Cover Lessons
Cover lesson ideas linking to the DCF, for a range of subjects, both offline and digital.
Crediting Art in an Online Class Gallery
DCF: Citizenship → Digital rights, licensing and ownership
An invented Year 3 class in Llandeilo is making an online gallery of art about their town. Using a pretend gallery screen with six pictures, pupils spot the copyright symbol and a SAMPLE watermark, sort the pictures into 'yes, with credit', 'only if they say yes' and 'no', and explain when it is fair to use someone else's art. They then write the gallery's words: they fix the punctuation in five credit sentences, write a polite message asking a classmate for permission (with a question mark and an apostrophe), and write credit labels and a list sentence with commas, so their punctuation is marked from the sheet. Paper-based; no computers needed.
Resources required
- Supply teacher presentation: Crediting Art in an Online Class Gallery (board slides, timers and script)
- Pupil worksheet: Crediting Art in an Online Class Gallery
- Stimulus: Class 3's pretend online gallery screen with six invented pictures, the copyright symbol and a watermark
- Worked example and answer key: sorted pictures with reasons, corrected punctuation, the message to Mali and credit labels
- Printed stimulus sheet, one between two (colour if possible)
Tools required
- Pen and paper
- Coloured pencils
Software / weblinks
Programming a Mars Rover to Collect Rock Samples
DCF: Data and computational thinking → Problem-solving and modelling
Pupils program a toy rover to collect rock samples on an invented floor map of a crater on Mars, using 3 command cards: forward, turn right and turn left. They trace two programs, find and fix the bug in two broken programs (one turns the wrong way, one is missing a step and gets stuck in soft sand), write and test their own route, and shorten a program with a repeat. Every turn is named as a quarter or half turn, clockwise or anticlockwise, in a turn table that is marked as numeracy. Science link: why rovers on Mars follow programs and collect rocks. Paper-based; no computers or robots needed.
Resources required
- Supply teacher presentation: Programming a Mars Rover to Collect Rock Samples (board slides, timers and script)
- Pupil worksheet: Programming a Mars Rover to Collect Rock Samples
- Stimulus: Mars crater map and rover command cards
- Worked example and answer key: traced routes, fixed bugs, own program and named turns
Tools required
- Pen and paper
Software / weblinks
Debugging a Library Shelving Algorithm
DCF: Data and computational thinking → Problem-solving and modelling
Pupils follow a library flowchart to sort 10 returned books onto a story shelf and a non-fiction shelf, put the non-fiction spine numbers (398 to 942) in order with the < sign and the story books in A to Z order, then debug 2 mistakes: a shelf with two books swapped and a written algorithm that stops after one book because it has no repeat. They predict where 3 new books go, write spine numbers in words and figures, and add a new question to the algorithm for a Cymraeg shelf. Unplugged: no computers needed. The ordered numbers and number words give numeracy evidence for the number system.
Resources required
- Pupil worksheet: Debugging a Library Shelving Algorithm
- Worked example and answer key: finished shelves, bugs fixed and the new Cymraeg shelf rule
- Print the worksheet in colour if possible: the book spines and flowchart are on the sheet
Tools required
- Pen and paper
Software / weblinks
Making a Pictogram of a Street Traffic Survey
DCF: Data and computational thinking → Data and information literacy
Pupils help an invented Year 3 class at the invented Ysgol Pen y Bryn decide if the village high street outside school is busy enough to ask the council for a crossing. Working from an invented 10 minute survey shown as a numbered strip of 30 vehicle pictures, they sort and tally the vehicles, total them in a table, draw a pictogram where 1 circle stands for 2 vehicles, answer questions from the data, fill in a paper computer record card and write to the council. Steps 1 to 4 give the numeracy evidence: a tally chart, a table totalling 30 and a pictogram with a key.
Resources required
- Supply teacher presentation: Making a Pictogram of a Street Traffic Survey (board slides, timers and script)
- Pupil worksheet: Making a Pictogram of a Street Traffic Survey
- Worked example and answer key: tally chart, table, pictogram and record card
- Coloured pencils for the pictogram
Tools required
- Pen and paper
- Coloured pencils
- Ruler
Software / weblinks
Programming a Litter-Picking Robot with Compass Directions
DCF: Data and computational thinking → Problem-solving and modelling
Pupils program Robi, an invented litter-picking robot, on a paper map of Parc Glan yr Afon, an invented park. They label a compass and use north, east, south, west, next to and between to describe where things are. Then they predict and trace an algorithm, write their own arrow algorithm to collect 3 pieces of litter, and write the same route in words. Last, they debug Ffion's algorithm, shorten algorithms with repeat and change one to get a new ending. Everything is unplugged, so no computers are used.
