Improve Patterns and Sequencing for Your Child

Identifying patterns and sequences helps us logically order events, images, thoughts, and actions. By helping your child improve their identification of patterns and sequences, you can strengthen his or her conceptual and reasoning ability, concentration skills, and verbal, written, and mathematical foundations.

How to Help Your Child Identify Patterns

Children find patterns from looking around and noticing the things around them. A parent’s job is to recognize patterns and point them out, in clothes, on the sidewalk, and everywhere patterns are to be found.

Pattern Basics

A pattern is only a pattern if it is repeated more than once. The easiest patterns are those involving two colors or variables, such as red, blue, red, blue or ABAB. More complex patterns include ABCABC, or AABB.

Identifying Patterns in Your World

By taking the time to notice and identify patterns with your child, he or she will begin to see and identify them as well. Be on the lookout for some of these patterns as you go through your day:

  • Fabric used in clothing, such as stripes, prints, and plaid
  • Shoes have patterns on the sole, and make noticeable tracks when you walk through mud or snow
  • Nature provides patterns in flower petals, gardens, and animals
  • Dinner foods can be served in patterns
  • Grocery stores have patterns in foods, displays, and floor tiles

Create and Extend Patterns

As patterns become more complex, work with your child in order to extend the pattern, or create new ones. Examples include:

  • When serving small crackers or cereal that comes in multiple colors, ask your child to create a pattern with his or her food before eating it
  • Use blocks, Legos or other small toys to create patterns across the room
  • Use stickers or rubber stamps to make patterns on paper
  • Create movement patterns as you move across the back yard, down the street or through the park. For example, walk, walk, jump; walk, walk, jump.

Patterns are all around us, as are opportunities to teach your child more about them. The key to teaching this basic math skill is to make your child aware of patterns and give her opportunities to create and extend patterns in daily life. After just a bit of practice, you will be amazed at how often he’ll find patterns that you don’t even see.

How to Improve Your Child’s Sequencing Skills

Sequencing is a fundamental skill that we use all day long. Whether it is going to the bathroom or reading a story, we need to use sequencing in a variety of daily activities. Helping children sequence can help them learn routines and develop key academic skills like reading comprehension and scientific inquiry.

Observe How Your Child Plays

A child who has limited sequencing capacity might pick up a toy and then bang it, performing a two-step sequence. A child who can perform a three or four-step sequence might be able to figure out how a toy works by pressing buttons or spinning various dials.

Children who are able to perform activities with even more steps are able to communicate through gestures and behavior to show adults what they want, figure out how complex toys work, and play with several toys interactively.

Use Games to Create More Steps for Your Child

The robot game is an example of an engaging activity that involves extensive sequencing and communication skills. An adult can be the robot and follow the instructions given by the child very literally.

For example, if the child were to order the robot to do a task such as make a jelly sandwich, the adult would have to follow the child’s command even if the direction is incomplete. If the child forgets to tell the robot to open the top of the jelly jar or put jelly in the middle of the sandwich, the adult could make humorous mistakes, prompting the child to use more specific instructions.

Speak the Sequencing Language

Using words such as first, second, third, next, then, before, after, and finally with your child in discussions about daily activities can help them build their understanding. You can use and teach your child these words in everyday conversations.

For example, if you’re waiting at a crosswalk with your child, you might say: “You see those cars waiting at the red light? The first car is blue, the second one is black, and the last one is red.” Many activities in daily life can provide opportunities to practice sequencing as well as vocabulary words.

Practice Sequencing Using Different Modalities

Sequencing can be communicated in various ways, using words, pictures, music, and objects. Practicing sequencing with your child using various tools and modalities can advance his or her skills and engagement in learning.

While one modality might be to use stories as models for how events occur in sequences, another might include songs that have repetitive structures and associated dance moves. Learning new modalities can encourage your child to practice sequencing while having fun.

How to Develop Your Child’s Collaboration Soft Skill

Collaboration is clearly helping business owners, entrepreneurs and innovators thrive, but can it also help children? We’ve investigated why your child should develop collaboration as a soft skill, what steps you can take to help them learn, and how you can continue to grow their skills.

Collaboration in an Increasingly Connected World

From a young age, children interact with other kids and adults who come from many walks of life. Through technology, children today have the whole world at their fingertips, and they need to know what to do with it.

