated to increasing access to high quality educational materials for students all over the world. Math concepts from 1-12 grade are taught in a customizable and interactive platform using digital textbooks with images, videos, and practice activities. Its resources are available at no cost.

Brighterly teaches math for kids with one on one math tutoring for kids ages 6 – 13 using a comprehensive program that is designed to help develop the skills, knowledge, values, and attitudes necessary for success. They make math learning fun and engaging with worksheets and projects.

Strategies for Success

Strategies for online learning are much the same as parent-led instruction: 

• Ensure that students maintain a consistent schedule for their online lessons. 
• Remove distractions from the classroom area and test equipment ahead of time to make sure that their first experiences are successful. 
• Set learning goals and reassess often to make sure that your student’s online program continues to be a good fit. 

Expanding learning opportunities with virtual options will engage students in new ways, increase their access to science-based curriculum, and foster a lifelong love for STEM.

The post Top Choices for Online STEM Homeschooling appeared first on CodeWizardsHQ.

For teens who are interested in STEM, robotics is a fun way for them to learn about multiple aspects of STEM. Not only do they get to experience aspects of engineering and technology, they get to create something tangible. Robotics kits for teens make it easy to get started with building lots of different robots all from the comfort of home.

Getting Started in Coding & Robotics for Teens

There are basically two parts to every robot: the code and the mechanics. Coding is what allows robots to be programmed to do particular tasks. While the mechanics of a robot actually perform the tasks, coding is what programs the robot to do all the individual functions in order to perform a task. Think of coding as the brains, and the robot itself as the body. Just like a computer, a robot will only do what it is programmed to do. 

Prepare your child for success: If you are looking for your child to learn to code, explore our live, teacher-led coding classes. View Programs.

Robotics kits for teens use a variety of different coding languages. Those designed for beginners typically use a block-based coding language that allows teens to literally drag and drop blocks of code. More advanced robotics kits use text-based languages, including C, C++, and Python, with Python language being the most commonly used. Python’s syntax is similar to English, making it a great language for beginners while also being one of the most in-demand coding languages for programmers. 

Recommended: Kids Coding Websites

What can teens learn from robotics?

Robotics for teens helps teach skills that are both particular to STEM and that are general life skills that will benefit them at any age:

• Programming
• Engineering
• Problem Solving
• Creative Thinking

Every robotics kit for teens requires the robot to be assembled, including installing sensors and motors. This is a great introduction to engineering as mechanical engineers can work to design the mechanics of robots and robotic equipment. 

Every robot also requires programming to allow it to do the tasks it was designed to do. Learning how to code is both beneficial for robotics and for a wide range of future careers, from developers to IT professionals to entrepreneurs.

Robotics are also useful for helping teens develop strong problem solving and creative thinking skills. Whether there’s an issue with building a robot from a kit, or there’s a problem that can be solved using a robot, teens get practice figuring out how to solve problems on their own. Many times solving those problems requires creative thinking. Maybe a robot needs to be built a little differently or a new line of code needs to be added that doesn’t follow the typical procedures. Creative thinking helps teens get their robot to do what they want it to do, even if that’s outside the programming it came with.

How Teens Can Learn Robotics

Teens can learn robotics in a variety of ways, depending on how they learn best. A combination of methods is often the best strategy to really master the foundations.

Books

Dozens of books are available specifically for teaching teens about robotics. Some focus on the coding aspect of robotics, others are solely about the building process. There are even books about using the popular Raspberry Pi for building robots. Books can be a great starting point for learning about robotics before getting into actual building.

Classes

In-person classes let teens learn robotics with the help of an expert, these can be mechanical engineering classes or coding classes. There are national organizations that offer robotics classes for kids, many using LEGO bricks for construction. Classes are usually organized by age and experience level so you can choose the class that is best for your student.

Camp

Robotics is a popular topic for seasonal camps, whether they’re overnight camps or are only held during the day. This offers an immersive experience to really give your student the chance to master the fundamentals. Camps also offer the opportunity for students to learn how to problem solve and work with their peers. There are even virtual robotics camps available that can be taken from home.

Clubs

Many districts offer after school robotics clubs where students work together to build a robot. Often these clubs are tied to competitions in the area. In these cases, students build robots to run a course as quickly as possible, do particular tasks, or both. Robotics clubs offer a great social outlet in addition to giving teens experience with building and coding robots.

Best Robotics Kits for Teenagers 13-18 Years Old

Robotics kits for 13-year-olds focus on pieces that are easy to assemble and are often pre-programmed. Those that include coding instructions often use block-based programming languages that are easy for beginners.

• Kidwill 13-in-1 Educational Solar Robot Kit
• 4M Kidzlabs Robotic Hand Kit
• POKONBOY Building Blocks Robot Kit
• UBTECH Unicornbot Kit

Kidwill 13-in-1 Educational Solar Robot Kit

Teens definitely won’t get bored with this robot kit as it contains components to build 13 different robot toys. The kit contains a solar panel that can be installed on the top of each robot design to make it solar powered, or you can use a battery. The pieces are easy to assemble and robot designs are divided into Level 1 and Level 2, depending on your teen’s experience level.

View details

4M Kidzlabs Robotic Hand Kit

This is a great introduction to robotic kits as no batteries or power are required and assembly is fairly simple. The finished robotic hand has movable fingers that grip realistically when cords are pulled. The simplicity of the assembly and affordable price make this an ideal starting point to see if your teen is interested in robot kits in general.

View details

POKONBOY Building Blocks Robot Kit

Another robot kit that’s great for teens, you build this robot with plastic blocks that are similar to LEGOs. Once built, you can choose to control it with an app on your phone or with the included 2.4GHz controller. While the controller takes AAA batteries, the robot is rechargeable and comes with a charging cable. It’s also durable enough to take outside.

View details

UBTECH Unicornbot Kit

Proof that robot kits can be cute, too! No tools are required to build this robot as all the pieces snap together. Animated building instructions make assembly easy to understand. The block-based programming language Blockly is used to be able to program the LED horn to display different colors. Download the Android or iOS app to control the robot once it’s built.

View details

Recommended: Coding Classes for Teens

Robots for 14 year olds

Fourteen-year-olds can handle slightly more complex materials and instructions in robotics kits. Some of these kits also utilize a Raspberry Pi to operate, which many teens this age may already be familiar with.

• ELEGOO UNO R3 Project Smart Robot Car Kit
• SunFounder Smart Video Car Robot Kit
• Meccano Meccanoid XL 2.0 Robot-Building Kit
• Freenove Robot Dog Kit

ELEGOO UNO R3 Project Smart Robot Car Kit

This Arduino-compatible kit includes parts to build a robot car with multiple programmable modes, including auto-go, infrared control, obstacle avoidance, and line tracking. The kit includes building and coding tutorials and does require basic electronics knowledge. Teens can also control the robot car via phone or tablet with an available app for Android and iOS. 

View details

SunFounder Smart Video Car Robot Kit

If your teen has a Raspberry Pi, this is the perfect robot kit to add on to it. The car is based on Raspberry Pi and is programmable with Python code that is provided. For teens who don’t have coding experience yet, you can also program the car using Dragit, a graphical interface. The app, which can be installed on a phone or tablet, controls the car and lets you see real-time images from the included USB camera.

