A set of revision mats for the Level 3 BTEC Applied Science Unit 3 (Science investigation skills) exam. Covers all of the scientific content topics (diffusion, plants, enzymes, circuits and fuels). Has a variety of questions: calculations (inc. rounding, standard form and converting units), tables, diagrams, longer written answers, defining key words and more. Comes with answer slides too.

BTEC Applied Science Unit 5 Physics Resources – Comprehensive Scheme of Work and Support Materials This premium resource is tailored specifically for the Physics section of Unit 5 from the BTEC Level 3 Applied Science syllabus, focusing exclusively on thermal physics, materials, and fluids in motion. Designed for teachers delivering this core unit, this resource ensures students are well-prepared for the exam’s Physics component, which forms a key part of the Principles and Applications of Science II (Unit 5). The resource includes a detailed scheme of work that aligns directly with the BTEC specification, covering essential topics like the laws of thermodynamics, specific heat capacity, and energy transfer in systems. For the materials topic, students will explore mechanical properties such as stress, strain, and Young’s modulus, alongside practical applications in engineering and design. The fluids in motion section dives into concepts such as density, viscosity, fluid dynamics, and the principles of Archimedes’ and Bernoulli’s laws. Key features of this resource include: Clear lesson plans that break down complex Physics topics into manageable, student-friendly sections. Custom worksheets and designed to reinforce theoretical knowledge through practical examples and interactive activities. A variety of calculations-based practice questions with step-by-step solutions, helping students master exam-style problems, including applying formulae for energy, efficiency, and fluid flow. Summative revision materials tailored to boost confidence in applying thermal energy principles, stress-strain calculations, and analysing fluid mechanics in real-world contexts. Exam-style questions specific to Physics, with detailed mark schemes to help both teachers and students understand assessment criteria. This resource is perfect for educators looking to streamline their delivery of the Physics section and provide their students with structured, comprehensive support. Each activity and worksheet is aligned with BTEC learning outcomes and mapped to Assessment Objectives (AO1 to AO4), ensuring all critical Physics concepts are covered. Whether you’re teaching thermal energy transfer in systems, exploring mechanical properties of materials, or calculating the dynamics of fluids in motion, this resource supports students in developing both their theoretical understanding and practical application skills. All content is curated to meet the demands of the external assessment and enhance learning through interactive and engaging methods. Enhance your teaching with this BTEC Applied Science Physics resource, ensuring students achieve their best results in Unit 5.

These are the tasks I give to pupils as I teach section G - Fuels for the practical exam unit 3. The tasks are designed to teach and practice the key skills, as well as develop a good understanding of how they will be examined. All task sheets included mini assessment briefs developed from Exam past papers.

This download contains resources made by myself when I was teaching the Year 12 Pearson BTEC Applied Science course for Unit 2: Reflection. This was part of Learning Aim D, which encourages students to evaluate on their progress and key skills obtained over the first year of their Applied Science course. This pack includes: 3 lessons: Lesson 1: Personal responsibility Lesson 2: Interpersonal skills Lesson 3: Professional practice (this lesson is split into two) A write-up guidance sheet containing advice for how to plan the assignment A short worksheet about interpersonal skills to accompany lesson 2

Planning and assignment briefs for BTEC Level 3 Applied Science mandatory Unit 3 - Scientific Investigation. Adapted from and linked to Pearson resources and textbook. Please leave feedback on these resources for me.

These are the tasks I give to pupils as I teach section H - electricity, for the practical exam unit 3. The tasks are designed to teach and practice the key skills, as well as develop a good understanding of how they will be examined. All task sheets included mini assessment briefs developed from Exam past papers.

Planning and assignment briefs for BTEC Level 3 Applied Science mandatory Unit 1 - Fundamentals of Science. Adapted from and linked to Pearson resources and textbook. Please leave feedback on these resources for me.

Planning and assignment briefs for BTEC Level 3 Applied Science mandatory Unit 2 - Working in the Science Industry. Adapted from and linked to Pearson resources and textbook. Please leave feedback on these resources for me.