Collaboration helps children to discover each other’s strengths, interests and capabilities. Instead of limiting learning from a teacher or an adult, they can learn from each other. As a result, each child can develop a unique set of skills and knowledge in a fun and efficient way.

Collaboration skills can increase your child’s understanding of how others view the world. By developing new perspectives and learning to appreciate differences of opinions, your child can grow to appreciate harmony, and be at the forefront of a more civilized world.

5 Tips To Develop Collaboration Soft Skills

For any parent that wants the best for their children, collaboration is an important soft skill to teach them. In order to develop your child’s collaboration soft skills, follow these five tips:

1. Participate In Group Activities

Getting a child to cooperate with others can often be a challenge, but it is important for your child to develop this skill. Peer interaction and collaboration starts early in life and helping your child understand the value of working well with others is key to encouraging his or her cooperation during group activities.

2. Include Your Child in Your Daily Routine

Include your child while you are running errands to teach about collaboration. When you are out, point out what’s happening, who the people are, and what they’re doing.

For example, if you are at a grocery store, point out what the stock person is doing as she places items on the shelves. Children at this age notice everything, and you can take advantage of this by pointing out the roles that people play, and how they have to work together toward collective goals. In doing so, you are showing teamwork in action.

3. Initiate Play Dates

One of the best ways to foster group work and collaboration is to encourage play and organize play dates with several friends. Your child may be great at playing with one friend, but it takes new skills when there is more than one friend included. The more your child interacts with multiple friends, the more he or she will be able to discuss solutions and work in groups.

4. Encourage Good Sportsmanship

Encourage good sportsmanship. As your child gets older and begins to engage in more sports, the concept of competition emerges. Remind your child that winning or losing does not define his success and that he should not forget to be caring and kind in all his interactions in life, including competitions. Teach your child to shake the hands of the opposing team members after a game, regardless of its outcome, and to be a gracious winner and loser.

5. Collaborate With Other Parents

Finally, share your ideas with other parents, but also listen to the input of others. Recognize when someone else has a stronger idea than your own and support it, being sure to give credit where credit is due. Leading by example will go a long way towards building collaboration skills for your child.

Advancing Future Education and Career Prospects

Employers and higher education institutes today are in search of people with unique ideas and soft skills. The skills in demand include leadership, communication, negotiation, teamwork, interpersonal skills, social skills, and cultural competence, but someone who works alone can’t develop these skills.

Collaboration and interacting with the people are the way to build soft skills that educators and employers are looking for. By learning to work together from a young age, children can get a head start in achieving their education and career aspirations.

Those people skills can be invaluable where workplace collaboration is an increasingly pivotal part of the job for many creative professionals. Workplace collaboration is multifaceted and includes a range of abilities, such as clear communication, problem-solving, empathy and accountability. By developing your child’s soft skills early, you can help prepare them for their future education and career.

What is Java and Minecraft Mods? Teaching Kids to Program

At iCodeSchool, we believe that children are the future of the planet. With this knowledge comes the responsibility to teach them essential skills to succeed in an age of ever-evolving technology. One of the ways we inspire children to bridge the gaps they’ll eventually cross is through something called STEAM learning. STEAM is based on the concepts that combining science, technology, engineering, art and match will prepare young learners for what’s ahead.

A problem many parents and teachers are facing today is the idea that STEAM learning is boring, difficult, or too advanced. This couldn’t be further from the truth. To show kids that STEAM is fun, engaging, and useful, we’ve created several courses, like our Java with Minecraft Mods camp for elementary and middle school children.

Throughout his blog, we’ll dig a little deeper into what Java is and how it works with Minecraft to enhance your child’s understanding of computers, technology, and science.

What is Java?

In programming, as in life, there are many languages used to create the apps, software, games, videos, and other tech we enjoy. Java is one of these programming languages and an early one at that. Developed in 1995, it is still used today in a variety of applications and websites. You may notice a popup asking you to run Java if you haven’t already installed it on your computer.

Understanding how Java works and being able to use the programming language essentially means your child has access to advanced computer skills. These skills can then be used to create his or her own website, game, or mobile application, and more.

Java is free to download, making it an excellent early tool for students and young programmers. Whether your child is interested in computer programming, or simply loves to play computer games, Java is an excellent way to increase understanding of the things they enjoy.

