What can one broken rib tell us about the life of the biggest T. rex ever found? In 2026, scientists used neutron and X-ray imaging to look inside a fractured rib from “Scotty,” without damaging it. They found something never seen in a fossil before: a preserved network of blood vessels that formed while the injury was healing. Students become fossil detectives and follow the real investigation through five stages: Discovery, Imaging, Evidence, Interpretation, and Conclusion & New Questions. Along the way, they learn how scientists build a case from evidence, and why scientific conclusions can change when new technology comes along. What’s inside (45-minute lesson): Teacher lesson plan with timings and research background Word bank for teachers and students Student worksheet, including a “spot the healed fracture” bone diagram Answer key Scoring rubric (out of 16) Exit ticket with reflection Exam Prep Corner: 3 multiple-choice questions and a 4-mark data-response question, with answers Exam links: This lesson on Scotty the T. rex is a great review for questions on fossil evidence, non destructive scientific methods, and skeletal biology and bone repair. Suitable for: ages 11–14, KS3 (Years 7–9), US grades 6–8 (NGSS). Easy to adapt for older or younger students. Also works for homeschool.

Can you switch a brain cell on with light? This year’s Nobel Prize in Medicine says yes. This ready to teach news lesson takes the story behind optogenetics and turns it into a clear, engaging GCSE lesson your students will want to talk about at the dinner table. Students find out how scientists use light to control nerve cells, then use that to revisit core ideas about the nervous system, cells and light. It’s written jargon-free, so a non-specialist teacher can pick it up and teach it. What’s inside: editable PowerPoint, teacher lesson plan, student worksheet, word bank with units and symbols explained, answer key, marking rubric, exit ticket, and an Exam Prep Corner with exam-style questions. Exam links: a strong review lesson for questions on the nervous system, neurones and electromagnetic waves. Suitable for: ages 14 to 16, GCSE (Years 10 to 11), US grades 9 to 10 (NGSS). Also works for homeschool.

A storm tears a fishing net loose, and for two years it drifts at sea, still catching fish and seabirds. What happens when it’s finally recovered? In this ready to teach lesson, students become materials investigators. They follow “Net 214” through five real stages: material identification, cleaning, processing, manufacture and end of life. Along the way they learn about polymers, why some plastics float and others sink, and what really happens to old fishing nets. A company spotlight on Bureo and NetPlus shows how old nets become skateboards, sunglasses and jackets. Then students learn how to turn what they know into marks. Using three simple steps (Survey → Map → Chain), they write full mark “explain” answers, find the Five Mark Traps in weaker answers, and rebuild those answers to score full marks. What’s inside (38 editable PowerPoint slides, about 60 minutes): Hook, learning objectives and a “back to basics” starter Word bank with units and symbols explained (g/cm³) Float Test demo using a zip tie and a milk jug lid Five investigation stages with questions Company spotlight and class discussion Walkthrough exam question with a 1 mark answer and a rebuilt 4 mark answer The Five Mark Traps, three Spot the Trap tasks and a Your Turn section Exit ticket and a spaced revision plan (“The Long Game”) Exam Prep Corner: 3 multiple-choice questions and a density data question, with answers explained. Teacher notes and answers in the speaker notes on every slide. Exam links: a strong review for polymers and their properties, density, recycling and sustainability, and writing “explain” answers. Suitable for: ages 11–14, KS3 (Years 7–9), US grades 6–8 (NGSS). Also works for homeschool and as revision.

