Robots and drones

by Mairghread Scott

Mairghread Scott’s Robots and Drones introduces readers to robotic technology in factories, transportation, communication, homes, and the sky. Connecting familiar uses with a longer history of invention, the book invites children to reconsider what robots are and where they might find them.

Big Idea

Robots are more than imagined humanlike machines: they are technologies people design to perform particular tasks. Writers can make a wide-ranging subject engaging by controlling the order, detail, and rhythm of their examples.

Discussion Questions

1.Before reading, what did you picture when you heard the word robot? Which examples in the book expand or challenge that picture?
2.How are the jobs of a factory robot and a flying drone alike, and how are they different?
3.What do you think people hoped to make easier, safer, or more precise when they invented the technologies described in the book?
4.How does moving among places such as factories, the sky, and homes affect your interest as a reader?
5.If you could design a robot for your school or community, what would it do, whom would it help, and what rules would it need?

Lesson Plan

⏱ 45 minutes📦 Classroom copy of Robots and Drones, paper, pencils, crayons or markers, chart paper, and optional sticky notes. No working robots, drones, or digital devices are required.

Learning Goals

Identify at least two examples of robotic technology and explain the tasks they perform using information from the book.
Distinguish a book-supported fact from an imagined invention.
Create a logically ordered illustrated text with an opening, connected examples, and a closing.
Use brief wording and expanded detail deliberately to create different reading speeds.
Read or present a draft aloud and revise one place for clarity or pacing.

Activity Steps

1.Read and notice — 10 minutes: Read the book or selected spreads. Create a chart labeled Place, Technology, and Task, recording only examples supported by the text or illustrations.
2.Compare and plan — 5 minutes: Discuss how robots differ from the familiar image of a humanlike machine. Each student selects two examples for quick stops and one example to explore more closely.
3.Build the route — 5 minutes: Fold paper into a six-panel accordion booklet: cover, two quick stops, one slow-look panel, an imagined invention, and a closing.
4.Write and illustrate — 15 minutes: Give each quick stop a short sentence and picture. Expand the slow-look panel with two or three task-related details; label the invention panel My imagined robot and explain its helpful purpose.
5.Read, revise, and share — 10 minutes: Partners read the booklets aloud, identify the fastest and slowest panels, and suggest one revision. Close by having students name one fact they learned and one pacing choice they made.

Standards Connections

CCSS ELA RI.K.1 / RI.2.1 / RI.5.1: Ask and answer questions about a text, progressing from supported responses to accurate quotation and inference. Use the appropriate grade-level target; the lesson treats the supplied technology-focused premise as informational content.
CCSS ELA W.K.2 / W.2.2 / W.5.2: Create informative texts through drawing, dictation, or writing, with increasing attention to organization and supporting detail.
CCSS ELA SL.K.1 / SL.2.1 / SL.5.1: Participate in collaborative conversations, listen to others, and build on their ideas.
NGSS K-2-ETS1-1 / 3-5-ETS1-1: Identify a problem that a designed solution could address; older students specify criteria and constraints for their imagined robot.

Pace-Write-Read Study with Pace-Write It!

Robots and Drones offers a useful starting point for studying how writers organize a large subject for young readers. Its supplied introduction moves energetically among factories, the sky, cars, phones, and homes. Those quick changes of location suggest a writing lesson: a series of brief examples can build momentum, while a closer explanation of one machine’s task can invite readers to slow down. During the read-aloud, verify how Scott develops these effects in the actual pages rather than assuming the introductory wording represents every passage. In this Pace-Write-Read study, students first notice how words, pictures, and page divisions guide attention; next, they write a short technology tour; finally, they read their drafts aloud and revise. Treat the book’s technological examples and historical scope as the foundation, without imposing a fictional hero, conflict, or dialogue. Younger students can draw, dictate, and perform their pages, while older students can explain how a specific revision changes pace and distinguish factual examples from speculative inventions.