View details

Meccano Meccanoid XL 2.0 Robot-Building Kit

With more than 1,000 parts and standing over 4 foot tall when fully assembled, this robot kit is ideal for teens who love to build. The finished robot has voice recognition and motorized head, arms, and feet. It also includes 3,000 pre-programmed phrases that it can say and is programmable with a smart device to change its behavior.

View details

Freenove Robot Dog Kit

Another robot kit that utilizes the Raspberry Pi, this kit builds a walking robot dog. Programmable with included Python code, it can be controlled by a computer or Android or iOS device. Teens that don’t have any experience with coding or building other robots might need some help, but the instructions are detailed and walk you through the entire assembly process.

View details

Prepare your child for success: If you are looking for your child to learn to code, explore our live, teacher-led coding classes. View Programs.

Robots for 15 year olds

Robotics kits for this age group feature more pieces, more motors, and more realistic movements that can be programmed. Several include tutorials for building multiple robots from the same kit.

• Yahboom Smart Robot Kit
• Freenove Hexapod Robot Kit with Remote
• LewanSoul Robotic Arm Kit
• Makeblock mBot Ultimate Robot Kit

Yahboom Smart Robot Kit

This smart robot features an open source platform and is programmed in C language. It’s a mini omnidirectional robot car with an ATmega328P chip as the processor. Plus it has an external WiFi camera with two remote control methods, an Android/iOS mobile app or a PS2 controller remote control. It requires basic electronic knowledge and will give kids hands-on experience about programming, electronics assembling, and robotics knowledge.

View details

Freenove Hexapod Robot Kit with Remote

This robot kit may only have 6 legs, but it definitely looks like a robotic spider. Once built, the robot can be controlled by computer or an Android or iOS device to crawl and twist. A kit is also available that includes a remote control. Download the tutorials to walk you through building and programming the robot and in no time you’ll have a robot that moves just like a spider.

View details

LewanSoul Robotic Arm Kit

Another robotic arm kit, but this one is Arduino-compatible and is definitely more complex. The all metal construction makes this very sturdy once built. The kit comes with 6 different servos to make the movement of the arm smooth and fluid. Control via the Android or iOS app (or a Windows computer) and see how much you can grab!

View details

Makeblock mBot Ultimate Robot Kit

This kit can build 10 different robots all using the same easy-to-assemble pieces. Different configurations include a rolling tank, robotic ant, camera dolly, and catapult ram. Every robot is programmable either through block-based coding or you can use Arduino IDE, NodeJS, and Python. This flexibility makes this a great kit for all ability and experience levels.

View details

Recommended: Coding Toys for Kids

Robots for 16-18 year olds

Older teens can really start to customize their robots. This includes adding custom code and modules to add additional functionality. From face recognition to voice commands, there’s a lot these robots can do.

• Yahboom Raspberry Pi Robotic Car Kit
• Petoi Bittle Robotic Dog
• ELEGOO Mega 2560 Ultimate Kit

Yahboom Raspberry Pi Robotic Car Kit

If your older teen already has a Raspberry Pi, this robot can do some really impressive tasks. Programmable with Python, this kit contains HD cameras for face, color, and object recognition. Although you can control the car with an Android or iOS app, it also comes with voice recognition and an autopilot feature. 

View details

Petoi Bittle Robotic Dog

Bittle fits in the palm of your hand, but can definitely do a lot of big tricks. Beginners to coding can program the robot with a block-based coding language. Teens who already know how to code can use C++ with Arduino or Python to send commands. Control Bittle through the included controller or the Android/iOS app to get him to move. You can also attach Arduino modules, such as a microphone or camera, for object or voice recognition.
View details

ELEGOO Mega 2560 Ultimate Kit

With more than 200 pieces and a tutorial with 35 lessons, this is a great kit to introduce older teens to robot building and programming with Arduino. Besides the controller board and expansion board, this kit also includes more than 60 different components and sensors. More experienced robot builders can easily go beyond the projects included in the tutorials as well.

View details

Have Fun and Learn Robotics for Teens

Teens who learn robotics have a head start on the future thanks to their experience with engineering, programming, and technology. So many careers today require or can benefit from experience with engineering and coding. Even if your teen doesn’t ultimately go into a STEM-related field, the problem solving skills they learn from robotics will help them throughout their lives.

The post Robotics for Teens: Robot Kits for Kids 13+ appeared first on CodeWizardsHQ.

There’s a lot of talk about the importance of STEM education, but what is STEM? STEM (Science, Technology, Engineering, and Math) is a philosophy that teaches all four of these subjects together through real-world applications. That’s why STEM activities and projects are a great way to teach kids core concepts in ways that demonstrate how they work in day-to-day life. STEM activities don’t have to be left to your child’s teachers, though. There are many STEM activities for kids that can easily be done from home.

STEM Activities Are Fun & Easy

Teaching kids about STEM not only helps them succeed in school, but gives them skills that will help them in life in general. Skills like problem-solving to learning how to handle complex topics. There are many STEM projects for kids that can be done from home and don’t require special materials or books. In fact, many activities utilize common items that you likely already have at home. While our list breaks down STEM projects by age group, they’re also great activities for the entire family to do together.

Recommended: Top STEM Classes for Kids

Skills Learned Through STEM Activities

Doing STEM activities at home is a great way for kids to practice and master math and science skills. It’s especially helpful for subjects ones they may struggle with in school. After all, learning numbers, multiplication tables, or common chemical reactions is a lot more fun with interactive projects than a worksheet. But there are many life skills that kids can learn from STEM projects, too. 

Ultimately all of these activities start with a problem or a goal that needs to be solved or met. Getting to the desired result requires problem solving and critical thinking skills. Older kids especially can experiment with completing a project through trial and error. Many STEM activities also require working together with more than one person. Learning how to collaborate effectively with your peers (even if at home that means siblings) is a life skill that is extremely useful.

Recommended: STEM Education Statistics

Prepare your child for success: If you are looking for your child to learn to code, explore our live, teacher-led coding classes. View Programs.

How is STEM related to early learning?

Critical thinking and problem solving skills are important for kids of all ages. Young children, in preschool and kindergarten, are just starting to develop these skills. STEM activities help these kids start to look at things differently, experiment, make predictions, and think about how to get the result they want. Younger children learn incredibly fast and it is important to take advantage of this time. It’s ideal that they learn these skills from an early age when it’s easier for them to pick them up.

What are the benefits of STEM projects for teens?

More than any other age group, teenagers are constantly learning skills and life lessons that shape who they will be as an adult. STEM projects for teens focus on real-world applications of important STEM lessons that can not only help them in school, but help shape what they decide to do as a career. Exposing teens to STEM through fun, interactive projects makes it easier for them to learn key skills in science, technology, engineering, and math, and also gives them the opportunity to experience STEM without the pressure of a grade. You never know when one fun activity at home could end up inspiring a choice in college major.

STEM Activities For Kindergarten

STEM activities for this age group focus on learning numbers, simple math, and fun experiments that introduce kids to some simple foundations of science. Kids this young can even learn the fundamentals of coding with the help of LEGOs!

• Building a Hand Crank Winch 
• Make Magnetic Slime  
• Cloud in a Jar 
• Post-It Number Match 
• Coding a LEGO Maze 
• Build a Balance Scale 

Recommended: Scratch Coding Classes for Kids

STEM Activities For Elementary School

In elementary school, kids can get into more detailed experiments and activities and have better fine motor skills for more intricate engineering projects. STEM activities are also a fun way for this age group to practice the math skills they’re learning in school.