With this fully editable PowerPoint, trace a real recovered fishing net through five stages of its second life (Material identification, Cleaning, Processing, Manufacture and end-of-life evaluation) in this engaging 60 minute STEM lesson, grounded in a real recycling company’s process. Students open with a short narrative hook (meet “Net 214”, pulled from the sea after eight years), run a hands on sink or float test to identify plastics the way real sorting facilities do, then work through five stages that build towards the lesson’s central challenge: Is recycling really a complete solution to ocean plastic pollution? Then they learn how to turn what they know into marks, with Survey → Map → Chain, the Five Mark Traps, and realistic student answers to diagnose and rebuild. What’s included: 38-slide editable PowerPoint with teacher notes and answers on every slide Full teacher lesson plan with timings, word bank, Float Test demo and safety note Curriculum and standards table (UK KS3, NGSS and Common Core literacy) Student fact file with “back to basics”, diagrams and: - “Why do we need to know this?” Net Detective worksheet: 11 guided questions across five stages Real-world company case study (Bureo and NetPlus), with sources for verification. Exam skills: The Walkthrough, Five Mark Traps, Spot the Trap, Your Turn and Rebuild It Answer key with “Why it’s correct” notes 5 Criteria scoring rubric (20 points) and exit ticket The Long Game: A little and often revision planner Exam Prep Corner: 3 multiple choice questions and a density data question, with answers Subject: Science / STEM / Design & Technology: Materials & Sustainability Age range: 11 - 14 (KS3 / Grades 6 - 8), adaptable up or down Format: Editable PowerPoint (38 slides) A self-contained, no prep lesson that turns an abstract recycling concept into a concrete, evidence based investigation. Ideal for a single lesson, Earth Day, World Oceans Day or a science/STEM club session. The lesson is written so any teacher can teach it, specialist or not. “I loved building this one. The real company case study makes the ending genuinely surprising for students.”

Feeling like a fish out of water at exam time? This ready to teach biology lesson covers gas exchange in fish: Gill structure, surface area, diffusion and the counter current principle. It then shows students exactly why their written answers lose marks, and how they are able to fix them. Built for UK A Level Biology (AQA 3.3.2, OCR A 3.1.1) and suitable for advanced high school biology. Written so that non-specialists and home school families can teach it with confidence. Inside the 19 page PDFL Teacher lesson plan, plain English teacher explainer, student fact file with diagrams, modelled exam walk through, the Five Mark Traps, Spot the Trap activity, two practice questions, answer key with explanations, rubric, exit ticket, spaced revision planner and an Exam Prep Corner (MCQs + data question). Please note: this resource uses UK spelling and UK exam terminology.

A complete, ready-to-teach science lesson: what a modern landfill really is, why it’s engineered and not just a hole in the ground and the science of leachate and methane. This is Lesson 1 of the five-part Landfill Science mini-unit, and works perfectly as a stand-alone lesson too. Students trace the journey of everyday waste, discover the engineering features that protect soil, water and air, and meet the key vocabulary (biodegradable, leachate, methane, groundwater) they’ll build on this topic throughout the unit. WHAT’S INCLUDED: A Full teacher lesson plan with suggested timings and a curriculum/exam topic cheat-sheet Student reading passage and five-stage worksheet Complete answer key with model responses Teacher scoring rubric Exit ticket All of my lessons now include and Exam Prep Corner, which has multiple-choice and data response questions with a full answer key - I have found this end of lesson corner useful as it prepares students for real exam environment questions. CURRICULUM LINKS: Supports KS2/KS3 Science (Materials, Environmental Change, Human Impact) and US NGSS MS-ESS3-3 / MS-ETS1-1. A teacher cheat-sheet maps each part of the lesson to typical exam topics, so it’s easy to slot into a revision sequence. AGES: 9–13 | GRADES: 5–7 | TIME: 45–60 minutes | NO PREP beyond printing Look out for Lessons 2–5 to complete the full Landfill Science mini-unit, or grab the bundle once all five are live. The Surveyor’s Desk - Real World STEM Resources

