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Last updated

12 November 2026

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BTEC Level 3 AAQ Engineering Unit 1: Module 2 Static Engineering Systems – 6 Editable Lesson PowerPoints (L11–L16)

A complete, ready-to-teach sequence of six editable PowerPoint lessons for Unit 1: Engineering Principles of the Pearson Level 3 AAQ BTEC National in Engineering (Extended Certificate, 610/3962/7). There are 173 slides in total, with detailed teacher notes on every slide.

WHAT’S INCLUDED

L11 Force, F = ma and free-body diagrams (28 slides)
L12 Resolving forces (29 slides)
L13 Resultant, equilibrant and line of action (30 slides)
L14 Moments and static equilibrium (30 slides)
L15 Simply supported beams: point loads (28 slides)
L16 Beams: UDLs and combined loading (28 slides)
Module summary and end-of-module self-assessment
All files in one ZIP

EVERY LESSON INCLUDES

Do Now retrieval starter with answers
Real engineering challenge (cranes, winches, gantries, footbridges)
Objectives mapped to specification references
Supported, Core and Challenge success criteria
Accurate, fully editable diagrams
I DO / WE DO / YOU DO modelling with a consistent 8-step calculation method
Hinge question with answer reveal
Common misconceptions
Exam-style practice with indicative mark schemes
Challenge task with full worked solution
Plenary, exit ticket and self-assessment

SPECIFICATION COVERAGE
B1.1.1 F = ma; B1.1.2a–e diagrams, moments, resolving, resultant, equilibrant, line of action and equilibrium conditions; B1.1.3a–c simply supported beams with point loads, UDLs and combined loading. Maths (trigonometry, sine and cosine rules, vectors, simultaneous equations) is taught in engineering contexts, as the specification requires.

WHY TEACHERS VALUE IT

Minimal preparation: six lessons ready to teach
Every calculation fully worked and checked
Scaffolds for all learners: formula boxes, partly completed frames, sentence starters
Regular AO1–AO3 exam-style practice
Professional design built for projection
Fully editable slides, diagrams and questions

WHO IT IS FOR
Teachers of Pearson BTEC Level 3 AAQ Engineering Unit 1 (ages 16–19). Also suitable for revision, intervention and non-specialist cover.

PLEASE NOTE
Practice questions are original. Mark schemes are indicative teaching guidance, not official Pearson mark schemes. Student tasks (S-01 to S-18) are from the companion Module 2 Student Workbook, which the slides reference by page number.

Independent educational resource designed to support Pearson BTEC Level 3 AAQ Engineering. This product is not affiliated with, approved by or endorsed by Pearson.

Get this resource as part of a bundle and save up to 44%

A bundle is a package of resources grouped together to teach a particular topic, or a series of lessons, in one place.

Bundle

Pearson BTEC Level 3 AAQ Engineering | Unit 1 Engineering Principles | Modules 1–6 of 12 | 822 Editable Slides

## SEO Title Pearson BTEC Level 3 AAQ Engineering | Unit 1 Engineering Principles | Modules 1–6 of 12 | 822 Editable Slides ## Description A comprehensive **7-resource teaching bundle** for **Pearson BTEC Level 3 AAQ National in Engineering – Unit 1: Engineering Principles (610/3962/7)**. Featuring **822 editable PowerPoint slides across 31 lessons**, plus student workbooks, worked answers and a scheme of work, this collection supports Level 3 teaching and examination preparation. **Important – Course Coverage** The complete Unit 1 Engineering Principles course consists of **12 modules**. This bundle covers **Modules 1–6**, representing the first half of the course. **Modules 7–12 are not included.** **Module 1 – Engineering Mathematics (251 Slides)** - SI units, algebra and logarithms - Equations, trigonometry and mensuration - 24-page workbook and worked answers **Module 2 – Static Engineering Systems (173 Slides)** - Forces and free-body diagrams - Equilibrium and moments - Simply supported beams and loads **Module 3 – Loaded Components (56 Slides)** - Direct stress and strain - Young's modulus - Shear stress and strength calculations **Module 4 – Dynamic Systems (131 Slides)** - Velocity, acceleration and Newton's laws - Work, power and efficiency - Energy and momentum calculations **Module 5 – Rotational Systems (109 Slides)** - Torque and angular velocity - Rotational inertia and friction - Pulleys, gear trains and chain drives **Module 6 – Fluid Systems (102 Slides)** - Density and hydrostatic pressure - Flow rate and continuity - Upthrust and flotation **Teaching and Assessment** - I Do / We Do / You Do modelling - Supported, Core and Challenge tasks - Engineering diagrams and calculations - Retrieval starters and exam-style questions - Worked solutions and teacher guidance **What's Included** - 6 teaching modules covering Modules 1–6 of 12 - 31 editable PowerPoint lessons (822 slides) - Printable workbooks and worked answers - 120-hour scheme of work (55-lesson plan) - Specification map and formulae guide - Original engineering practice questions **Visual Preview and Resource Format** **All visuals shown in the ÌÇÐÄVlog previews are included in the relevant resources.** The previews show the actual teaching materials buyers will receive. PowerPoint slides are editable. Supporting workbooks and guides are supplied as PDFs. Ideal for **BTEC Level 3 Engineering**, sixth-form lessons, independent study and Unit 1 exam revision. ## SEO Keywords Pearson BTEC Engineering, BTEC Level 3 AAQ, Unit 1 Engineering Principles, Modules 1–6, 12 engineering modules, engineering mathematics, statics, dynamics, stress and strain, rotational systems, fluid mechanics, torque, Newton's laws, engineering calculations, BTEC revision, editable PowerPoint, engineering workbook ## Copyright © 2026 Coffee Owed. All rights reserved. Independent educational resource supporting Pearson BTEC Level 3 AAQ Engineering. Not produced, approved or endorsed by Pearson. Qualification names identify curriculum relevance only. Original explanations, calculations, diagrams and designs remain the intellectual property of Coffee Owed. Third-party materials retain their respective rights. **Short Footer:** © 2026 Coffee Owed. Independent BTEC Engineering resource. Not affiliated with Pearson.

£29.99

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