These are the tasks I give to pupils as I teach skills A-C for the practical exam unit 3. The tasks are designed to teach and practice the key skills, as well as develop a good understanding of how they will be examined. All task sheets included mini assessment briefs developed from Exam past papers. Please note that only an overview of processing techniques are given. A separate maths and statistics booklet is available

These are the tasks I give to pupils as I teach section F - Diffusion for the practical exam unit 3. The tasks are designed to teach and practice the key skills, as well as develop a good understanding of how they will be examined. All task sheets included mini assessment briefs developed from Exam past papers.

These are the tasks I give to pupils as I teach section E - Plants for the practical exam unit 3. The tasks are designed to teach and practice the key skills, as well as develop a good understanding of how they will be examined. All task sheets included mini assessment briefs developed from Exam past papers.

Designed to support the Pearson BTEC Level 3 National Extended Diploma in Applied Science, specifically covering Unit 3: Science Investigation Skills. This comprehensive resource package focuses on the mathematical and data analysis techniques required for Lesson 3, ensuring students can confidently approach the external assessment and Learning Aim B requirements. What is included? Detailed Lesson Content: Step-by-step guidance on Significant Figures, Standard Form, and Unit Conversions. Error Analysis Module: Comprehensive breakdown of Absolute and Percentage Uncertainty. Student Calculation Tasks: Practical exercises designed to mirror the style of the BTEC Unit 3 external exam. Teacher Answer Key: Full worked solutions for all mathematical problems to facilitate quick marking. Compatibility & Curriculum Links: This material is perfectly aligned with the Pearson BTEC Level 3 Applied Science specification. It serves as an essential tool for Unit 3 (Science Investigation Skills), providing the rigorous math support needed for high-grade achievement in the “Science Math” sections of the investigation report.

These are the tasks I give to pupils as I teach D - enzymes for the practical exam unit 3. The tasks are designed to teach and practice the key skills, as well as develop a good understanding of how they will be examined. All task sheets included mini assessment briefs developed from Exam past papers.

This 3-hour Biology lesson pack is designed for BTEC Level 3 Applied Science – Unit 5: Applications of Science, supporting learners with applying biological knowledge to realistic scenarios and assessment-style tasks. The resource is ideal for classroom delivery, cover lessons, revision sessions, or structured independent learning, and is suitable for mixed-ability BTEC groups. What’s Included Teacher PowerPoint Clear explanations of key biological concepts Structured lesson flow (starter, main activities, plenaries) Application-focused prompts linked to Unit 5 expectations Student Worksheets Guided questions to support understanding Application and analysis tasks Written response practice suitable for BTEC assessment style Biology Case Studies Realistic, applied scenarios to engage learners Encourages scientific reasoning and interpretation of information Supports development of evaluative and explanatory skills Ready to Use Minimal prep required Easily adaptable for differentiation or extension

assignments and research to help complete tasks

Unit 3 SES Psychology tasks

Designed to support students studying Pearson BTEC Level 3 Applied Science Unit 3, this comprehensive resource covers essential handling data skills required for the Science Investigation Skills external assessment. This complete 2-hour lesson is specifically tailored for Year 13 students, bridging the gap between scientific observation and advanced statistical analysis. It provides a structured deep dive into data classification, central tendency, and measures of dispersion, ensuring learners can accurately process laboratory results with mathematical rigor. Every example is meticulously curated from science-based scenarios, making complex concepts like standard deviation and anomalies easily digestible. Students will transition from theoretical understanding to practical exam application, developing the precision needed to secure high marks in their scientific investigations and forensic reports. What is Included? Comprehensive Outlines: Clear sections for Data Classification, Central Tendency, and Dispersion. Step-by-Step Walkthroughs: Detailed guides for calculating Mean, Median, Mode, and Standard Deviation. Scientific Exercises: Real-world laboratory scenarios involving pH levels, gas production, and tensile strength. Full Answer Key: Complete solutions and mathematical justifications for all practice tasks. BTEC-Style Exam Application: Targeted tasks designed to simulate the external assessment environment. Compatibility & Curriculum Links Exam Board: Pearson Course: BTEC Level 3 National in Applied Science / BTEC Level 3 Foundation Diploma in Forensic Investigation Unit Code: Unit 3 (Science Investigation Skills) Disclaimer: This is an independent resource and is not affiliated with or endorsed by Pearson.