A complete, ready-to-teach science lesson: Students become waste sorting detectives, classifying real items such as reuse, recycle, compost, hazardous or landfill - and proving every choice with science. This is Lesson 2 of the five-part Landfill Science mini-unit, and works perfectly as a stand-alone lesson too. Students sort seven everyday items (plus three trickier challenge items), apply the waste hierarchy, and investigate a “Buried Apple” decomposition thought experiment comparing composting with landfill. WHAT’S INCLUDED: A Full teacher lesson plan with suggested timings and a curriculum/exam topic cheat-sheet Student worksheet with sorting tables and waste-hierarchy diagram A Complete answer key with scientific reasoning for every item A Teacher scoring rubric Exit ticket Exam Prep Corner, which includes multiple choice and data response questions with a full answer key. I have found this very useful as it prepares students for real world scenario exam questions. CURRICULUM LINKS: Supports KS2/KS3 Science (Materials, Living Things, Human Impact) and US NGSS MS-LS2-3 / MS-ESS3-3 / MS-PS1-3. A teacher cheat-sheet maps each part of the lesson to typical exam topics. AGES: 9–13 | GRADES: 5–7 | TIME: 45–60 minutes | No Prep beyond printing Part of the five lesson Landfill Science mini unit from The Surveyor’s Desk - Real World STEM Resources.

A complete, ready to teach science lesson: Students label a full cross section of an engineered landfill and trace the journey of rainwater, leachate and landfill gas through the site. This is Lesson 3 of the five part Landfill Science mini unit, and works perfectly as a stand-alone lesson too. Students label 12 engineered features from the liner and drainage layer to the gas vent and groundwater monitoring well and run a hands-on “Barrier Test” permeability demonstration. WHAT’S INCLUDED: A Full teacher lesson plan with suggested timings and a curriculum/exam topic cheat-sheet Student labeling diagram and five-stage worksheet A Fully labeled answer key diagram with explanations Teacher scoring rubric Exit ticket Exam Prep Corner which includes multiple choice and data response questions with a full answer key. I have found this very useful in prepping students for real world exam scenarios. CURRICULUM LINKS: Supports KS2/KS3 Science (States of Matter, Working Scientifically) and US NGSS MS-ETS1-1 / MS-ETS1-2 / MS-ESS3-3. A teacher cheat-sheet maps each part of the lesson to typical exam topics. AGES: 9 - 13 | GRADES: 5 - 7 | TIME: 45 - 60 minutes | No Prep beyond printing Part of the five-lesson Landfill Science mini-unit from The Surveyor’s Desk - Real World STEM Resources.

A complete, ready to teach science lesson: Students build a full Claim-Evidence-Reasoning argument about reducing biodegradable waste sent to landfill; including evidence cards, a rebuttal task and a model response. This is Lesson 4 of the five part Landfill Science mini unit, and works perfectly as a stand alone lesson on scientific argumentation. Students sort genuine and irrelevant evidence, complete a cause and effect reasoning chain, and answer a real council-style counter-argument. WHAT’S INCLUDED: A Full teacher lesson plan with suggested timings and a curriculum/exam topic cheat-sheet Student worksheet with 8 evidence cards and a CER writing frame Complete answer key with a full model response Teacher scoring rubric An Exit ticket Exam Prep Corner, which includes multiple choice and data response questions with a full answer key CURRICULUM LINKS: Supports KS3 Science (Working Scientifically) and US NGSS SEP: Argument from Evidence / MS-ESS3-4 / MS-LS2-3. A teacher cheat sheet maps each part of the lesson to typical exam topics. AGES: 9 - 13 | GRADES: 5 - 7 | TIME: 45 - 60 minutes | No Prep beyond printing Part of the five-lesson Landfill Science mini-unit from The Surveyor’s Desk - Real World STEM Resources.