Element	How to notice or teach it in the novel
1. Pacing	Track where the reading moves quickly between robot uses and where an explanation invites a slower look. Ask students which changes come from the words, the illustrations, or their own reading aloud.
2. Plot	Rather than assuming a fictional problem-and-solution plot, map the progression of ideas about robotic technology. Ask how the order of examples builds the reader’s understanding.
3. Prosody	Read the supplied introductory phrases about factories and the sky with different stresses and speeds. Discuss which performance best conveys excitement without making the information difficult to follow.
4. Word	Collect precise technology words from the book, including robot and drone. Compare a vague word such as thing with a specific machine name or task verb.
5. Concept	Revisit the idea that robots appear in more places than readers may expect. Use the book’s explanations to refine students’ definitions rather than labeling every electronic device a robot.
6. Voice & Worldview	Discuss how the energetic introduction presents technology as something worth noticing. Ask whose needs particular machines serve and what additional questions readers might bring to that perspective.
7. Point of View	Notice the direct address in the supplied introduction’s references to your cars, phones, and home. Discuss how addressing the reader connects a broad topic to everyday experience.
8. Setting & Place	Chart the locations actually featured in the book and connect each to a machine’s task. Ask why a drone’s operating environment requires different design choices from a factory robot’s.
9. Original Characters	Treat the featured machines as subjects rather than inventing named characters for the book. For an extension, students can create an original robot character while clearly labeling it as fiction.
10. Dialogue	Check whether the book uses spoken exchanges, captions, or explanatory narration, and discuss their different effects. If dialogue is absent, students can test an invented exchange between an operator and a robot as a separate writing experiment.
11. Details	Choose one robot example and identify details that explain its job. Discuss which details are essential to understanding and which would simply make the passage longer.
12. Descriptions	Compare what the words explain about a machine with what its illustration reveals. Students practice describing movement or function, not just color and shape.
13. Firsts	Notice where an unfamiliar machine or historical idea is introduced for the first time. Ask what explanation readers need at that first encounter before the text can move on.
14. Immediacy & Engagement	Use the introduction’s familiar locations to discuss why a technology book can feel relevant immediately. Students draft an opening that connects robotic technology to a place their audience knows.
15. Story Scenes, Summaries & Structures	Distinguish a broad overview of robot uses from any close-up example developed in the book. Have students try both a one-sentence overview and a detailed moment describing a machine at work.
16. Tension / Suspense / Surprise	Explore the surprise in discovering that robotic technology is widespread and has a longer history than some readers expect. Ask which example most changed students’ expectations and how its introduction produced that effect.
17. Flashback, Flash-Forward, Cliffhanger	Locate any movement between earlier inventions and present-day technology, distinguishing historical explanation from a fictional flashback. If cliffhangers or future projections are absent, use them only as clearly labeled student experiments.
18. Page Turns and Chapter Breaks	Pause before selected page turns and ask what readers expect to learn next. Examine how the actual page or section divisions separate examples or connect ideas; do not assume the book has chapters.
19. Pace & Creativity	Use the range of robot locations as a model for varying a technology tour. Students decide which example deserves a longer stop and explain why that choice helps their audience.
20. Play	Invite students to mime a book-supported robotic task while classmates identify its purpose. Translate the movement into words, testing how a brief action sentence differs from a detailed explanation.
21. Performance	Perform a short passage twice, once briskly and once with deliberate pauses. Discuss which delivery helps listeners understand the machine’s work and which conveys the excitement of discovery.
22. Personality	Look for personality in the narrator’s wording or in the visual presentation of machines. Distinguish a reader’s impression that a robot seems friendly from evidence that it has human feelings.
23. Humor	Invite students to identify any genuinely funny wording or visual detail in their copy rather than assuming humor is present. If none stands out, discuss how interest and surprise can engage readers without jokes.
24. Pause	Pause after an unexpected fact or a complex illustration so students can process it. Compare this purposeful pause with a pause that interrupts an idea before it is clear.
25. Poetry / Poetic Devices	The supplied introduction uses compact phrases and repeated sentence patterns that can be explored for poetic effects. Check the book for additional sound patterns without assuming it uses rhyme or verse.
26. Repetition	Notice how the repeated In openings in the supplied introduction connect different locations. Students test a repeated opening in their robot tour, then decide where a variation would keep it lively.
27. Rhythm	Tap the beat of the introduction’s short location phrases and compare it with a longer explanatory sentence from the book. Discuss how the two rhythms support excitement and understanding differently.
28. Punctuation	Examine how the exclamation marks in the supplied introduction suggest emphasis and energy. Compare them with punctuation on an actual book page, then revise student drafts so punctuation serves meaning rather than merely adding excitement.
29. Questions	Record questions the book answers about where robots work and what they do, alongside questions it leaves open. Students choose one reader question to guide their detailed booklet panel.
30. Compare-Contrast	Compare two technologies actually explained in the book by task, location, and operation. Use the comparison to discuss why the broad label robot does not mean every machine has the same abilities.
31. Objects	Keep attention on concrete machines and the objects they act upon. Ask how naming a specific tool, component, or handled object can make a general explanation easier to visualize.
32. Threes	Select three book-supported examples and test how they sound as a sequence. Treat this as a composition experiment, not a claim that Scott consistently organizes the book in groups of three.
33. Lists	Use the introduction’s accumulation of locations to study how lists suggest the reach of robotic technology. Discuss when a list creates momentum and when one item needs explanation.
34. White Space & Negative Space	Examine an actual spread for open areas around words and images. Ask how those spaces help readers notice a machine, separate information, or rest before continuing.
35. Art & Graphics	Compare the information carried by illustrations with the information carried by the text. Read any labels, diagrams, or other graphics present in the copy and discuss how they affect the route through a page.
36. Interactives & Gamification	Create a classroom challenge to match a technology featured in the book with its location and task. Make clear that this matching game is a teaching extension, not necessarily a feature of the book.
37. Placement	Notice where a page places the machine, its explanation, and any supporting details. Students test placing a key sentence before or after a picture and compare what readers notice first.
38. Form	Discuss how illustrated book form supports a tour of technologies across locations and time. Compare what a picture can communicate quickly with what a written explanation must clarify.
39. Dummy	Create a rough folded-paper dummy before making a finished robot booklet. Move examples between panels to test where a page turn should introduce a new machine or a closer look.
40. Passion	Ask which robotic task or historical discovery students most want to investigate further. Channel that curiosity into a focused, accurate explanation rather than a string of unsupported claims.

