Teaching Python When You Have Never Coded Yourself
Teaching Python When You Have Never Coded Yourself
If you have been asked to teach Python and have never written code, this Grades 6–9 unit gives you the explanations, the student tasks and the correct answers in one place. A detailed reading text walks through each idea, the slides carry every lesson, and full answer keys with a marking guide mean you always know what a correct program looks like.
View the Python unit →Yes, you can teach a first Python unit without a coding background if the materials carry the content. Programming with Python – Computer Science Unit (Grades 6–9), $24.99 at Teach Lessons, includes a detailed reading text, slides for the whole unit, worksheets on four levels and full answer keys with a marking guide. It covers print, variables, input, if statements, loops and a mini-project. Plan to work through the tasks yourself first.
The resources
Programming with Python, Grades 6–9
Start with the first resource; the others are optional add-ons. Open any cover for the full contents and price.
Programming with Python – Computer Science Unit (Grades 6–9)
Computer Science Activities Bundle | Artificial Intelligence, Python Programming, Cybersecurity & Digital Literacy | Middle School Grades 7–10
AI Literacy & Cybersecurity Activities | Artificial Intelligence, Prompt Engineering & Online Safety | Grades 7–10
Teach-Life-Balance: The Complete Time-Saving Course for Teachers (incl. Planner, Guides & Templates)
The real problem
The real worry when you learn alongside your students
Most teachers in this spot are not afraid of the concepts. Variables and if statements make sense once someone explains them. The fear is the moment a student calls you over, their code will not run, and you cannot see why. In Python that moment comes often, because the language cares about details new programmers overlook: indentation, the colon at the end of an if line, quotation marks around text, the difference between = and ==. A second worry is grading. When you have not written programs yourself, it is hard to tell whether a student's working solution is reasonable, or whether a shorter, stranger one is also correct. Then there is time. You may be picking up this class on top of a full load in another subject, with no free weekend to take an online course first. What helps is material you can read the night before, a correct answer for every task, and first steps small enough that most student errors are simple ones you will learn to spot within a week or two.
Why it fits
Why this unit suits a teacher who is new to code
You are not expected to improvise explanations or invent exercises. The unit supplies both.
- The detailed reading text doubles as your own briefing before each part of the unit.
- Slides for the whole unit give you a structure to teach from instead of a blank board.
- Full answer keys show a correct solution to every task, so you can check work with confidence.
- The marking guide sets clear criteria, which matters when you cannot yet judge code by instinct.
- Starting with print, variables and input keeps early student errors simple and easy to diagnose.
- Plus and Project levels give strong students independent work while you support beginners.
Getting started
Your first two weeks with it
A suggested way to prepare and start. Adjust the pace to your own schedule.
- Work the Basic sheets yourselfBefore teaching, complete the Basic-level worksheets on your own, using the same Python setup your students will use. Compare your work with the answer key. You meet the common errors first, which makes them much easier to recognize in class.
- Stay one section aheadKeep one section of the reading text ahead of the class. Note the two or three terms students must use correctly, such as variable and input, and put them on the board at the start of each lesson.
- Let the slides leadTeach from the slides in the early lessons. You do not need to type live code in front of the class until you feel ready; prepared examples on slides are enough to introduce each idea.
- Post an error checklistWhen students ask for help, check the usual suspects in order: spelling, colons, indentation, quotation marks, brackets. Put that list on the wall so students check their own code before calling you over.
- Grade with the marking guideFor the mini-project, grade with the marking guide rather than your gut. It helps you reward working, readable programs fairly, and makes a grade easier to explain to a student or a parent.
What to buy
What to buy when you are starting from zero
Start with the single Programming with Python unit at $24.99; it is a small, low-risk way to find out whether teaching code works for you. If your timetable calls for a full computer science class, the Computer Science Activities Bundle ($119.99, Grades 7–10) adds ten complete units with 30 ready-to-teach lessons, including topics such as binary numbers, cybersecurity and data privacy that are not about writing code. Those units can give you breathing room while your Python confidence grows. Teach-Life-Balance ($89.90) is a separate planning course if the extra class is squeezing your week.
Honest limits
Honest limits
The unit will not teach you to program from the ground up the way a full course would, and it does not come with an editor, an account system or devices. Students run Python on whatever your school already provides, so ask your IT staff about that before day one. It is written for Grades 6–9; check the topics against your own course requirements. If colleagues want to use it too, send Teach Lessons a short message first. Not the right fit? Within 7 days you can swap it for store credit of the same value, not a cash refund.
Good to know
Frequently asked questions
Does the unit meet a particular set of standards?
Teach Lessons does not claim alignment to any standards framework or endorsement by any organization. Its stated audience is Grades 6–9. If your school expects you to cover specific standards, put the unit's topic list next to them and note what you still need to add. The topics are listed on the product page, so the check is quick.
How much do I need to know before the first lesson?
Enough to have run the Basic-level tasks yourself. The reading text and slides explain print, variables, input, if statements and loops, so you can learn each concept from the material a few days before you teach it. Doing the tasks yourself matters more than reading about Python elsewhere.
What if a student asks something I cannot answer?
Say you will check and come back to it, then use the reading text and answer keys. Many questions in a first unit are about errors, and the keys let you compare a broken program with a working one. Students also learn from watching an adult work through a problem honestly.
What if a student's code differs from the answer key?
The keys give you a correct reference, and the marking guide gives you criteria. Student programs often differ from a key and still work. Run the program, check it against the task and the marking guide, and give credit when the result is correct even if the code looks different.
Do I need to install anything?
The product does not include or require specific software. Students need some way to run Python, and that comes from your school, not from this unit. Ask your IT team what is available on student devices, then test one worksheet task on that setup yourself before the first coding lesson.
Is this suitable if my students are also beginners?
Yes. The unit description says it works for students who are brand new to coding as well as for confident ones. With a whole class of beginners, keep most students at Basic and Standard level early on, and open the Plus and Project levels as their confidence grows.
You can teach this
Look through the Programming with Python unit on its product page and decide whether it gives you enough to start.
View the Python unit →