A complete, ready-to-teach review lesson: students consolidate the whole Landfill Science unit through vocabulary recall, misconception busting and a real world case study: Freshkills Park, a former landfill being turned into public parkland. This is the final lesson of the Five Part Landfill Science mini unit, and works perfectly as a stand alone revision lesson. Students correct four common misconceptions, apply their science to real-world scenario cards, and complete a confidence self-check. WHAT’S INCLUDED: A Full teacher lesson plan with suggested timings and a curriculum/exam topic cheat-sheet Student review worksheet with vocabulary match and scenario cards Complete answer key Teacher scoring rubric Exit ticket Exam Prep Corner, which includes multiple choice and data response questions with a full answer key. This is incredibly useful for preparing students for real world exam questions. CURRICULUM LINKS: Supports KS2/KS3 Science (Working Scientifically, Human Impact) and US NGSS SEP: Obtaining/Evaluating Information / MS-ESS3-3 / MS-ESS3-4. A teacher cheat-sheet maps each part of the lesson to typical exam topics. AGES: 9 - 13 | GRADES: 5 - 7 | TIME: 45 - 60 minutes | No Prep beyond printing Final part of the five lesson Landfill Science mini unit from The Surveyor’s Desk - Real World STEM Resources.

Trace a real recovered fishing net through five stages of its second life (Material identification, Cleaning, Processing, Manufacture and end of life evaluation) in this engaging 60 minute STEM lesson, grounded in a real recycling company’s process. Students open with a short narrative hook (meet “Net 214”, pulled from the sea after eight years), run a hands on sink or float test to identify plastics the way real sorting facilities do, then work through five stages that build towards the lesson’s central challenge: is recycling really a complete solution to ocean plastic pollution? Then they learn how to turn what they know into marks, with Survey → Map → Chain, the Five Mark Traps, and realistic student answers to diagnose and rebuild. What’s included: Full teacher lesson plan with timings, word bank, Float Test demo and safety note Curriculum and standards table (UK KS3, NGSS and Common Core literacy) Student fact file with “back to basics”, diagrams and “Why do we need to know this?” Net Detective worksheet: 11 guided questions across five stages Real world company case study (Bureo and NetPlus), with sources for verification Exam skills: The Walkthrough, Five Mark Traps, Spot the Trap, Your Turn and Rebuild It Answer key with “Why it’s correct” notes 5-criteria scoring rubric (20 points) and exit ticket The Long Game: a little and often revision planner Exam Prep Corner: 3 multiple-choice questions and a density data question, with answers Subject: Science / STEM / Design & Technology: Materials & Sustainability Age range: 11 - 14 (KS3 / Grades 6 - 8), adaptable up or down Format: PDF (18 pages), fully branded and print-ready A self-contained, no-prep lesson that turns an abstract recycling concept into a concrete, evidence based investigation. Ideal for a single lesson, Earth Day, World Oceans Day or a science/STEM club session. This lesson is written so any teacher can teach it, specialist or not. “I loved building this one. The real company case study makes the ending genuinely surprising for students.”

This engaging STEM lesson introduces primary learners (ages 7–11) to the real‑world engineering behind retaining walls, soil pressure, anchors, and structural stability. Designed for KS2 science and engineering enrichment, the resource blends clear explanations with hands‑on investigation, problem‑solving and real‑world application. Students explore how retaining walls work, why engineers use anchors, and how soil behaves when forces act upon it. The lesson includes a guided “Reactive Engineering Blueprint” activity and a practical “Risk Inspection” table that helps pupils think like engineers as they analyse stability, materials, and environmental conditions. What’s included: A full 14‑page teaching resource Clear explanations of retaining walls, soil pressure and anchors Real‑world engineering examples “Reactive Engineering Blueprint” thinking activity “Risk Inspection” student table Teacher guidance and suggested discussion questions High‑quality visuals and diagrams A recap page to consolidate learning Learning outcomes: Understand how retaining walls resist soil pressure Recognise the purpose of anchors and reinforcement Apply engineering thinking to assess risk and stability Develop scientific enquiry and problem‑solving skills Connect classroom learning to real‑world civil engineering This resource is part of The Surveyor’s Desk STEM series, designed to bring real engineering into the primary classroom through clear explanations, structured activities and professional visuals.