Designed to support students studying Pearson BTEC Level 3 Applied Science Unit 3, this resource provides comprehensive coverage of Section A: Planning and Section B: Data Handling for scientific investigations. This complete lesson package bridges the gap between vocational science and A-Level mathematical requirements, transitioning students from basic data classification to complex statistical analysis, including the manual calculation of Sample Standard Deviation and the mathematical identification of outliers. Perfect for Year 13 students preparing for the Unit 3 external assessment, these worksheets emphasize precision, reliability, and scientific convention. Students will master the “Golden Rules” of tabulation, learn to interpret box and whisker plots, and apply the “Overlap Rule” to error bars to determine statistical significance in experimental results—all through forensic and biological science-based scenarios. What is Included? Data Classification Tasks: Interactive checklists for Discrete, Continuous, and Qualitative data types. Scientific Tabulation Guide: “Spot the Error” tasks focused on BTEC-standard independent and dependent variable formatting. Measures of Central Tendency: Practical exercises for Mean, Median, and Mode, including Estimated Mean for Grouped Data. Dispersion & Outliers: Step-by-step guides for IQR and the 1.5 IQR mathematical rule for identifying anomalies. Standard Deviation Deep-Dive: Comprehensive “Table Method” worksheets for manual calculation of Sample Standard Deviation. Graphical Representation: Advanced tasks for plotting Box & Whisker diagrams and interpreting Error Bar significance. Full Teacher Answer Key: Complete worked solutions for every mathematical task and scientific scenario. Compatibility & Curriculum Links Exam Board: Pearson Edexcel Course: BTEC Level 3 National Extended Diploma in Applied Science Unit Title: Unit 3: Science Investigation Skills (Learning Aim B) Alternative Course: BTEC Level 3 Foundation Diploma in Forensic Investigation Disclaimer: This is an independent resource and is not affiliated with or endorsed by Pearson.

Range of general resources for BTEC Level 2, Unit 13 (Forensics). Most are my own, some are taken and adapted from other sources (e.g. webpages). Hope it helps you save some time :o) Please leave feedback on these resources for me.

Designed to support students studying Pearson BTEC Level 3 Applied Science Unit 3, this comprehensive lesson pack focuses on the statistical analysis of relationships between variables. This 2-hour resource is essential for Year 13 learners, providing the mathematical tools required to process calibration curves and quantify the strength of scientific data through Pearson’s Correlation Coefficient and the Coefficient of Determination This resource bridges the gap between simple graphing and high-level analytical justification. Students will explore real-world scientific applications—including forensic entomology and environmental nitrate analysis—to understand how to differentiate between correlation and causation. By the end of this pack, learners will be able to not only calculate statistical values but also interpret unexplained variance and justify the reliability of their experimental findings in an exam context. What is Included? Calibration Mastery: Detailed guides on constructing lines of best fit and performing precise interpolation. Pearson’s r Toolkit: Structured interpretation tables to quantify relationship strength and direction. R² Analysis Tasks: Step-by-step walkthroughs for explaining variance and identifying experimental error. Scientific Case Studies: Forensic entomology (PMI) and environmental runoff scenarios. Full Answer Key: Comprehensive solutions with professional scientific reasoning for all tasks. Compatibility & Curriculum Links Exam Board: Pearson Course: BTEC Level 3 National in Applied Science / BTEC Level 3 Foundation Diploma in Forensic Investigation Unit Code: Unit 3 (Science Investigation Skills) Disclaimer: This is an independent resource and is not affiliated with or endorsed by Pearson.