• Crystal Suncatchers 
• 7 Free Printable Coding Worksheets for Kids 
• Building with Jelly Beans 
• Stop Motion Animation 
• Wack-a-Ball Subtraction Game 
• Circuit Wands 
• Build a Catapult 
• Simple STEAM Activities

Recommended: Best Scratch Games

STEM Activities For Middle School

STEM ramps up for most kids in middle school, especially when it comes to science. These activities make it fun for them to practice all the new lessons they’re learning. When it comes to technology, this is also a great time to introduce block coding through Scratch if they haven’t been exposed to it before.

• Soda Mentos Bottle Rocket 
• Scratch Candy Collector Game 
• Edible Stained Glass 
• Bridge Building Challenge 
• Nerf Gun Math 
• Tiny Dancers 

Recommended: Coding Websites for Kids

STEM Activities For High School 

High school students have more STEM related classes in school than any other age group, from chemistry to physics to algebra and calculus. STEM activities at home make it easier for teens to have fun with what they’re learning and can also expose them to topics that might not be available in school.

• Dragon Fire Experiment 
• HTML/CSS Matching Game 
• Regrow Kitchen Scraps 
• Pizza Box Solar Oven 
• Build a Motorized Dinosaur
• Exploring Space Through Math

Recommended: Free Coding for Kids Resources

Technology is a key part of STEM and coding is how the majority of technology is growing and expanding. Surprisingly, the majority of schools don’t teach coding or only cover it briefly. There are many reasons why learning to code benefits your child. Kids who know how to code have a head start on many different careers and opportunities as they get older. CodeWizardsHQ makes learning how to code fun (just like these STEM activities) through interactive, age-appropriate projects taught by live, online teachers. Our coding classes start with teaching programming fundamentals and quickly have students building their own games, websites, and apps to keep them engaged and wanting to learn more. 

If your kids have fun with these STEM activities, signing up for an after-school CodeWizardsHQ class is a great way to take the next step in encouraging their interest in STEM.

Ready to level up your child’s learning experience? Take a coding class with CodeWizardsHQ:

• Elementary School Coding Classes
• Middle School Coding Classes
• High School Coding Classes

The post 25 Fun STEM Activities for Kids appeared first on CodeWizardsHQ.

Kids are excited as ever for the holidays and the most beloved tradition of all: opening gifts. 

Black Friday, the Friday after Thanksgiving, is the unofficial start to the Christmas season and it’s also the biggest shopping day of the year in the US. This year it falls on November 26, 2021 and it’s the time to get the best deals on popular items and cool STEM gifts for kids.

For parents, there are a few unknowns this holiday season.

Worker shortages and supply chain issues might throw a wrench into your gift-giving plans this year. There’s expected to be shipping delays and sold out items, with hot kids toys and electronics likely being the first thing to sell out. 

Recommended: STEM classes for kids

The key is to plan ahead and start early! Get a jump on the gifts the kids want most so you don’t lose out. The best holiday deals are usually found on Black Friday and Cyber Monday. 

While online shopping is a huge part of Black Friday, virtual gifts have also become popular. In addition to being able to buy virtual gifts, like subscriptions or virtual currency for online games like Roblox, from the comfort of home, you also know it will arrive on time.

Use our list for the best kids Black Friday deals on STEM and educational gifts to get ideas on where to look and start shopping. 

Find a deal we missed? Share your Black Friday deal for kids with us by email, Facebook, Twitter, or Instagram and we’ll add it to the list.

We’ll continue updating this list throughout the month so check back often!

Top Stores to Find Kids Black Friday Deals

In general, you’ll find some of the best deals on kids clothing, toys, and accessories, including STEM toys and gifts, at the following retailers:

• AMAZON
• TARGET
• WALMART

Black Friday Kids Deals

For deals on specific items, make sure to shop as early as possible before they sell out. Many retailers are starting Black Friday deals early, or extending them through Cyber Monday or longer, so take advantage of early sales when you can.

Confirmed kids deals for Black Friday 2021: 

• AMAZON | 10-70% OFF kids toys, games, and electronics. Up to 50% Off Kids Fire Tablets. Save $20 on PlayStation Plus 12 Month Memberships. Up to 40% off Logitech Gaming Accessories. Daily flash deals starting now!
• APPLE | 30% OFF Apple Airpods on Amazon. Get Apple Store gift cards valued between $50 and $200 on select products including a $75 gift card for ANY AirPods purchase.  Nov 26 – Nov 29.
• ARCKIT | 70% OFF purchase of Arckit Sports Vol. 1 & 2. 50% OFF Arckit 180 & 360.
• BESTBUY | “Early Deals Event” and guaranteed pricing of up to $500 off laptops, games, and electronics.
• CODECOMBAT  | 50% off $99 annual subscription of CodeCombat home edition. Use code CODECOMBAT50 at checkout (new first time customers only). Nov. 25 11:59PM PT to Nov. 29 11:59PM PT. First FREE on Three. Get the first month of any 3 month recurring subscription for live online classes for free. Use code 1STFREEON3 at checkout (new first time customers only). Nov. 25 11:59PM PT to Nov. 29 11:59PM PT.
• CODEWIZARDSHQ | $5 coding class for kids ages 8-18. Learn Scratch or Python with a live teacher. Lowest price of the year! 20% OFF first month’s tuition in any 12-week course. Nov 22 – Nov 29.
• FAT BRAIN TOYS | Up to 50% OFF and more in Black Friday flash sale.
• FORTNITE | 15-75% OFF Epic Games Store.
• KIWI CO | Up to 4 months FREE with code EARLY.
• LEGO | Gifts with purchases over $170 online or $40 in store. Luke Skywalker’s Lightsaber with purchase of the new Star Wars AT-AT. Special VIP offers on Cyber Monday. Nov 26 – Nov 29.
• MICRODUINO | 25% OFF of mCookie series kits.
• MICROSOFT | Up to $750 OFF the Surface Laptop 3. Up to 67% OFF Xbox games and more.
• MOVE THE TURTLE | 50% OFF on “Move the Turtle: Learn to Code” and “Correct Result! Math for Kids” apps. Click links to redeem. Nov. 26 to Nov. 30. 
• TARGET | 10-30% OFF toys and games. $10 gift card when you spend $50 on LEGO. Holiday price match guarantee.
• TEKNIKIO | 25% OFF Bluebird. Additional discounts and surprise deals throughout the weekend. Black Friday through Cyber Monday.
• THINKER TINKER | 15-30% OFF all products. Black Friday through Cyber Monday.
• UDEMY | $9.99 pricing on select all Udemy online courses.
• WALMART | Black Friday Deals for Days. Walmart+ members will receive early access to online Black Friday events throughout November.

2020 Black Friday kids deals and brands to look out for this year: 

• ABC MOUSE | $45 (originally $59.99) for a 1 year subscription to ABC mouse.
• BITSBOX | $25 OFF on any $50+ order!
• DISNEY | Buy 1 get 1 free plush. 
• GAMESTOP | $299 Nintendo Switch Mario Kart 8 Bundle with 3 months of Nintendo Online. Lookout for the Black Friday ad with deals on consoles, games, accessories, and more.
• LEAPFROG | 25% OFF LeapFrog books, games, accessories, and selected apps.
• LITTLE PASSPORTS | 25% OFF any subscriptions.
• MINDWARE | Up to 50% OFF toys and games.
• MINECRAFT | Up to 75% OFF in the Marketplace.
• OKPLAY | $40 (originally $59.99) annual OK Play subscription.