Pace-Write It!

20-minute task: A Robot Tour in Three Speeds. Minutes 0–3: Revisit two verified examples in Robots and Drones, preferably from contrasting places such as a factory and the sky, if both are developed in the classroom copy. Identify each technology’s actual task. Minutes 3–5: Read a brief passage aloud and discuss where its wording invites speed or a pause. Minutes 5–12: Fold paper into four panels. On panel 1, write an inviting opening; on panel 2, give one example in a short sentence; on panel 3, slow down with two or three accurate details about the other example; on panel 4, close with a question about a helpful future invention. Illustrate each example without presenting the imagined invention as fact. Minutes 12–17: Partners read the drafts aloud, pointing to the fastest section and the place that needs a pause. Minutes 17–20: Revise one sentence or panel break, then share the change and its effect. K–1 students may dictate and draw; grades 2–3 can write short connected sentences; grades 4–5 should add precise task vocabulary and identify the page supporting one detail.

Classroom Activities

Robot Route: Fast Stops, Slow Looks

Students build an accordion booklet that takes readers on a tour of robotic technology. Using examples verified in the book, they write two quick stops and one slower, more detailed stop, then invent a clearly labeled robot for a community need. Partners read the booklets aloud to discover how sentence length, detail, and page turns change the reading pace.

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