Discover the essential building blocks of a future-ready middle school curriculum—what’s inside goes far beyond coding, but you won’t find the full picture until you scroll.
For young people, technological competency is a basic requirement for professional success and navigating everyday life. The sooner these skills are implemented into the classroom, the better, so computer science for middle school is becoming an increasingly important part of the curriculum. Are you keen to start integrating it but unsure where to start?
In this guide, we’ll break down the most fundamental topics to cover in your computer science curriculum, along with some additional considerations to accompany technical skills.
Computer Science for Middle Schoolers: Core Concepts
Computer science can be a broad term. The concepts below cover both advanced technical skills and everyday applications of technology.
Search Engine Use
Any serious Googler knows that search engines are deceptively simple. Behind the ease of typing in a query and hitting “search,” there are multiple layers of complexity.
How should you type in your query to get the best results possible? How can you compare the reliability of results? How can you filter the results according to your needs by using advanced search settings? These are all questions worth exploring in computer science lessons.
Plus, as search engines add additional features that integrate artificial intelligence into their results pages (such as Google’s generative AI summaries), it’s more important than ever for students to be discerning. Consider encouraging your class to compare the accuracy of results to help them discern truth from fiction.
Coding
Programming may be a more advanced concept than something like using a search engine, but never middle schoolers! Students of this age are generally old enough to grasp the basics of coding, and some might be able to progress fast enough to develop their own webpages or applications.
There are various platforms designed specially to help students understand the basic logic behind coding. For instance, EasyCode is a program that teaches core concepts like computational thinking, design skills, and critical thinking, with a curriculum that has content designed specially for middle school.
It includes block-based coding, which allows students to simply drag and drop different “blocks” to mimic the logic behind writing code. There are also lessons with gamification and projects to keep learners engaged.
Bear in mind that some students may get to grips with coding quickly and be ready to move on to real programming, while others take longer to practice the basics. For faster learners, Python is one of the more accessible programming languages to take things to the next level. Fortunately, EasyCode also contains an introduction to Python!
| Learning.com’s EasyTech and EasyCode: State-Aligned Solutions |
|---|
| Learning.com offers state-aligned solutions specifically designed to address the challenges faced by schools. EasyTech and EasyCode programs provide pre-built, standards-aligned lesson plans, reducing the workload on districts that lack specialized staff. Integrating seamlessly with existing curricula, these programs help schools stay updated without overwhelming teachers. Learning.com offers teacher support and professional development, ensuring smooth implementation and access to technology, regardless of a district’s budget constraints. |
Artificial Intelligence
Given the fast rise of artificial intelligence, this is another must-teach concept. Most middle schoolers will likely be familiar with tools like ChatGPT already (they may even use them to help them with their schoolwork), so middle school is an ideal time to introduce these tools into the curriculum.
It’s a great idea to teach students how to use generative AI tools responsibly, whether it’s text-based tools like ChatGPT or image generation tools like Midjourney. Cover not just how to generate prompts effectively, but also the limitations of these tools and where they get things wrong.
Microsoft Office
While it’s a software that has been around for many years now, Microsoft Office still has a place in the classroom.
It’s worth taking some time to give students a project on Microsoft Word involving tasks like adding images or tables, including references, and formatting text. This will set them up for tasks later in their academic careers, such as college theses.
Microsoft Excel is even more worthy of time in the classroom, as it is still widely used in so many professions and has various pragmatic applications for data analysis.
Some of the most important skills to teach students include:
- Basic formulas, such as summing data and finding averages
- The creation of charts and graphs that show the data
- Visual data analysis, such as conditional formatting (e.g., making numbers in different ranges different colors)
- The use of tables and filters
To make this more easily understandable, you could use students’ grades or progress as data in their Excel worksheet.
Other Elements to Consider in a Curriculum
There’s more to computer science than the basic technical skills. This subject isn’t just about what you can do with your computer, but also about understanding whether you should do those things with your computer.
Digital Literacy
Today’s students are immersed in technology from a young age, and they’re often savvy about navigating their devices — but that doesn’t always translate into a responsible approach. It’s important for young people to be aware of issues such as:
- Digital footprints
- AI-generated content that seems real
- Misinformation shared online
- Collection of personal data online
It’s therefore useful to accompany any computer science curriculum with an introduction to the ethics and risks associated with technology.
A Curriculum to Forge the Future
It might seem daunting to teach computer science for middle schoolers, but the good news is that you don’t need to start from scratch. There are already plenty of tools and platforms with the sole purpose of bringing technology skills to this grade.
EasyCode features a comprehensive curriculum with lessons and pillars that take learners from fun coding challenges to advanced Python concepts.