Black Friday Toy Deals

Toys are a best seller every holiday season. Get STEM toys for any interest.

5 in 1 Take Apart Robot Toy for $32.99 (List price $59.99)

SmartLab Toys Squishy Human Body for $16.39 (List price $29.99)

Elenco Snap Circuits Jr. SC-100 Electronics Exploration Kit for $20.97 (List price $39.99)

Black Friday Tablet Deals

Every tech-savvy kid needs a tablet. There are plenty of STEM and educational apps to keep them busy all year. Parents can get a great deal on tablets like the ones below.

Contixo 2021 Edition for $89.98 (List price $129.99)

Samsung Galaxy Tab S7+ 128GB 12.4-Inch WiFi Tablet with S Pen for $751.00 (List Price $849.99)

Apple iPad Pro 12.9-Inch 128GB WiFi Tablet (2021) for $999.00 (List Price $1,099)

Black Friday Laptop Deals

Dell Vostro 5510 Intel i5 512GB SSD 8GB RAM 15.6″ Laptop for $769.00 (List Price $1,398.57)

Acer Swift 3 Intel i7 256GB SSD 8GB RAM 14″ 1080p Laptop for $649.99 (List Price $849.99)

Black Friday Video Game Deals

Gamers can find discounts on consoles, games, and accessories! Subscription services like PlayStation Plus or Xbox Game Pass may also be on sale.

Tom Clancy’s Rainbow Six Siege Deluxe Edition – PlayStation 5 for $9.99 (List price $39.99)

Nintendo Switch All-in-One Bundle – Sam’s Club Exclusive for $349.98 (List price $381.96)

Have fun shopping for kids Black Friday deals!

There’s something on this list for every kid this Black Friday and Cyber Monday. Encourage your child to try a coding or STEM activity with a fun gift. 

More and better deals will be added throughout the month so check back often.

Find a deal we missed? Share your Black Friday deal for kids with us by email, Facebook, Twitter, or Instagram and we’ll add it to the list.

Happy shopping!

The post 2021 Kids Black Friday Deals on STEM & Education appeared first on CodeWizardsHQ.

Without a doubt, math is one of the most important subjects for preparing kids and teens for the real world. But for many kids, the lessons they learn in the classroom may not be enough to really cement the concepts they need in order to master it.

Luckily, there are a ton of great online options for getting some extra practice in to make sure their lessons stick. Here are some of the best.

Best Math Websites for Elementary Schoolers 

ABCmouse (Grades PreK-2)

ABCmouse is one of the best-known online early education companies out there, and for good reason! Their website has a huge array of resources for young learners, including lessons in both early literacy and math. 

The company’s focus is on teaching kids early educational concepts, and overall they do a really good job. The website is free from ads and other clutter, so students can concentrate on the activities without a lot of distractions. Their clean design and emphasis on education have won ABCmouse multiple awards for effectiveness, but the site is definitely focused on younger learners. Older elementary students may struggle to find helpful learning activities. One thing to note — the site does offer a free 30 day trial, but after that you do have to pay for a subscription to access the lessons.

Prodigy Math Game (Grades 1-8)

The most glowing review I can give Prodigy Math Game is that it is the site I’m using with my own kids. It does a spectacular job of incentivizing the learning process by dropping kids into a magical world where they can cast spells and battle monsters by correctly solving math problems. 

Prodigy makes it pretty easy for kids to move at their own pace, too. Their interface is straightforward, and explainer lessons are accessible for each new concept along the way.

The biggest drawback is the way the free version limits a number of gameplay options in a way that can take away a bit from the fun. Kids will definitely want access to the paid features, but not having them won’t change core functionality. All of the math problems and lessons will still be available, they just won’t have access to the “cool” pets. 

Best Math Websites for Middle Schoolers 

Math Game Time (Grades PreK-7)

Math Game Time offers a mix of games, videos, and printable worksheets for middle schoolers to brush up on their math skills. The videos are short and focused on single topics, so it’s easy to find videos that are most appropriate for your student. The worksheets are a great option for kids who do better with writing things out versus solving problems in their head. The games that are available aren’t all directly math related — some are just for fun like Angry Birds. All the games are kid appropriate, though.

The combination of targeted videos, worksheets, and online games makes Math Game Time a great resource for homeschooling parents, too, since you can find more traditional classroom activities along with interactive enrichment games all in the same place.

Education.com (Grades PreK-7)

Education.com also combines online games and printable worksheets with the added bonus of some printable lesson plans as well, which is great for homeschoolers. The games are simple and focus directly on a particular math skill, so students can get the practice they need quickly and easily. 

The website’s format is clean and easy to navigate, so kids won’t be distracted by ads or pop-ups. You also have the option to download the printable worksheets with answers, so parents can check their student’s work quickly and easily. Education.com is part of IXL, a website that many schools use for extra math help, so you know the activities will be to the point and focus on the math skills at hand.

Funbrain (Grades PreK-8)

Funbrain puts the focus on making learning fun with colorful and kid-friendly math games and videos. Students will get a kick out of the silly characters in the videos while learning important math concepts.

The games are pretty simple in their setup, but each offers the ability to choose from different difficulty levels. Students can start off on Easy and progress all the way to Super Brain as they master each skill. You can even adjust the difficulty level mid-game!

Best Math Websites for High Schoolers 

Khan Academy (All Grades)

Khan Academy is one of the best-known names in education and for good reason. The site offers a ton of lessons in a variety of subjects, all for free. The idea is to provide quality instruction and practice for anyone, anywhere, and they’re making it work!

At the bottom of each course listing, Khan Academy also offers something called a course challenge. It’s essentially a placement test that highlights the different skills that need work. These are a great way to find the lessons that will have the most impact right from the beginning.

MathHelp.com (Grades 5-12+)

MathHelp.com’s focus is all about getting students the extra help they need to succeed in math. They have a variety of video lessons available spanning a ton of advanced math concepts. Practice problems help to get students ready for tests. 

The video lessons do a great job of explaining concepts in a clear, concise way so students can get the information they need quickly. Each lesson also has written notes, in case students prefer learning that way. Whether you just need a refresher or want in-depth practice on a concept, Mathhelp.com can be a useful tool. 

Math in Coding

One way to help students of any age to grow their math skills is to get them involved with coding. While coding and math aren’t exactly the same thing, they are strongly linked. Mathematical concepts are key components in coding. While the computer does the actual math, knowing how that math affects what’s happening in the code is important for finding bugs and for writing more efficient code. 

In turn, learning to code encourages kids to dive deeper into math and gives them practical applications for what they learn. That’s a big deal! 

CodeWizardsHQ offers a variety of coding classes for kids, whether they are in elementary, middle, or high school. And they have the added benefit of being a fun, socially distanced activity that keeps kids engaged after school while teaching them a skill that will be useful no matter where they end up. 

The post 7 Free Math Websites for Kids and Teens appeared first on CodeWizardsHQ.

Introduction to STEM Statistics

STEM is the interaction between science, technology, engineering, and mathematics that results in so much more than each part taken on its own. STEM education has a national and global impact, so let’s review these using key STEM statistics.

