Nevada Requires CS to Graduate: Coding Basics for Grades 6–9 First
Nevada Requires CS to Graduate: Coding Basics for Grades 6–9 First
Yes, Nevada is one of the states that require a computer science course for high school graduation, and students who have already written a few lines of code walk into that course with far less anxiety. The Coding & Computer Basics Units Bundle gives Grades 6–9 teachers four finished units on algorithms, Python, binary and how the internet works, built for teachers who have never taught coding.
View the coding unitsNevada lists computer science among its high school graduation requirements, so every student eventually takes a CS course. The Coding & Computer Basics Units Bundle ($69.99) prepares them earlier, in Grades 6–9. It holds four units: Algorithms and Computational Thinking, Programming with Python, Data and Encoding: Binary & Digital Images, and How the Internet Works. It is groundwork, not the graduation course, and it does not count toward the requirement.
The resources
Coding & Computer Basics Units Bundle, Grades 6–9
4 resources in one download: $69.99 instead of $99.96 bought separately.
Start with the first resource; the others are optional add-ons. Open any cover for the full contents and price.
Coding & Computer Basics Units Bundle | Algorithms, Python, Binary & How the Internet Works | 4 Units | Grades 6–9
AI & Cybersecurity Units Bundle | How AI Works, Prompting, Phishing, Encryption & Data Privacy | 6 Units | Grades 6–9
Computer Science Activities Bundle | Artificial Intelligence, Python Programming, Cybersecurity & Digital Literacy | Middle School Grades 7–10
Programming with Python – Computer Science Unit (Grades 6–9)
The real problem
The gap between no code and a required CS course
When computer science is a graduation requirement, it stops being the elective that only the curious kids pick. In Nevada every high school student has to take it, which means the class includes students who have never seen a loop, never heard the word algorithm and are sure they are bad with computers. Those students lose the first part of the course to vocabulary and nerves. The fix sits in middle school, but middle schools rarely have a computer science specialist. The class often lands with a math teacher, a technology teacher or whoever has an open period, and that teacher may never have written a program. They need material that explains each idea in plain language, gives students a task to try, and tells the teacher what a correct answer looks like. They also need something that works when half the class is lost and a few students are racing ahead. Four short units on the basics, taught somewhere between Grade 6 and Grade 9, can turn the high school course from a first contact into a second look.
Why it fits
How the four units build a middle school pipeline
The bundle moves from thinking like a programmer to writing code to understanding the machines and networks underneath.
- Algorithms and Computational Thinking starts without a computer, breaking problems into steps students can follow.
- Programming with Python covers print, variables, input, if statements and loops, ending in a mini-project.
- The Python unit is written for students brand new to coding and for confident ones in the same room.
- Data and Encoding: Binary & Digital Images shows how a computer stores numbers and pictures as ones and zeros.
- How the Internet Works explains what happens between typing an address and seeing a page.
- Every unit has worksheets on four levels, a reading text, a deep-dive task, slides and answer keys.
Getting started
Where the units could sit in Grades 6 to 9
Nevada middle schools schedule computer science in very different ways. Here is one sequence you can adapt.
- Start with algorithmsTeach Algorithms and Computational Thinking first, ideally in Grade 6 or 7. Students practice writing exact instructions and finding mistakes in them, which is the core habit of every later programming task.
- Move to binaryUse Data and Encoding next. Once students see that a digital image is just numbers, the idea that a program works with data feels less abstract. The Basic worksheet level helps students who find number systems hard.
- Explain the internetHow the Internet Works fits well before or after binary. It answers questions students already have about their own devices and gives the class shared vocabulary for networks and addresses.
- Write first programs in PythonTeach Programming with Python in Grade 7 or 8, using whatever Python setup your school already has. Students work from print and variables up to if statements and loops, then finish the mini-project.
- Revisit before high schoolIn Grade 8 or 9, return to the Plus and Project worksheets as review. Students then start Nevada's required high school course having already written and debugged simple code.
What to buy
Choosing between the coding bundle and the alternatives
Buy the Coding & Computer Basics Units Bundle at $69.99 if you want the four foundations in one download; bought one at a time, the units cost $99.96. If you only need the programming piece, the Programming with Python unit is $24.99 on its own. To add online safety and AI, the AI & Cybersecurity Units Bundle ($89.99) brings six more units on how AI works, phishing, encryption and data protection. For a broader Grades 7–10 program, the Computer Science Activities Bundle ($119.99) collects 10 units and 30 lessons, including Python and cybersecurity.
Honest limits
Before you buy: what to check
Nothing in these units is written for Nevada. They contain no Nevada standards codes and do not mention the graduation requirement. They are not the high school course and do not count toward it, so compare the topics with the Nevada standards and your district's course plan yourself. The bundle includes no software, coding platform, accounts or laptops; students use whatever devices and Python setup your school provides. One purchase is for your own teaching, and team use needs a short message to Teach Lessons first. If it is not a fit, you can exchange it within 7 days for store credit of equal value, not a cash refund.
Good to know
Frequently asked questions
Does this bundle count toward Nevada's CS graduation requirement?
No. Nevada's requirement is a high school course, and the state and your district decide what counts. These are middle school units. They are not aligned with, endorsed by or approved by Nevada or any district. Treat them as preparation and check the content against the Nevada standards yourself.
Do I need to know Python to teach the Python unit?
No prior coding experience is assumed. The unit has a reading text, slides for the whole unit and full answer keys with a marking guide, and it starts with print, variables and input before moving to if statements and loops. Working through the student tasks yourself the week before is a good way to prepare.
What software do students need?
The bundle does not include or require any particular software. The algorithms, binary and internet units can run entirely on printed worksheets. For the Python unit, students use whatever Python setup your school already has on its devices. Check with your technology staff before you start that unit.
Will it work in a class with very mixed experience?
Each unit has worksheets on four levels: Basic, Standard, Plus and Project. Students who have never coded can stay at Basic while others move to Plus or the Project task. The Python unit description says it works for students brand new to coding and for confident ones.
Can I buy just one unit to try?
Yes. Each unit is also sold on its own; Programming with Python, for example, is $24.99. Buying all four separately costs $99.96, so the bundle at $69.99 is the better deal once you expect to use more than two or three units. The individual unit pages are linked from the bundle page.
How do I get the files?
Right after checkout you get a download link by email, and the files also stay in your customer account under Orders. If you want several teachers in your building to use them, message Teach Lessons first. If they do not suit your class, you can exchange them within 7 days for store credit.
Build Nevada's CS pipeline from Grade 6
Four coding and computer basics units, ready for a teacher who has never taught code. See what each one contains.
View the coding units