How Minecraft Mania Teaches Children to Code

Minecraft is a single and multiplayer game that took the world by storm in 2009. Still a popular computer game played over multiple consoles, Minecraft is a great way to teach your child to code early. It also fosters creativity and a sense of community.

Minecraft offers a unique user experience called a Minecraft mod. A mod is basically an independent modification to the Minecraft game made by users. There are thousands of different mods already online and running, which can be downloaded and played for free.

Many people believe that the reason Minecraft became as popular as it did is that it offered players so many customizations. Being able to create your own virtual world is a video game fantasy for many, and Minecraft made it a reality.

Using the Minecraft mod experience and the programming language Java, iCode School created a course for your child to learn to create and explore their own Minecraft mod.

iCode School’s Minecraft Camp

Coding with Java to create a Minecraft mod provides more than a video game experience to young learners. It offers a chance to learn practical hands-on computer coding skills which will be beneficial in years to come. Working in a team environment, students learn to work together, depend on themselves, troubleshoot, problem-solve, and delegate different responsibilities to their teammates.

The coding process and the gameplay process are very different things. What children receive when they begin a course like this, isn’t just a chance to play a game with their friends. Coding a Minecraft mod is a lot of types of language and code. In the beginning, it all looks like computer jargon and gibberish. By the end of the course, students understand Java, how to use it on their own, and the power of code and the internet.

The iCodeSchool Advantage

iCode School designs curriculum specifically for future generations who will require these skills to succeed in a digital world. Everything from shopping to learning takes place on computers and knowing how to program a computer is just as important, if not more so, than understanding how to use one.

The skills children learn through iCode School’s Java with Minecraft program will carry over into a computer science degree, an engineering career, or a video game designer position. These early years are crucial in a child’s learning journey to develop the foundation for future courses and advanced lessons.

For more information on iCode School, our Java with Minecraft course, and other STEAM-based courses, contact us today. Our inclusive learning environment is a safe place for kids to develop self-esteem and proficiency in science, technology, engineering, art, and math learning models.

Babysitting an Adult

It sounds humiliating from an employment standpoint, but that’s exactly how it feels for men and women in modern corporate America. The hierarchy of business structure includes entry-level employees, senior employees, supervisors, managers, and upper management. Depending on the size of the corporation there could be multiple employees in each role.

According to an opinion piece published in Harvard Business Review, the infrastructure of this hierarchy puts management and employees at a ratio of 1:10 on average. This seems minimal in a small business setting of 20-employees, but as that number grows into the hundreds and even thousands, the management required is outrageous. Management also earns more. So, for a company of 1,000 with 100 managers earning roughly 33% more than entry-level workers, a company is spending a large portion of their overall budget on these roles.

So, what’s the problem with companies paying so many managers to supervise? Many Americans believe that if employees were being trained properly and hired based on the skills and abilities, they need middle management roles would be obsolete.

The Toll of the Middleman

Management is an essential piece of any business puzzle. Without managers, a company would falter. However, the role of the supervisor is a different story. Supervisors are a middleman between manager and employee. They act as a messenger, disciplinarian, watchdog, and trainer. While many supervisors are helpful, the act of being supervised is demeaning to many senior-level employees, some of whom may have been with a company longer than a new supervisor has even been out of school.

Feeling the presence of a supervisor constantly watching and criticizing work being completed takes a toll on a business. When employees are hired based on the skills they possess and are trained to do their jobs well, the role of supervisor should be unnecessary. So long as there is a manager to address big-picture issues, problem solving and experience in the field should be enough to help employees succeed.

Early Support and Education Help

One of the issues facing employees in the lower ranks of a corporation is a lack of early education. Many employees don’t begin receiving support or equipment to properly learn their roles until they’ve advanced in the company. This diminishes confidence early on and creates a need for greater assistance from managers and supervisors. Victor Lipman of Forbes once expressed his disapproval for these methods of training, stating, “I can readily speak from experience on this one, having received considerably more training and development opportunities in the latter stages of my career than in the early formative stages, when I most needed it.”

Providing ongoing training through every stage of employment is the best way to prepare employees for their roles and keep them strong as the company changes and grows. This removes the need for constant assistance from supervisory middlemen.