When a concept has such a far-reaching impact on our day-to-day lives, it is undeniably important to examine that impact. We’ve combed through the research on STEM in an attempt to better understand the meaning of STEM, how it is impacting the world we live in right now, and what effect it will have on our future. 

You can use the STEM statistics below to understand the state of STEM education.

Highlights of STEM Statistics

• STEM jobs are projected to grow 10.4% between 2023 and 2033, almost 3x faster than non-STEM jobs.
• The U.S. will need to fill about 3.5 million jobs by 2025, but 2 million may be unfilled due to a skills gap.
• STEM workers earn more. The median annual wage for all STEM occupations is $101,650 compared with $46,680 for non-STEM jobs.
• Women remain underrepresented in STEM occupations, 65% of those employed in STEM occupations were men and about 35% were women between 2011-2021.
• Minorities also remain underrepresented. Blacks represent 11% of all jobs and 9% of STEM jobs. Hispanics represent 17% of all jobs and only 8% of STEM jobs.
• We may be falling behind in STEM education, only 20% of high school graduates are prepared for college-level coursework in STEM majors.

STEM Employment Statistics

This is a selection of statistics on the ways that STEM is impacting the global workforce as a whole. The general consensus? STEM jobs not only pay better than non-STEM jobs, but are also predicted to become increasingly important to the global economy over time.

• STEM jobs are projected to grow 10.4% between 2023 and 2033, compared to 3.6% in non-STEM jobs. (Bureau of Labor Statistics, 2024)

• The median annual wage for all STEM occupations is $101,650 compared with $46,680 for non-STEM jobs. (Bureau of Labor Statistics, 2023)
• Software development employment is projected to grow 17% from 2023-2033. (Bureau of Labor Statistics, 2023)
• A typical STEM worker earns two-thirds more than those employed in other fields. (Pew Research Center, 2018)
• 2 out of 5 Americans believe the STEM worker shortage is at crisis levels. (Emerson, 2018)
• Students today are twice as likely to study STEM fields compared to their parents, but the number of roles requiring STEM expertise is growing at a rate that exceeds current workforce capacity. (Emerson, 2018)
• The U.S. will need to fill about 3.5 million jobs by 2025; yet as many as 2 million may go unfilled due to the skills gap. (Emerson, 2018)
• Among those with some college education, the typical full-time, year-round STEM worker earns $54,745 while a similarly educated non-STEM worker earns $40,505, or 26% less. (Pew Research Center, 2018)
• Since 1990 STEM employment has grown 79% (from 9.7 million to 17.3 million), whereas overall employment grew only 34%. (Pew Research Center, 2018)
• 76% of parents want their child to end up in a STEM-related career. (Toy Association, 2017)
• Roughly 50% of students in a STEM bachelor’s degree program fail to earn these degrees 4 to 6 years after their initial enrollment. (NAP, 2016)
• A computer science major can earn 40% more than other college majors. Their lifetime earnings is $1.67M, compared to $1.19M for other college graduates. (Code.org) 

Women in STEM Statistics

These statistics examine women in STEM-focused careers. Many studies throughout the years suggest that even though there is no significant difference in STEM-focused abilities between men and women, women are far underrepresented in high-paying positions in STEM fields. This is despite the fact that, on average, companies with women in leadership roles perform better than companies without.   

Global Statistics for Women in STEM

• Globally, women comprise only 29.2% of the STEM workforce in 146 nations evaluated, compared to nearly 50% of non-STEM occupations. (Society of Women Engineers, 2023)
• By 2022, large global tech firms are predicted to have nearly 33% women representation in their workforce. (Deloitte, 2019) 
• Only 29.3%, less than one-third, of those employed in scientific research and development (R&D) are women. (UNESCO, 2019)
• Companies with more women on their boards outperformed rivals by 42% higher return in sales, 66% higher return on invested capital, and 53% higher return on equity. (Women on Boards, 2011)

US Women in STEM Statistics

• Between 2007 and 2020, women held 25% of computing-related roles. (Builtin, 2023)
• In the academic year of 2020/21, about 860,760 male and 1.2 million female students earned a Bachelor’s degree in the United States. (Statista, 2023)
• In 2023, the gender gap in STEM remains significant with women making up only 28% of the STEM workforce. (MIT, 2023)
• The number of S&E degrees earned by women between 2011 and 2020 increased by 63% at the associate’s level, 34% at the bachelor’s level, 45% at the master’s degree level, and 18% at the doctorate level. (National Science Foundation, 2023)
• Despite accounting for over half of the college-educated workforce, women in the United States made up only 26% of computer and mathematical scientists, and 16% of engineers in 2019. (National Science Foundation, 2022)
• Women are underrepresented in software engineering, only 15% of software engineers in the U.S. are women. (Forbes, 2022)
• Women remain underrepresented in STEM occupations, two-thirds (65%) of those employed in STEM occupations were men and about one-third (35%) were women. (National Science Foundation, 2022)
• Between 2011 and 2021, the number of women in the STEM workforce increased 31%, from 9.4 million to 12.3 million. (National Science Foundation, 2022)
• Women earned a majority of all bachelor’s, master’s and doctorate degrees awarded to U.S. citizens and permanent residents in the 2017-2018 school year. They accounted for 53% of degrees in STEM fields at the bachelor’s level and 48% at the research doctoral level.  (Pew Research Center, 2021)
• Nearly two-thirds (65%) of women working in STEM jobs in 2021 had at least a bachelor’s degree education, compared with less than half (43%) of men in STEM jobs. (National Science Foundation, 2021)
• Women in science and technology jobs are 45% more likely to leave the industry just within a year compared to their men counterparts. (Mandlabs, 2020)
• The percentage of women who hold the CIO or CTO role rose from 16% last year to 18% this year. (Korn Ferry, 2019)
• 63% of middle school girls who know women in STEM enjoyed STEM related subjects. (Microsoft, 2018)
• Less than 50 percent of parents say their daughter is encouraged to pursue a STEM career. (Emerson, 2018)
• Women receive a premium for working in STEM, 105% higher (approximately 2x) the earnings of women in non-STEM. (Rand, 2018)
• Women are more likely than men to work in the “STEM periphery”, roles in which they can apply STEM skills and expertise, but which are lower-paying jobs outside of traditional STEM occupations. (Rand, 2018)
• In 2018, women in computer, engineering, and science occupations were paid an estimated 80.7% of men’s annual median earnings. (Commerce.gov, 2018)
• Women comprise three-quarters of health care practitioners and technicians, the largest occupational cluster classified as STEM in this analysis, with 9.0 million workers – 6.7 million of whom are women. (Pew Research Center, 2018)
• Women remain underrepresented in engineering (14%), computer (25%) and physical science (39%) occupations. (Pew Research Center, 2018)

Minorities in STEM Statistics

These are statistics looking specifically at the relationships between STEM and minority groups. In general, we can see that despite diversity in a company being extremely beneficial for both its profits and its resiliency, minorities are still vastly underrepresented in STEM fields. This is likely caused by a number of factors, but one of the most obvious causes is the lack of funding for schools with larger minority populations. 

“Diversity is America’s unique advantage in science and technology”

NSF Director Sethuraman Panchanathan.

