A 7-Lesson Plan for Teaching Simple Circuits in Grades 5-6

You can teach a solid first unit on simple circuits in seven lessons of about 35 minutes each: one for safety rules, four for the core ideas (a lit bulb, conductors and insulators, switches, series and parallel paths), one for a student project, and one for a self-check with follow-up. The plan below follows the five learning paths of our Grades 5-6 circuits unit. Each lesson uses the same rhythm: 5 minutes opening, 20 minutes explore, 10 minutes consolidate.

Prepare before lesson one

Everything here uses low-voltage battery circuits only. Collect approved school equipment for each group:

• a battery holder with batteries
• a small bulb in a holder
• wires with intact ends
• a simple switch

Wall outlets and mains electricity never appear in this unit, and nobody should test anything at one.

Check every wire before class. The book's own example for safe practice is "Do not use a damaged wire," so any frayed or bare-cored wire goes into a labeled bag and out of circulation. Students write in the student book, so print one copy each, or copy only the paths you plan to teach. The simple electric circuits unit for Grades 5-6 splits cleanly into modules, so partial use works.

For lesson three, gather a small set of everyday objects: some metal, some plastic, and a few that could go either way, such as a painted metal item.

Lessons 1 and 2: rules first, then a lit bulb

Lesson 1, Experiment safely. The unit places this path last, but it is a module and you can teach it first. Open with the illustration shown without its title; students write two observations and one question. In the explore block they read the explanation and write five rules for their experiment table (Task A). The teacher guide's sample answer is a good target: no wall power, dry hands, inspect parts, report damage, follow instructions. Consolidate by merging group lists into one class poster.

Lesson 2, Light a bulb. Students handle batteries for the first time here, so the poster is already on the wall. Task A asks for a drawn setup with labeled parts. A battery, wires, and a bulb form a closed path, and the key idea is that the path must be closed and include a power source. In consolidate, set an example beside a counterexample: a setup with a gap in the path. Students predict first, then test.

Lessons 3 to 5: three ideas that build on each other

Lesson 3, Conductors and insulators. Task A is a table with prediction, observation, and conclusion. The book says metal usually conducts and plastic usually insulates. Point at the word "usually" and let the painted metal object do the talking.

Lesson 4, Switches. Task A is a pair of sketches, switch open and switch closed, with an explanation of the difference. Students should be able to say that the bulb goes out because the path is broken, not because the electricity "leaves."

Lesson 5, Series and parallel paths. Task A compares diagrams of two safe arrangements. The teacher guide asks students to identify one path or several branches and to avoid sweeping brightness claims, because what they see depends on the actual setup. Hold them to that wording when they write.

Lesson 6: where the project fits

Students choose one path and make an explanation for another student: a heading, two examples, and a question of their own. A poster or a short talk both work. Use the book's planning page for the first half of the lesson and the creating page for the second, and expect some groups to need a second session.

The teacher guide lists five criteria: accurate terms, examples explained well, a meaningful question, readable layout with a useful image, and feedback applied. Share them before students start, not after.

Lesson 7: learning check and follow-up

The learning check asks for one sentence and one example per path. Treat it as feedback, not a grade. Students also fill in the reflection page and name one topic they want to practice. Collect the recurring questions and plan a short follow-up; the pattern across the class usually points to one path that needs a second look.

If a few students finish early or want more, the Grades 7-9 electric circuits resource is a low-cost step up in difficulty.

This unit also sits inside a four-unit set with water cycle, forest ecosystems, and horses; the science bundle covers all four.

You can see the full contents of the circuits unit here before you decide.

Related reading from the Teacher Hub

• Teaching Electric Circuits (Grade 7): Hook, Experiments, and Materials
• Light and Shadow Experiments for Grades 4–6: A Lesson Sequence