Future of Drones and Drone Programming

Drones have come a long way from the early remote-control helicopters of our past. Modern drones are far more than play toys and are used in several high-profile industries. For research, surveillance, planning, and even deliveries, drones perform tasks that humans often can’t. To reach these goals, drones must first be programmed.

At iCode School, our goal is to provide the skills early learners need to be successful in the future. Drone programming is one of these skills. Throughout this blog, we’ll take you on a walk through the future of drones and drone programming.

What is a Drone and Why Does it Need Programming?

A drone is an unmanned aerial vehicle. By this definition, it could be any shape or size, but here we’re mostly talking about the smaller remote-control drones, often paired with a video recording system. There’s a lot of misinformation out there regarding drones and what they do. While flying one of these miniature devices is a lot of fun, they’re designed to do much more than entertain.

Drones perform jobs. For example, recently Amazon.com has begun using drones to deliver packages. For a drone to make it from point A to point B with a package in hand, it must first be programmed to do so. Programming requires intricate computer coding, which helps the drone understand what its purpose is and how to fulfil that purpose properly.

Drones for Business

Drones do more than deliver packages and loop the loop. There are a variety of industries currently benefiting from the use of drones, including:

  • Wedding and wildlife photography
  • City planning and Architecture
  • Search and Rescue
  • Film and Television
  • Real Estate
  • Mining
  • Mapping

The data drones capture is used for many reasons. In some fields, such as photography, the data is edited and turned into high-resolution prints. In real estate, city planning, and mapping, data is delivered to their respective departments to be analyzed. In many businesses, the data analyzed from drones is used to make big decisions, such as improving practices, suggesting budgetary changes, and estimating future work.

As drones continue to evolve and change, they may begin to develop even more use in these and other industries. Developing drones to serve the individual purposes of niche markets is certainly a possibility. Any changes we see will depend on the limitations of drone programming and whether our youngest generations choose to pursue careers with a STEAM foundation.

The Drone Impact on AI

The future of drones is unlimited. Especially as so many models continue to develop new and unique ways to benefit their prospective buyers. Artificial intelligence is one of the leading advances in drone technology. Currently, drones are limited by the manual operations of their human counterparts. However, drones are becoming closer than ever before to a time when they may power themselves.

The concept of AI-powered drones is both exhilarating and alarming. It could open a world of possibilities or a world of limitations, depending on how the AI functions and to what extent. AI has always been a futuristic subject, but already it’s taking shape in household items. Even the mobile phones we use have AI support, like Siri and Google.

Understanding the programming of drones plays a massive role in whether we will achieve fully AI-driven drones in the future. This is a big part of why iCode School supports drone programming. Not to develop AI, but to give young learners the chance to explore these opportunities of the future.

Developing early drone programming skills gives students the foundational skills necessary to advance this technology further when it’s finally their time to take the key to the city.

Drone Programming with iCode School

iCode School works hard to provide the children of today with the skills they’ll need tomorrow. To do so, we offer STEAM learning, which prepares young learners for work in fields related to science, technology, engineering, art, and math.

Through a comprehensive computer science curriculum, students learn the programming behind many of the latest technologies including drones. These skills provide a strong foundation for advanced computer and technology courses and a variety of career paths. The future is filled with amazing technological discoveries yet to be made, and at iCode School, we truly believe our students will be among those to do so.

For more information on iCode School, programming courses, and other STEAM-based programs, contact us today.

Why Your Child Should Learn About Robotics

Living in a digital age of rapid technological advancement has drastically increased the need for experts in the field of science, engineering and technology. Learning about robotics at an early age gives children the confidence and skills needed to excel in an ever-evolving world.

Unsure about exactly what robotics means? Robotics is the designing, engineering and management of robotic technology. Robotic technology involves mechanically working parts with the goal of accomplishing a task. Picture the claw game at the arcade and how putting a coin into the machine activates the claw, after which you maneuver the claw into position with a joystick, and finally, it reaches for a chosen object at the push of a button. All this is accomplished through robotics. 

While the concept of robotics conjures images of C3P0 and R2D2 style animatronics, robotics is about far more than droids alone. Everything from the automated teller you use at the bank to the automatic carwash down the street uses robotics to operate. So, why is it so important that the younger generations learn about robotics? Here are some prime examples.

