Computer Science Teacher Certification
Understanding the science behind computer science, or computing, can tell us about our past and our future. From abacuses and calculators to mainframes, laptops, and smart phones, computing has transformed our world and makes our lives easier in many ways.
On This Page…
|What is Certification?|
|Why computer science teachers are important|
|Certification process ensuring teacher preparation|
|Find Schools offering teaching certification programs|
Some students will know how to use technology tools (such as texting) better than their teachers. But to really understand computing, including the science behind it and the ways to manipulate it, students need to take classes related to computer science taught by certified teachers who can express themselves well and who may have worked in the computing field before they became educators.
In addition to explaining the fundamentals of computing, these teachers will be showing their students the merits of problem-solving, collaboration, and creativity.
It’s a challenging and rewarding profession. Computer science teachers are always looking forward. They keep their eyes on the latest advances, the newest tools and breakthroughs. And they always keep the future in mind while teaching because, if they do their job right, some of their students may be inspired to become tomorrow’s engineers, system administrators, and innovators.
But before they can share their experiences in the classroom, computer science teachers need to become certified.
What is Certification?
Educators wanting to teach computer science need to be proactive. They need to ensure they sign up for the right program that will lead to the job they want.
Students with all types of interests stand to benefit from studying computer science. The subject:
- Teaches students how to be innovative and solve problems. Students will need these skills in college and throughout their careers.
- Shows students how computers process information. Computers are inescapable in our daily lives as they help us do banking, shop, and travel. Everyone needs to understand computers’ capabilities and limitations.
- Gives students knowledge in how to use computers safely and securely.
Source: The Computer Science Teachers Association
Computer education programs and requirements vary widely from state to state. Some states do not offer a computer science certificate at all, and many of them do not require it for computer science teaching. (Explore your state’s requirements for certification, here.)
Instead, some states accept other types of teacher certification, such as mathematics, educational technology, and business for their computer science teachers. In fact, educators who have had little exposure to computer science but hold a business certification could teach computer science in some areas of the country.
Candidates for computer science teaching jobs should make sure they have a well-rounded education, and if applicable in their state, consider earning a certificate in computer science.
A certificate gives validity to a teacher, from the viewpoint of administrators, parents, and students. The designation lets people know that the certified educators have taken the profession seriously by meeting a set of standards and getting adequately trained on the subject matter. It solidifies their status as an expert in their field as someone who is prepared to share their knowledge with students in a helpful way.
Why Computer Science Teachers Are Important
By sharing their knowledge and interest in computing, teachers can help fill a growing void.
The U.S. Bureau of Labor Statistics predicts jobs for software developers will grow 30% by 2020. The demand will be high for workers who are both interested in computing and have the expertise to work with it.
To gain that interest, they need to be exposed to computer science during their formative years. Their education in the field will provide students with a framework they can use later, if they choose, to build a profession that benefits their well-being and that of others.
Software programs they create, for example, could make aspects of our lives or the experiences of businesses easier. By supporting this topic, educators may also contribute to keeping the United States competitive with other countries that are also experiencing advances in technology. It may contribute to economic growth in the United States as well by leading to the creation of new products and business tools that help companies become more productive and efficient.
In addition, computer science teachers help students develop skills that will be useful in the real world. These students will learn by doing. They will experience the process of following directions, going through a series of steps to see an end result, and collaborating with other students to find a solution.
Above all, they will experience the frustrations of trial and error that will teach them to be persistent and patient. Indeed, they will become problem solvers since, at its core, computing is the means for solving a problem (such as how can we do X better or faster?).
How Certification as a Computer Science Teacher Ensures Preparation
Potential computer science teachers will need to be able to go beyond showing students how to use a laptop. They should have an understanding of programming, graphics, computer networks, robotics, and software design.
By exposing computer science to a young student population, teachers may be encouraging students to one day become:
- Database administrators
- Network system analysts
- Software engineers
- Chief information officers
- Computer science teachers
Teachers should understand not just how to use technology but how to explain and show students the basis behind computing tools so that they can create their own, including software programs, spreadsheets, and websites.
By understanding the logic behind software programs and their design, computer science teachers can pass on that knowledge to students. The idea is not so high school students, for example, can become technological wizards but that they can gain the value of experiencing problem solving and using critical thinking.
At the most basic level, students need to understand that computing is based on algorithms. Computer programs won’t work unless we give them step-by-step guides on what to do.
In the classroom, computer science is about more than documentation. It is a unique subject because teachers have to go beyond lectures. They need to use visuals and exercises to show students how applications work and to have students go through the process of making their own programs. Teachers should let their students make mistakes and learn from them, and have them go through the process to experience the frustration – but also the eventual reward – of finding the solution to a problem.
Computer programs are built on languages, such as Java and C++. Teachers need to be familiar with the more popular languages so that they can help their students understand programming.
Programming is becoming a more popular class in secondary schools. Such classes can help students see their imaginative ideas, such as a scene in a video game, come to life. Such activities can help students respect the theories of computer science and see the value in studying the subject.
Since programming is an activity, students can learn by doing and will be more enthused with the subject than they would be if they were only hearing about it.
Teachers should be able to put together their own applications using such languages and understand the fundamentals behind them. They need to practice making a website from scratch, for example, so that they can walk their students through the same exercise.
Collaboration and Creativity
Computer systems are built and perfected through collaboration. Developers improve upon each other’s work to create the ultimate software application or game. Students can see this effect first-hand by working on a project in small groups and giving each other input as they work on one project. Such groups can benefit from getting targeted attention from their computer-science teachers, who can alternate their advice between groups.
As they are working on a project, students can collaborate through technology if the teacher establishes a website, blog, or social network platform specifically for each project.
At the same time, the sharing of ideas will help inspire students to tap into their creativity. Such a concept has worked for students, between the ages of 8 and 15, who use Scratch, a programming platform introduced by the MIT Media Lab in 2007. Students use it to easily create animations, games, music, and art and share their projects on the Web. Through these projects, students “learn important mathematical and computational ideas, while also learning to think creatively, reason systematically, and work collaboratively,” according to the Scratch website.
Teaching computer science can be a rewarding career move for someone who has worked in the technical field but wants to do something enormously fulfilling like education. Certification may require computer-science coursework on top of a teaching certification in another field.
If you’re interested in learning more about your state’s certification process, choose your state from the map of state teaching certification requirements.
Some schools are skeptical of providing computer science education at the elementary school level or middle school level. Even in some high schools, the only computer-science offering is a keyboarding course.
To be fair, it’s tough to squeeze in a computer science class for younger students who are immersed in learning the basics of reading, writing, and math.
However, the discipline of computer science is unique in the fact that if its potential hobbyists don’t experience computer science early in life, they may never take an interest.
Programming languages have been developed for younger children to give them this exposure. In some schools, they are able to use simplified computing languages to build towns made of virtual blocks and ballerinas that sing. And children as young as 10 can use computer language to create their own computer games, including Pong and Tic-Tac-Toe.
Moreover, early exposure may turn more females into budding computer scientists. According to Computing in the Core, a coalition of associations and corporations aiming to make computer-science education more prevalent in K-12 classrooms, only 17% of AP computer-science test-takers were women in 2008, even though women made up just over half of all the students taking AP tests that year.
The Computer Science Teachers Association, which promotes the concept of consistent computer-science certification across states, recommends schools consider adding computer science to their curriculum for kindergarten through eighth grade.
The group believes younger children are more adaptable and that computer science will help them with critical thinking, communication, collaboration, and creativity.