Resources required
- Pupil worksheet: Programming a Litter-Picking Robot with Compass Directions
- Worked example and answer key: labelled compass, position sentences, traced and debugged algorithms, a model 20-move route drawn on the map and written in words, repeat rewrites and changed algorithms
Tools required
- Pen and paper
- Coloured pencils
Software / weblinks
Screen Time and Green Time Pictogram
DCF: Citizenship → Health and well-being
Pupils sort 12 everyday activities into ones that use a screen and ones that do not, spotting a digital device with no screen. They tally 24 invented answers from Class 3 at Ysgol Bryn Coed about Saturday mornings (Videos 5, Games 4, Park 6, Bike 3, Reading 2, Swimming 4), draw a pictogram where one face stands for 2 pupils, and read it to find that 9 pupils chose a screen activity and 15 did not. They finish by writing good and not so good things about screens and planning a balanced Saturday morning with at least 60 minutes of activity. Paper-based; no computers needed.
Resources required
- Pupil worksheet: Screen Time and Green Time Pictogram
- Worked example and answer key: sorted activities, tally, pictogram and model answers
- Coloured pencils for the pictogram
Tools required
- Pen and paper
- Coloured pencils
Software / weblinks
Coding a Pixel Art Welsh Dragon
DCF: Data and computational thinking → Problem-solving and modelling
Digital art from code. Pupils check a row-by-row pixel code (such as 9W 2R 1W) by adding each row to 12, then follow it to colour a pixel Welsh dragon on a 12 by 10 grid. They count the red, white and green pixels (47, 61 and 12) and check the total against 12 x 10 = 120, find and fix three bugs in a copied code (two found by the totals, one only by testing the picture), rewrite repeating rows as loops with a number sentence to prove each makes 12, and design and code their own pixel picture for a partner to test. Paper-based; no computers needed.
Resources required
- Supply teacher presentation: Coding a Pixel Art Welsh Dragon (board slides, timers and script)
- Pupil worksheet: Coding a Pixel Art Welsh Dragon
- Worked example and answer key: row totals, the finished dragon, pixel counts, fixed bugs and loops
Tools required
- Pencil
- Coloured pencils
Software / weblinks
Building a Branching Database of Minibeasts
DCF: Data and computational thinking → Data and information literacy
Using picture cards from an invented school minibeast hunt, pupils enter 12 minibeasts into a database table of records and fields, search it with one and two rules, and build a branching database of yes or no questions that names every minibeast, writing their own questions to split the 5 with wings. They then sort the minibeasts with 2 rules in a Carroll diagram and draw a bar chart of how many were found, with a scale in 2s, which is marked as numeracy. Paper-based; no computers needed.
Resources required
- Pupil worksheet: Building a Branching Database of Minibeasts
- Stimulus: Ysgol Bryn Celyn minibeast hunt picture cards, with invented numbers found
- Worked example and answer key: completed database, branching questions, Carroll diagram and bar chart
- Ruler for the bar chart
Tools required
- Pen and paper
- Ruler
Software / weblinks
Planning a Video Call with a Children’s Author
DCF: Interacting and collaborating → Communication
An invented children’s author emails Class 4 to offer a video call. Pupils compare letters, email, phone and video calls and explain the advantages of communicating online, read times on analogue clocks in words and 12-hour digital, use the author’s free times and the class timetable to find a 30-minute slot that avoids PE, assembly, break and lunch, draw the start and end times on clock faces, then write the reply email on a paper email form and swap with a partner, who replies as the author. The clock and timetable work gives numeracy evidence for measurement (time).
Resources required
- Pupil worksheet: Planning a Video Call with a Children’s Author
- Stimulus: the author’s email, the Class 4 timetable and 4 ways to get in touch
- Worked example and answer key: clock times, possible call times and a model email
- Pupils swap sheets with a partner for the last step
Tools required
- Pen and paper
Software / weblinks
Saving and Naming Photos from a Trip to St Fagans
DCF: Interacting and collaborating → Storing and sharing
Pupils save photos from a class trip to St Fagans National Museum of History using a pretend tablet camera roll printed on paper. They explain why default names such as IMG_2041.jpg are hard to search, choose the best name, plan a folder tree on the class shared drive and rename 12 photos with a searchable pattern. They then work out folder sizes, check what fits in the free space and plan a backup on a USB stick. The class, camera roll, file names, file sizes and free space are invented; the museum facts are real. Teachers can assess mental addition and subtraction of file sizes, times tables and multiplying by 10.
Resources required
- Pupil worksheet: Saving and Naming Photos from a Trip to St Fagans
- Stimulus: St Fagans trip, pretend camera roll and save screens
- Worked example and answer key: searchable names, folder tree, folder sizes and the backup plan
Tools required
- Pen and paper
- Pencil
Software / weblinks
Planning a Times Tables Quiz Slideshow for Year 2
DCF: Producing → Sourcing, searching and planning digital content
Pupils read an invented note from Mr Hughes, a Year 2 teacher at Ysgol Cwm Derw, asking Year 4 to plan a quiz slideshow about counting in 2s, 5s and 10s. They name the audience and purpose and write success criteria. They compare a vague picture search with a better one and improve keywords. Then they storyboard a title slide, 6 question slides with correct times table answers and an end slide. For the literacy work they write a Year 2 instructions slide using First, Next, Then and Finally, then check and improve their plan.