The Future is Automated

Your local grocery store may still employ checkout clerks to ring through your purchases but recent reports suggest that in the next decade and a half, more than 40% of manual jobs will be replaced through automation. That’s a huge chunk of the employment pool being run by machines. This isn’t necessarily a cause for panic, however. While the manual task of ringing through groceries will be obsolete, new jobs are becoming available.

Automation doesn’t happen on its own. It takes a myriad of people in a variety of fields to create the technology which supports these machines. This produces jobs like:

  • Research and development
  • Physical engineering
  • Computer programming
  • Maintenance and repair
  • Software development

The list only goes on from there. In fact, already mobile apps for grocery shopping are making headway, creating the need for app development and maintenance. If science and engineering are the golden skills of the future, having early access to robotics education is an asset for any child.

There’s a Calling for Tech Educated Professionals

While the technology fields continue to expand, graduates from science and engineering programs do not. This is a big problem in countries like the United States where nearly 2-million undergraduate degrees are awarded annually, less than 20% of which are in STEM (science, technology, engineering and math) degrees. Whether less high school graduates are interested in the sciences, or the programs are too difficult, it’s putting the American economy at risk when so many jobs go unfilled.

Learning robotics offers children a glimpse into the world of STEM education. They learn about special reasoning, electric circuitry, computer programming, engineering and more. Whether they choose to pursue a career in robotics later isn’t as important as knowing they have the skills and information to make that choice when the time comes.

Learning Robotics Removes the Mystery from Tech 

Unless you’ve been exposed to science and technology before, it can be daunting. Exposing children to skills like math and engineering increases self-confidence and reduces the fear of attempting STEM-based projects later in life. Children who work with robotics encounter elements of science, technology, engineering, and math in a fun and interactive way. Without the fear of the unknown, more high school students might go on to explore technology in university. 

Robotics teaches the foundation required for more advanced technology careers. Not only does it offer insight into the world of mechanics, but also creates the opportunity to develop new hobbies and interests.

Robotics is a Fun Way to Introduce Programming

Students who learn robotics inadvertently learn to code. Rather than viewing the activity as an educational experience alone, most children find robotics fun. Learning for fun rather than out of obligation produces positive results and an improved rate of self-esteem. It helps students relax, make friends, and create memories.

With programming being one of the most sought-after strengths in modern tech-based industries, learning young ensures that your little one brings relevant skills into the job market. Unlike some other STEM opportunities, robotics combines theoretical and practical expertise into a variety of activities.

Finding Robotics Courses Close to Home

For kids in Texas, Oklahoma, Arizona, New Jersey, and Massachusetts, iCodeSchool offers courses in robotics. Our goal is to increase awareness of STEAM learning and help future innovators reach their full potential.

For more information on extracurricular robotics courses and iCodeSchools list of boot camps and summer camps and afterschool programs contact us today.

Elements of Success in a Professional Career

Professional success is relative to the person perceiving it. It can be many things. A raise or promotion at work, completing a difficult task, and receiving a positive performance review are all examples of what some people might describe as professional success. Your definition might depend on the industry you work in, the title you hold, the salary you earn, and other personal factors.

While success looks different for everybody, there are some elements that remain the same. Success is a positive thing; it involves achievement, reward, and a favorable result of hard work and dedication. How do you achieve this? There are certain elements for professional success, and we’re going to discover these together.

Relevant Education and Training 

The skills you acquire play a big role in the level of excellence you achieve in a career. It doesn’t always have to be book learning or a college degree. The experience you earn and the training you receive on-site are just as important. For example, in the trades industry, whether you’re a plumber, mechanic, or electrician – some of the best skills you’ll learn will be on the job as an apprentice. For those in tech industries, programming and coding learned through extracurricular activities, courses, and hands on experience are critical.

Whatever you want to achieve in your career be prepared to train for it. A combination of hands-on and literary learning is a great way to get started. Don’t be afraid to continue learning even as you get older. To progress in your field, updates and upgrades are essential.

Create Learning Opportunities from Negative Experiences

Nobody’s work life is perfect all day every day. There are going to be ups and downs. It’s how you react to those experiences that define your professional future. For example, if you work as an IT specialist and the system that you’re monitoring crashes under your care, learn from it. Rather than getting frustrated by the situation, or feeling negative about your efforts, uncover the reason behind the crash and educate yourself on how to minimize this risk in the future.