• Collectively, Hispanic, Black, American Indian, and Alaska Native people made up 31% of the U.S. population, but 24% of the STEM workforce in 2021. (National Science Foundation, 2023)
• Unemployment rates in 2021 for STEM workers who were Black (6.6%) and Hispanic (5.7%) were higher than for white (2.9%) and Asian (2.3%) workers. (National Science Foundation, 2023)
• Among workers with at least one disability, 21% worked in STEM occupations in 2021, and 3% of the STEM workforce were people with disabilities. (National Science Foundation, 2023)
• Women of color earn the smallest share of STEM degrees. In 2020-21, women of color earned a small percentage (16.3%) of bachelor’s degrees across all STEM fields. (National Center on Educational Statistics, 2022)
• The underrepresentation of Blacks is evident across all STEM job clusters, with one exception: 11% of health care practitioners and technicians are black, equal to the share of blacks in the total workforce. (Pew Research Center, 2021)
• Blacks represent 11% of all jobs and 9% of STEM jobs. Hispanics represent 17% of all jobs and only 8% of STEM jobs. Blacks and Hispanics are underrepresented in the STEM workforce relative to their shares in the U.S. workforce as a whole. (Pew Research Center, 2021)
• American Indians and Alaska Natives together made up less than 1% of the U.S. population and STEM workforce in 2021. (National Science Foundation, 2021)
• More than a third of black (40%) and Latino (37%) students switch majors before earning a degree, compared with 29% of white STEM students (EAB, 2019)
• For every student enrolled, the average nonwhite school district receives $2,226 less than a white school district. (EdBuild)
• Nonwhite school districts get $23 billion less than white districts despite serving the same number of students. (EdBuild)

STEM in College Stats

These statistics are specifically dealing with STEM in higher education. The number of college students intending to major in science and engineering fields is steadily rising, as are the numbers of S&E graduates because of the many opportunities.

• Young adults with bachelor’s or higher degrees in the fields of science, technology, engineering, and mathematics (STEM) tend to have more positive economic outcomes, such as higher median earnings, than do those with degrees in non-STEM fields. (National Center on Educational Statistics, 2022)
• The top 3 highest paying college majors in the US are STEM fields: electrical engineering, computer science, and mechanical engineering. (Census, 2023)

• Of the 2.1 million bachelor’s degrees conferred in 2020–21, about 146,573 (7%) were in STEM fields. (National Center on Educational Statistics, 2022)
• The vast majority (62%) of college-educated workers who majored in a STEM field were employed in non-STEM fields. (Census, 2021)
• 10% of STEM college graduates worked in STEM-related occupations such as health care. (Census, 2021)
• Some 36% of STEM workers have a bachelor’s degree but no graduate degree. (Pew Research Center, 2018)
• Roughly three-in-ten STEM workers (29%) have earned a master’s, doctorate or professional degree. (Pew Research Center, 2018)
• Life scientists are the most highly educated among STEM workers, with 54%, on average, having an advanced degree. (Pew Research Center, 2018)
• 72% of students majoring in computer science have a full-time job less than six months after graduating. (Forbes, 2016)

STEM Statistics for K-12 Education

These statistics are specifically dealing with STEM in education, with a focus on K-12 school years. The general consensus is that despite there being a need for more and better STEM education, teachers lack the necessary resources, both financial and experiential, to successfully achieve those results. 

• 60% of public high schools offer at least one foundational computer science course. (Code.org, 2024)
• In the past year, 6.4% of high school students enrolled in foundational computer science classes. (Code.org, 2024)
• The percentage of high school graduates meeting the ACT readiness benchmark dropped from 19% to 16% in STEM (combined mathematics and science performance) in 2021-2022. (National Science Foundation, 2022)
• The US placed 34th of 80 countries in math, and 16th in science on the Programme for International Student Assessment (PISA). (OECD, 2022)
• Only 20% of high school graduates are prepared for college-level coursework in STEM majors. (Harvard Gazette, 2021)
• As of 2019, only 24 percent of 12th-grade students scored at or above the proficient level on the NAEP math assessment. (NAEP, 2019)
• The survey found only 1 in 3 adults (33 percent) believe teachers currently have the resources they need to provide a quality STEM education. (Emerson, 2018)
• Only 16 percent of high school seniors are keen on pursuing STEM careers. (Mandlabs, 2016)
• 50 percent of male high school graduates said that mathematics was one of their favorite subjects, compared to 43 percent of female high school graduates. (National Center on Educational Statistics, 2015)
• Compared to males, higher percentages of females earned credits in algebra II, precalculus, advanced biology, chemistry, and health science/technologies. However, higher percentages of males earned credits in physics, engineering, engineering/science technologies, and computer/information science. (National Center on Educational Statistics, 2015)

STEM in Early Education Stats

These statistics are specifically dealing with STEM in education, with a focus on the years before age 8. There is a consensus that it is important to begin STEM learning early, since an early understanding of STEM concepts is one of the best indicators of success in those fields in later years. It also supports a development of problem solving and critical thinking skills.

• Research says early learning in science and mathematics matters and supports the development of STEM-related habits of mind. (CADRE, 2018)
• As with learning a new language, children become fluent in STEM habits and more knowledgeable about STEM topics when they are immersed in them. (Joan Ganz Cooney Center, 2017)
• STEM support should start early. When the adults in a child’s life believe in and support a child’s STEM capacity, the child’s natural abilities are both acknowledged and then expanded (McClure et al. 2017)
• Children who engage in scientific activities from an early age develop positive attitudes toward science which also correlate with later science achievement and they are more likely to pursue STEM expertise and careers later on. (Joan Ganz Cooney Center, 2017)
• Young children are capable of engaging in, at developmentally appropriate levels, the scientific practices that high school students carry out. (Joan Ganz Cooney Center, 2017)
• Even in the first year of life, babies systematically test physical hypotheses when they see something that doesn’t conform to their expectations. (Joan Ganz Cooney Center, 2017)
• Early STEM instruction leads to better language and literacy outcomes. (Sarama et al. 2012)
• Research shows that among preschool-aged children, knowledge of math is a better predictor of later academic achievement than early reading or attention skills. (Duncan et al. 2007)

STEM Toys Stats

These are statistics relating to STEM-focused children’s toys and the effects they have. In general, parents feel that STEM-focused toys are extremely important to their childrens’ abilities in STEM subjects. The majority of parents also want their children to learn to code to some degree, but many feel unqualified to teach the necessary skills themselves. 

• In 2024-2028, The STEM toys market value is set to grow by USD 8.09 billion, progressing at a CAGR of 8.89%. (Technavio, 2023)
• STEM toys that are designed for children to use at home were valued at USD 7.26 billion in 2018 and was the largest segment. (Technavio, 2023)
• Research indicates that parents still more frequently encourage sons to do STEM activities, including using STEM-themed toys, than daughters. This may subtly reinforce stereotypes about who can pursue STEM, and girls may also be missing out on important early learning experiences. (Geena Davis Institute, 2021)
• 67% of parents believe STEM/STEAM-focused toys are the primary way to encourage development of science, technology, engineering, and math in their child, followed by 57% saying at-home experiences. (Toy Association, 2019)
• The biggest challenge parents face in fostering STEM/STEAM skills is competition with screen time (50 percent), followed by time constraints (45 percent), and lack of fun learning options (39 percent). (Toy Association, 2019)
• Oral communication (60 percent), tech/computer literacy (58 percent), and mathematics (57 percent) topped parents’ lists of what kids should master and were pretty evenly rated. (Toy Association, 2019)
• Coding is a skill set parents would like their kids to acquire with 85 percent having encouraged or plan to encourage their child to learn to code. (Toy Association, 2019)

Recommended: Coding Toys for Kids

Start Building Your STEM Skills

These numbers give you an idea of the current state of STEM. STEM fields offer so much opportunity, especially for today’s kids. It benefits them to start learning and developing those important STEM skills early, but it’s also never too late.