Resources required
- Pupil worksheet: Planning a Times Tables Quiz Slideshow for Year 2
- Stimulus: an invented note from a Year 2 teacher asking for a times tables quiz slideshow, with two pretend picture search screens
- Worked example and answer key: annotated model answers for every step, including success criteria, improved keywords, a full storyboard with correct answers and a model instructions slide
Tools required
- Pen and paper
- Coloured pencils
- Computer/Laptop (optional)
Software / weblinks
Sorting a School Birdwatch into a Table and Bar Chart
DCF: Data and computational thinking → Data and information literacy
Pupils turn the invented birdwatch log of Ysgol y Wern's Year 4 class, 48 picture cards of garden birds, into organised data. They tally the cards, enter totals in a pretend spreadsheet, sort it from most to least and use cell names. They draw a bar chart scaled in 2s, answer questions, sort the birds with two rules in a Carroll diagram like a database search, and judge which format suits each question and whether one hour at one school proves a claim about Wales. The tally, bar chart and Carroll diagram give numeracy evidence.
Resources required
- Supply teacher presentation: Sorting a School Birdwatch into a Table and Bar Chart (board slides, timers and script)
- Pupil worksheet: Sorting a School Birdwatch into a Table and Bar Chart
- Stimulus: the Ysgol y Wern birdwatch log of 48 picture cards and bird fact cards
- Worked example and answer key: tally chart, spreadsheet, sorted table, model bar chart, Carroll diagram and evaluation answers
Tools required
- Pen and paper
- Ruler
- Coloured pencils
Software / weblinks
Making a Group Chat Kinder
DCF: Citizenship → Online behaviour and online bullying
Class 4 at an invented school are choosing sports day relay teams on a message board their teacher can read. Pupils sort the messages into kind, unclear and unkind or unsafe, name the forms of online bullying they see (leaving someone out, mocking, sharing an embarrassing photo) and explain why a joke can hurt more online. They then edit five messages so they are kind, clear and correctly punctuated, explain where and why they made each change, and decide what Erin and her classmates can do: keep the messages, tell a trusted adult, report and include her. Paper-based; no computers needed.
Resources required
- Pupil worksheet: Making a Group Chat Kinder
- Stimulus: Class 4 relay team message board, a pretend screen of 10 invented messages
- Worked example and answer key: sorted messages, edited messages and the change table
Tools required
- Pen and paper
Software / weblinks
Planning a Stop-Motion Film Frame by Frame
DCF: Producing → Sourcing, searching and planning digital content
Planning a digital animation before starting it. A film club wants to make a stop-motion film about Seren, a paper dragon who flies from her classroom shelf to the beach at Aberystwyth. Pupils write success criteria for the film, change the photos in an invented plan into seconds at 10 photos a second, find the total (610 photos, 1 minute 1 second) and cut it to fit the 1 minute limit. They work out how far to move the model between photos (half a centimetre, 5 mm), draw a six-frame storyboard with shot types, list the kit, and estimate filming time (3 hours 20 minutes, 5 weekly sessions). Paper-based; no computers or cameras needed.
Resources required
- Supply teacher presentation: Planning a Stop-Motion Film Frame by Frame (board slides, timers and script)
- Pupil worksheet: Planning a Stop-Motion Film Frame by Frame
- Stimulus: Seren the paper dragon, the film club's invented brief, story and first plan
- Worked example and answer key: success criteria, timing table, the fixed plan, movement and filming time
- Printed stimulus sheet, one between two
Tools required
- Pen and paper
- Coloured pencils
- Calculator (optional)
Software / weblinks
Choosing Keywords to Research a Frog Life Cycle
DCF: Producing → Sourcing, searching and planning digital content
Pupils plan a search about how a common frog grows, set success criteria, and compare pretend search screens for the keywords "frog", "frog life cycle" and "common frog life cycle Wales" to see why specific keywords work better and which result to trust. They skim the headings and scan a wildlife charity page for 7 facts, check 3 claims on an unreliable blog against it, record their source and answer the question in their own words. The skimming, scanning and reliability work is marked as literacy. All websites are invented; the frog facts are real. Paper-based; no computers needed.
Resources required
- Supply teacher presentation: Choosing Keywords to Research a Frog Life Cycle (board slides, timers and script)
- Pupil worksheet: Choosing Keywords to Research a Frog Life Cycle
- Stimulus: pretend search screens, a wildlife charity page and a blog about the common frog
- Worked example and answer key: judged results, chosen keywords, scanned facts and the blog check
Tools required
- Pen and paper