Creating learning opportunities from negative experience takes power away from the problem and turns it into something good.

Commit to Your Cause: Give it 100%

A piece of advice seen regularly in self-help books and career advice columns is not to spread yourself too thin. If you have a goal, working toward it 100% will achieve the best and fastest results. Committing to your goal will increase the chances of success. Think about it this way: if you want to earn a college degree in an undergraduate program and you take a full course load, you should finish within the allotted 3-4-year period. However, if you work part-time to earn your degree, it could take 5 or more years to earn the same degree.

Building Relationships: Be a Team Player

The relationships you build, whether as peers or as a leader, are important. Even those of us who strive to “make it on our own” will work with others at some point in our careers. If you think about your company as a machine and each employee a working cog, you will see why working together is crucial. If one cog stops turning, the entire machine will fail. This is true of any industry.

When building professional relationships, it helps to be positive, respectful, and flexible. Remember, you’ll make it to the top faster if someone helps you build the ladder.

Have a Plan with a Clear Goal 

Before achieving success, you should know what success looks like for you. Having a clear target allows you to build a plan and tackle your goal one step at a time. For example, if your company is doing wonderful in every area but marketing, perhaps your current goal is to achieve advertising success. This gives you a specific outcome, from which you can create an organized strategy. Similarly, if your goal is to become an IT professional, you can trace the steps to reach your dream through education, resume building, work experience, and more.

Start Early Finish Strong 

It’s never too late to achieve a professional dream, and it helps to start as early as possible. Once you know what you want to do, don’t wait to act. Even if you can’t tackle your main objective straight away, there are ways to improve your chances of success. For example, if your child wants to be a software developer, but must finish middle school, high school and college before meeting this goal, there are ways to develop relevant job skills early. Programs like the ones we offer at iCodeSchool supply children with early science, technology, engineering, art, and math skills, which help them excel in future tech careers.

If you’re interested in learning more about learning skills for success in science and technology fields, visit us online at www.iCodeSchool.com

Jobs of the Future – STEAM Prepares them Early

The world is your oyster, that’s the message we want to send to future generations. As the world continues to grow and evolve, more doors are opening into unique and fulfilling career paths. One trend we’ve noticed is the rise of tech and science-based jobs. In a world dominated by video games, online shopping, and social media, it’s easy to see how tech has come into demand.

You might be surprised to learn how much work goes into those websites and apps we all love. To keep technology advancing we’ll rely on younger generations to continue learning and evolving in the industry.

As parents, it’s easy to find yourself daydreaming about the potential jobs your child might have one day. Will they become a teacher, doctor, lawyer, or a graphic designer? Here are some of the top jobs of the future that your little one could end up in to help make an impact.  

Database Administrator

As the name suggests, a database administrator helps maintain and organize information in a company’s computer database. There are many factors that go into this process, such as securing systems so only authorized users can access pertinent information.

The storage of information has always been important in business, but with so much information being stored digitally, database administrators have become indispensable. The position requires an advanced understanding of computer jargon, structured query database language, and other skills. To gain these skills, database administrators have a bachelor’s degree, usually in a field like MIS (management information systems), or computer sciences.

App Development

Everything from checking your email to playing a round of Angry Birds can be accomplished through a mobile phone. To do so, your phone is equipped with mobile applications. The mobile app industry is booming. With so many internet users turning to mobile technology to access business and leisure tools, every industry from advertising to finance uses apps.

App development and maintenance usually require a degree or experience in software engineering. As technology becomes a more prominent focus in education, more institutions are creating programs to support computer sciences. You might even find a course or degree focused specifically on mobile app development.

Software Development

 

Like mobile app development, software development is essential to any business performed with a computer or electronic device. Everything from Microsoft Windows to Safari requires specific software to work. Software developers perform several duties and can specialize in narrow fields of interest like app building or system building.

To work as a software developer, an undergraduate degree from a computer-based university program is required. Computer engineering or computer sciences are both acceptable. Some companies might hire based on experience alone, which is why it’s important to start developing STEAM (science, technology, engineering, art, and math) skills early.

Video Game Design

It might not sound as sophisticated as software design, but video game design requires the same high level of education and programming skills. In fact, the gaming industry is massive, and many designers enjoy an average salary of approximately $80,000 USD.