Our coding classes for kids teach kids about STEM and naturally engages them in problem-solving, critical thinking, and logical reasoning. To start learning about STEM, view classes and enroll. 

The post The Ultimate List of STEM Statistics 2025 appeared first on CodeWizardsHQ.

“Oh, my daughter isn’t very interested in coding. She’s not that type”. 

I have heard this so many times from parents that it makes me curious. When there is an opportunity, I pause and ask, “What do you mean?” Usually, they respond by saying something like, “Well, she is more the liberal arts type or life sciences type”.

I realized there’s a misconception that learning to code is only important for kids interested in STEM careers, but the world has quickly moved past that. Computer science has evolved way beyond the idea of a singular field. A foundational understanding of computer programming is useful to your child, regardless of the career path they end up taking, even liberal arts or life sciences. Stephen Wolfram, CEO of Wolfram Alpha, said it best,

“Pick any field X, from archeology to zoology. There either is now a ‘computational X’ or there soon will be. And it’s widely viewed as the future of the field.”

I want to show you how computational thinking is being applied in non-STEM fields today so you can understand how computer programming can help your child, even if she isn’t interested in STEM related careers. Coding will expand the possibilities of how kids work with their passions, helping them capitalize on emerging areas of any industry. 

If you have a high schooler who isn’t quite sure what to major in during college, this article can help expose them to many emerging fields in the hopes that at least one of them will be exciting enough to catch their imagination. 

Computer science brings pre-existing fields of study to the next level, helping experts broaden and deepen their work. Below are a few examples of emerging fields based upon combining established fields with computational processing. These are only a few examples. In reality, the possibility for new discoveries is limitless.

Computational Criminology

Criminology is the study of crime. While this might call to mind forensic science and medical analysis, computer science is helping professionals in the field fight crime.

So how does it work? 

According to the Technical Committee on Computational Forensics, computational forensics uses computational methods to model, simulate, analyze, and solve forensic problems. For example, professionals might use digital recreations of a crime scene based on available data to help judges picture a scenario more clearly, or even modeling how the characteristics of a city affect urban crime rates. 

Simulating these scenarios requires more than just a passion for forensics or the law. You need knowledge on how to craft computational models of real life crime, which calls for data experts and coders. 

Cyber-forensics is a growing field where people with these skills assist criminal investigations to help close cases better and faster. In the future, a degree in criminology or a willingness to fight crime alone might not cut it. Instead, you’ll need a better, computer science-based understanding of how to bring down crime rates.

Computational models are revolutionizing the criminology field by preventing crimes before they even happen, or showing compelling evidence in a more understandable format.

Computational Health Science

Health science has been around for as long as humans have studied their own health and how to improve it. Tools like MRI scanners and ultrasounds brought the patient experience to the next level. Now, it’s looking like computers might be the next big step in transforming what healthcare looks like.

Computational health science is an interdisciplinary field where people with medical expertise and coding skills conduct research through data mining, social network analysis, and more to improve healthcare. 

Computational modeling can play a major role in helping researchers understand health and health behavior. Mining data from online social communities to outline their structure helps practitioners better understand the internal logic behind public health issues.

In the age of COVID-19, tracking the spread of diseases is more important than ever. Researchers have found Twitter to be a valuable tool in determining how the virus spreads through social groups, which is not only helpful in stopping the spread of coronavirus, but also useful for intercepting contaminations in the future.

Is your child interested in the medical field? Learning coding can help them work at the intersection of computational science and health science, tracking outbreaks, implementing better healthcare, and saving lives along the way.

Computational Journalism

In the age of “fake news”, reliable journalism matters more than ever. But these days, journalists aren’t just braving investigations with pen and notepad in hand. Computer science has given them a whole new set of tools to find the truth. 

Computer-assisted reporting is becoming more common, as reporters rely on computers to unearth and analyze data for breaking stories. On sites like FiveThirtyEight, journalists document news through their connection to data. Sources like these are only becoming more and more common, pointing to a larger push within journalism toward data-driven news.

More data means more information to put an individual story into context, making for better storytelling. Outlining patterns through data is more accurate than guesswork, hunches or inconclusive evidence that journalists might have been forced to use otherwise. 

Computational technology is also useful for visualizing trends for an outsider audience, helping journalists introduce their subject in a more clear, efficient manner.

At the end of the day, computational journalism could be about more than just better reporting. 

“If you look across the country, there are…[organizations] making decisions and nobody is watching,” said Jay Hamilton, Hearst Professor of Communication and director of the Journalism Program in a moderated discussion at Stanford, “So I think that’s something where computational journalism can make a real impact. If you have a strong interest in engineering and data, try to help us figure out the stories that go untold, especially at the local level.”

Computational Linguistics

At first glance, linguistics seems like the furthest topic from computers. Language is complex, rich, human. So, how can computers help us break that information down?

Surprisingly, computational approaches are helping linguists decode questions at a brand new scale. Applying artificial intelligence to language has been the key to developing increasingly accurate machine translations, summarizing or analyzing text via emotion or keywords.

While some computational linguists are more concerned with theoretical linguistics, playing with the rules of syntax at a distance, others might develop algorithms from their understanding of linguistics to break down text. With the help of a computer, you can go big or small in scale: scanning thousands of texts to instantly find patterns or uncover the hidden emotional intent behind certain linguistic choices.

Language is ultimately both an art and a science, and the better we can understand it as a science the more appreciation we’ll gain for it as an art. 

Computational Agriculture

Agriculture has already come a long way from farmers simply plowing the field to make a living. Nowadays it’s also a science dedicated to studying how to best cultivate crops, making food better and faster than ever possible.

While tools like location or optical sensors are popping up to track the properties of soil, positioning, plants, and more, this information wouldn’t be useful without a way to analyze it. 

That’s where an agritech professional steps in. Farmers need better data on how to feed more people. With the computing capabilities of a machine on their side, a computational specialist can analyze the data on a field and look for ways to reduce pesticide usage, improve crop quality, and simplify the harvesting process.

Agriculture is another example of a very old industry embracing transformation through technology. Learning coding is a great way to pave the path for anyone who’s interested in combining an interest in data with sustainability or better foods.

Computational Art

When we think of art, we think hands-on. Ancient sculptors carved their work by hand. Painters spent years in studios layering brushstroke after brushstroke on a canvas. So how are virtual spaces relevant for artists?

At its roots, art is about creativity. A computer is just another tool to express creative visions. 

While most of us have probably only doodled in M.S. Paint, computational artists rely on far more sophisticated tools. Coding is how they can generate original patterns or illustrations in a completely virtual environment, creating something impossible to craft by hand. Even if they’re more inclined to having a physical practice, tools like 3D printers, robotics, computer-generated textiles, laser cutters, and more are revolutionizing how precisely an artist can bring their work to life. 

Is your child an aspiring artist? They’ll be interested to learn how modern technology can bring their ideas to the forefront. Understanding computer logic is the first step toward a much more expansive canvas.

Computational Biology

Collecting large quantities of data in a short amount of time is now easier than ever. Bioinformatics, the study of creating tools to break down large quantities of complex biological data with the assistance of computers, has been around since the 1950s.

