What Does a Computer Science Teacher Do?

Computer science education is becoming an increasingly important part of K-12 education in Nebraska. As schools expand their computer science offerings, the need for educators who are prepared to teach these subjects is growing. 

Nebraska is also expanding computer science education requirements. Beginning with the 2027-28 academic year, Nebraska school districts will be required to ensure students complete at least five high school credit hours in computer science and technology education before graduation. The Nebraska Department of Education identifies Computer Science 7-12 as a supplemental teaching endorsement, allowing appropriately endorsed educators to teach computer science and technology skills to students in grades 7-12. 

For current educators, this creates an opportunity to expand their teaching credentials and develop skills in an increasingly important area of education. 

But what does a computer science teacher actually do? 

When you think of a computer science teacher, you might picture students writing lines of code or learning how to build an app. Programming is certainly part of computer science education, but teaching computer science involves much more. Computer science teachers help students develop problem-solving skills, understand how technology works and learn how to use their knowledge to create solutions. 

As computer science education continues to grow, teachers with the knowledge and preparation to lead these courses are increasingly important. So, what does a computer science teacher actually do? 

Teach Students How to Think Like Computer Scientists 

One of the primary responsibilities of a computer science teacher is helping students develop problem-solving and computational thinking skills. 

Students learn how to break complicated problems into smaller pieces, identify patterns, develop step-by-step solutions and test whether those solutions work. They may encounter a problem that does not have an immediate answer and learn to approach it through experimentation, revision and persistence. 

These skills can be valuable well beyond a computer science classroom. Learning to analyze a problem and develop a logical solution can help students become more confident and creative thinkers in school, future careers and everyday life. 

Teach Programming and Computer Science Concepts 

Computer science teachers also introduce students to the concepts and skills behind computing and programming. 

Depending on the course and grade level, students might learn programming fundamentals, algorithms, data, cybersecurity, web development, artificial intelligence or other areas of computer science. Rather than simply memorizing programming commands, students learn how different concepts work together to create useful solutions. 

A computer science classroom can be highly hands-on. Students may write and troubleshoot code, design digital projects, work with technology, collaborate with classmates and revise their work based on what they discover. 

The goal isn't necessarily to turn every student into a professional programmer. Instead, computer science education gives students an understanding of the technology that increasingly shapes their education, careers and communities. 

Create Learning Experiences That Encourage Problem-Solving 

Computer science teachers aren't simply delivering information. They are designing learning experiences that encourage students to explore, experiment and solve problems. 

That might mean creating a programming challenge, guiding students through a robotics project or asking them to develop a digital solution to a real-world problem. Teachers must determine how to break complex concepts into manageable lessons and provide opportunities for students with different levels of experience to succeed. 

This makes strong teaching skills just as important as technical knowledge. 

A successful computer science teacher needs to be able to explain complicated ideas clearly, ask effective questions, encourage students when they encounter challenges and adapt instruction based on student needs. 

Help Students Become Responsible Technology Users and Creators 

Computer science education also gives teachers an opportunity to help students think critically about the role of technology. 

Students encounter technology every day, from social media and artificial intelligence to smartphones, search engines and digital learning tools. Computer science teachers can help students understand not only how technology works but also how it affects people and society. 

Questions about privacy, cybersecurity, artificial intelligence, ethics and responsible technology use can become meaningful parts of the classroom experience. 

For Christian educators, this can also provide opportunities to help students consider how their knowledge and abilities can be used responsibly and in service to others. 

How Can Teachers Become Computer Science Educators? 

For current educators, earning a computer science endorsement can be one way to expand their teaching expertise and create new opportunities in the classroom, and teachers can add endorsements through approved coursework or other state-approved pathways. 

Concordia University, Nebraska's Master of Education in Curriculum & Instruction with Computer Science Endorsement is designed for educators who want to prepare to teach computer science and programming to students in grades 7-12. The program combines graduate-level education with computer science preparation, emphasizing curriculum design, instructional leadership and innovation. 

For teachers who want to help students become capable problem-solvers, creative thinkers and responsible technology users, computer science education offers an opportunity to make a meaningful impact. 

Computer science teachers don't just teach students how to code. They teach students how to approach problems, create solutions and use technology with purpose. 

Concordia University, Nebraska’s M.Ed. in Curriculum & Instruction with Computer Science Endorsement prepares educators to teach computer science and programming to students in grades 7-12. Add computer science to your teaching credentials and prepare students for a technology-driven future.