Games for PC, console, or mobile devices use art and programming to design aesthetically stunning interactive storylines for kids and adults alike. With the addition of modern features like 3D technology and virtual reality, this career path has become more advanced than ever.

Many video game designers have degrees in computer science, graphic design, or computer engineering.

Network Administrator

The more technology the world acquires, the greater the need for network administrators in small and large organizations. This position uses technology to monitor and organize networks being used. Administrators focus on LANs, WANs, intranet, network segments, software, and more. From installing programs to securing the company network, there’s no lack of work for this position.

Another computer-focused role, a Network Administrator should have experience with computers and networks. A degree in computer sciences from an undergraduate program is sufficient to get started.

Health Information Technician

The health industry is another area where employment is up. For as long as humans are mortal, medicine is a requirement. But, how to hospitals and medical facilities keep patient records and prescriptions organized? In the past, everything was done in paper files, but this just wasn’t feasible as an ongoing practice. Mainly because of time and space constraints. With the introduction of computer storage came a new way to manage and store medical information.

Health information technicians manage the influx of information, filing and storing it. This role requires a 2-year certificate or degree in a health IT course.

iCodeSchool STEAM Courses Support Future Generations

At iCodeSchool, we see the trends science and tech jobs growing in leaps and bounds. Our aim is to provide the knowledge and skills to future generations, so they succeed in these careers. If the future is technology, it’s vital that our children learn the basics, so this field continues to grow and evolve.

Our after-school programs, summer camps, and extracurricular courses provide interactive opportunities to advance in STEAM (science, technology, engineering, art and math) curriculum. For more information on STEAM and the future of technology, contact us at iCodeSchool today.

 

 

State of Our Education System (University Level)

United States universities have long been recognized as some of the best in the world. Approximately 5% of students enrolling in American universities are international students. Among the many prized educational institutions in the world, the United States holds the top three global university rankings with MIT, Sanford and Harvard. Other international schools, such as Oxford in the UK and the Swiss Federal Institute of Technology in Switzerland also make the top 6 for schools being chosen in 2020.

Even with the recognition that our school system is prized internationally, it’s important to note that there are areas, which could be improved. The current standards of the curriculum at American universities are lacking in areas like science, technology, engineering, and math.

The Importance of STEM in an Evolving World

Nearly every job in America uses computer technology or engineering to function on some level. Electricians require fine-tuned electronic devices for monitoring energy output, doctors use a variety of machinery to monitor everything from heart rate to bone density, and even automotive mechanics use technology to scan vehicles for internal issues. Not to mention the importance of STEM information used for global communication, the use of smartphones, tablets, laptops, and all the apps and software that go with them.

How U.S. STEM Learning Compares to the World

In a world where technology has become prized over everything else, how can it be that our children aren’t obtaining a higher level of education in this field? The numbers have been improving, seeing a leap from 303 thousand STEM graduates in 1975 to 669 thousand in 2015. Compared with international graduate statistics, however, this is still low for an industry, which appears to be taking over in terms of global importance. For example, in the same year 12,593 U.S. students graduated with degrees in computer science compared to international graduation statistics showing 45,790 computer science degrees.

The country with the highest number of STEM graduates is China, followed by India. This tells us that other countries are noticing the importance of science and technology. Their efforts far outweigh our own, and yet, as you saw above – U.S. universities are still considered some of the best in the world.

What’s most surprising isn’t that the United States has fallen behind in what some are calling a STEM crisis. It’s that many of the international students surpassing our students in science and technology are attending American schools. In fact, 62% of the international students at U.S. universities are enrolled in STEM programs. Some educational experts suggest that without international interest in American science programs, they may eventually cease to exist.

In recent polls, international students accounted for about 81% of all electrical engineer students in the country and 62% of all mechanical engineering students in the country. These are high numbers when you consider that only roughly 5% of students enrolling in U.S. schools are foreign applicants. That means that these high number of global students enrolled in STEM programs come from a pool of only 5% of U.S. University students.

Supporting Students with STEM Education

Many Americans assume the reason for the lack of registration in STEM-based programs is based on intimidations. If students find the subjects too difficult, for example, it may deter them from applying for fear of failure. Therefore, science, technology, engineering and math programs are important for young generations.