Computational biology parallels bioinformatics but refers more specifically to the process of analyzing and reviewing biological data. Simulating biological relationships, structures, and genomes has helped researchers accomplish feats like sequence the human genome. 

Instead of spending years collecting more data through lab work, biologists can select data sets related to their topics of research to analyze. Biology has always been about the interconnectedness between systems and species. Computational biology is just a better tool for future biologists to understand how everything fits together.

Computational Architecture/Design

Architecture is already an interdisciplinary field. You need knowledge of design, psychology, art, and mathematics to construct a building that’s not just aesthetically pleasing, but also solid.

A tech-savvy architect can make use of programming to pull together their best design work. Computational design depends more on visual programming rather than text-based coding, letting architects explore more design options, combine data with visualizations, and simulate building performance by running environmental tests.

Computational Psychology

What can we know about the human psyche? If your child wants to work in psychology, this is the question they’ll confront every day at work. How can computers help us understand our own minds?

Surprisingly enough, technology like artificial intelligence and neural network modeling is adept at modeling the mathematical system of human minds. 

People are not machines, but our world is constructed on the basis of symbols almost similar to how a computer works. Computers don’t seek to replicate the complexity of the human mind. What they do is represent our mental processes through modeling. 

Through computational psychology, even emotions or perception can be simulated with computers, providing psychologists a better understanding of what might motivate certain human behaviors. Having a grasp on coding will help any aspiring psychologist become proficient with computer-based tools for understanding cognitive behavior.

Computational Physics

Physicists have been using computers in research since the 1940s, simulating the performance of ballistics and nuclear weapons as well as fluid dynamics. Nowadays computation has application in both theoretical and experimental physics, used not only to model systems but also for complex calculations within the framework of those systems. 

In physics, mathematical models are essential to predicting how systems behave. At the same time, solving the math doesn’t mean that you’ve cracked the case on useful predictions. 

Sheer complexity means that the mathematical model doesn’t always accurately represent reality. In these cases, a computer can perform approximate calculations far more accurately than a person.

Physical experimentation is rarely the most useful way to examine system behavior. Understanding how to use computational tools like MATLAB is essential for almost every major branch of physics, from fluid dynamics to astrophysics.

Computational Chemistry

While a good deal of chemistry work happens in the lab, computational programs are assisting chemists in uncovering new chemical phenomena, especially in fields with well-established mathematical methods. 

You can run calculations on molecule structure, size, energies, reactivity, and more. Computers can optimize how you synthesize compounds based on possible relationships. They’re also used to calculate or predict chemical properties and interactions, which is especially useful in developing life-saving drugs.

A computational chemist bridges the gap between theoretical and experimental chemistry, whether it’s simulating experiments to justify a new study or breaking down previously synthesized data. They collaborate with lab researchers in identifying reaction pathways, simulating chemical processes, estimating likely products, designing experiments, and whatever else their work responsibilities call for. With the wider availability of data in the world of chemistry, computational chemistry will only grow in the future.

Computational Mathematics

Math is an ancient field that’s developed since the early days of human history. In its fundamental form it’s about finding patterns, designing conjectures, coming up with proof. 

These days, everyone knows that computers are the best calculators. But the integration of computers into math is about more than just the pocket calculator on your smartphone. Computers are useful for discovering new algorithms when you have an exponential amount of variables to take into account, accounting for massive quantities of data in the study of statistics, and automatically proving theorems with computer programs. 

Since mathematics itself forms the basis of several other sciences, it should come as no surprise that learning computational mathematics has broad applications across fields like logistics, business analytics, computer engineering, banking, medical research, and more. 

Computational Finance

Computational finance is a great example of a field marrying computer science, math, and financial studies for practical applications. 

When you think of Wall Street, what comes to mind is probably the image of people monitoring stock prices throughout the day. Thanks to computational finance, this is far outdated. Nowadays your average trader relies on algorithmic trading, wherein computer programs follow predefined instructions based on timing, price, quantity, or anything else you can express through mathematical models. It’s instantaneous, responding far faster to market changes than any individual can. 

You still need a great understanding of market trends and the computer know-how to put together an algorithm that operates your trading for you. People with knowledge in computational finance can find great success in financial research or strategizing, risk management, sales, and more.

Recommended: Python Classes for Kids and Teens

Computational Musicology

“Music is the literature of the heart; it commences where speech ends.”― Alphonse de Lamartine

Do you like music? Chances are, you’ve enjoyed computer-generated sound. Even setting aside algorithmic composition, human musicians are using artificial intelligence in their art. After “listening” to enough source material, computers analyze the common patterns in music (e.g. chords, length, tempo, melody) and generate their own output. While computers are still not ready to generate outright hits, they’re advanced enough to create music indistinguishable from human creations.

The actual study of musicology is also delving more into computer science. Computers can analyze music far more efficiently than the human ear, picking up on the evolution of musical style throughout a given time period. 

Whether you’re interested in music as a general course of study or from a musical standpoint, computers are a great tool in expanding your understanding of music and will only become more relevant to the art and science of the field.

Computational Philosophy

Philosophy is another ancient study that’s been around for millennia. Ever since humans have been able to think, we’ve wanted to understand why we are here, what we can do, how to define the parameters of morality. 

Math and logic are the underpinnings of philosophy, so it should come as no surprise that computers aid philosophers in proof-checking the same way they do with mathematicians. The basis of philosophical theory can be stripped down to functions and logics, and computer programs can examine the internal soundness of any proof if it’s converted into a mathematical formula. 

Cognitive science, which has a good deal of overlap with philosophy, draws heavily on computational programs to predict human behavior. Using this information to infer on topics such as free will is yet another form of proof for a philosopher’s argument. Computational philosophy is a driving force advancing this classical field in more complex ways than it has ever progressed before.

Computational Epidemiology/Public Health

Epidemiology is a cornerstone of public health, and the main focus of computational aspects of the public health field. It involves studying determinants and patterns of public health such as disease.

Just like the aforementioned computational health science, where scientists can mine information from social media to track the spread of disease, public health professionals are able to do similar tasks to better stop infections from spreading quickly. Using large sets of data usually collected via computer, they generate mathematical models concerning a disease/infection. Running simulations can help predict the multiple possible outcomes within a given environment. This information can be crucial not just for public health policy, but also for politicians looking to implement relevant policies. 

At the moment, researchers are using simulations to study the spread of COVID-19 so countries can combat the virus more effectively with preventative measures. Knowing what to focus on is the first step in a good intervention strategy, and without the programming knowledge public health officials might have difficulty formulating a strategy.

So What is Coding Good For?

Coding skills aren’t just useful for helping your kid land a job as a software engineer. No matter what they’re interested in, coding literacy is a relevant skill.

At CodeWizardsHQ, we believe coding prepares kids for success in a digital future. They’re able to learn programming, problem solving, and logistical thinking in an exciting hands-on environment that does more than teach them the basic principles. It teaches them how to apply them. And unlike so many video based programs, our coding classes, for elementary, middle, and high school, are live and provide extensive out of the classroom support.

Knowing how to code will help them tap into emerging areas of fields that already exist and thrive in ways none of you might have thought possible. Put simply, it’s a way to discover new possibilities while still sticking close to their passions. It’s another tool in their toolkit that will help them succeed in the world of the future. 

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