Long before the university level, students can acquire the skills they need to be confident and successful in STEM careers. Extracurricular programs like those available through iCodeSchool offer summer camps, after school learning, high school boot camp courses, and even family classes for shared learning. Some STEM programs also include art in their curriculum, proving the importance of the subject in technology. These then become STEAM programs. Art is an important element in everything from web design to smartphone application creation. Combining art with technology education offers students a new level of learning and one that is valuable by modern standards.

Learn More About STEM Programs

At iCodeSchool we understand how important it is as parents to see our children succeed. This is one reason we’ve designed a curriculum to support students as early as elementary school. While learning STEM skills young is highly effective at improving future outcomes in these fields, it’s never too late to begin learning.

Our high school programs prepare graduates for entering higher levels of education in fields like engineering and technology. Our hope is that future generations will have the skillset and confidence necessary to succeed in these highly revered career paths.

For more information on STEM and STEAM programs, or to see what courses and curriculum are offered through iCodeSchool contact us today.

Rise of YouTube: Skills for Creating Your Own Channel

YouTube is a video streaming and social site, which launched in 2005. Since its debut on the internet, YouTube has taken the world by storm, racking up 1.8 billion monthly users. What began as a way for people at home to share personal videos has erupted into a full-on career path. YouTubers make money by running ads, through paid sponsorships for product representation, affiliate links and more.

While earning a living through YouTube alone is unlikely, it can and is done. Some YouTube sensations like Logan Paul (a YouTuber who vlogs about his life) earned more than $12-million in 2017. Jenna Marbles, another vlogger with a following of more than 18-million has a net worth of $5-million.

Of course, it’s important that children understand not every YouTube account will earn money. However, acquiring basic YouTube skills and creating a channel is relevant to career paths in technology, science, and of course, art.

Creating a Basic YouTube Channel

The channel creation is the easy part. After this you need to decide what kind of material to share with viewers. Will the account be public or private, and are you planning on using the channel as a potential source of income? These are all good questions to ask. If you’re interested in setting up a YouTube channel, the process is simple.

To begin creating a YouTube login, or if you’ve already made an account, simply login. On the top right of your computer or tablet screen you’ll see your user icon. Click this and then the cog icon, which represents settings. Once in YouTube settings, click “create” and choose “new channel”. You may then decide on a name for the channel, be it for business or personal use. This channel name can be thought of as a calling card or brand. Choosing a name that represents you or the type of videos you plan to share will help other users identify you later.

Being Successful on YouTube

Creating a YouTube channel and building a recognizable YouTube brand are two very different things. There are many ways to become successful. Some channels provide their viewers with information, like tech blogger Austin Evens. Others show a side of the world that viewers want to see, like the food and travel vlogs of Mikey Chen and Trevor James (The Food Ranger).

While some of the skills associated with a successful YouTube channel come from the information you share, much of it is related to behind the scenes technology. Videos with good lighting and audio are favored over those with poor camera work. Editing skills are also vital to the creation of popular videos. Knowing how to splice videos to cut out parts you don’t want to share and keep the interesting parts you do want to share is crucial. Even something as simple as adding music to a video can make a huge difference to its likability.

There are also the efforts outside of video development that add to the success of a channel. Things like background design, color scheme, and icon creation. This technical portion of channel creation promotes an image of authenticity, authority, and professionalism.

STEM Education for YouTube Success

The skills required to be a successful YouTuber can be learned. STEM and STEAM programs, which focus on science, technology, engineering, art and math offer the skills necessary to develop and edit videos, maintain a YouTube channel from a desktop or mobile device, and more.

In a world that values computers, technology, and the Internet as much as we do, the young generations are the ones who will benefit from this education. Not every child will go on to be a professional YouTuber, but the data accumulated through the experience could encourage them to become successful in other tech-based careers. The call for application development, computer programming, and software design has never been higher.

Training for STEM Success

At iCodeSchool we offer after school classes, summer school programs, and even family courses to provide children with the tools to be successful in technology. As technological advancement progresses in leaps and bounds, it’s important that young students develop the aptitude and self-esteem to work in these fields confidently.

iCodeSchool programs are created for students age 6 to 18. From a young age, we know how important it is that children begin understanding science, technology, engineering and math. Learn more about how STEM and STEAM programs can help your child achieve their dreams with YouTube and other technical applications. Contact us today for more information.