Mechanical Testing 2 Aim: Explore how to interpret results from mechanical testing. This resource includes: Session Power-point file (14 slides) Testing Materials Instruction activity Handout Please feel free to check out our other resources, over the next academic year we will be adding a whole host of resources to support teaching Engineering.

Unit Review and Practice Paper Aim: Review key concepts and skills covered in the course. There is a Peer marking exercise after the practice paper which is excellent for revision purposes. This resource includes: Session Power-point file (5 slides - just to instruct students of exam conditions) Practice exam paper Peer Marking answer sheet Please feel free to check out our other resources, over the next academic year we will be adding a whole host of resources to support teaching Engineering.

Summative Assessment paper Aim: Carry out the final assessment and address any areas of difficulty. This resource includes: Session Power-point file (4 slides with exam conditions written on them) Summative Assessment of Engineering Materials - Exam Paper Summative Assessment of Engineering Materials - Marking Guide Please feel free to check out our other resources, over the next academic year we will be adding a whole host of resources to support teaching Engineering.

Material Failure Aging and Physical 2 Aim: Explore preventive measures against aging and physical failures. This resource includes: Session Power-point file (12 slides) Question Paper Please feel free to check out our other resources, over the next academic year we will be adding a whole host of resources to support teaching Engineering.

Engineering Materials 27 - Material Failure Aging and Physical 1 Aim: Learn about aging and physical failures, such as deformation, fracture, fatigue, and creep. This resource includes: Session Power-point file (16 slides) Stress Failure task Handout Please feel free to check out our other resources, over the next academic year we will be adding a whole host of resources to support teaching Engineering.

Ceramics Processing 2 Aim: Explore the effects of firing temperature and pressing force on ceramics. This resource includes: Session Power-point file (20 slides) Grain Growth in Ceramics Handout Please feel free to check out our other resources, over the next academic year we will be adding a whole host of resources to support teaching Engineering.

Material Failure Corrosion 1 Aim: Understand the various causes of material failure, including corrosion. This resource includes: Session Power-point file (13 slides) Types of corrosion Handout Please feel free to check out our other resources, over the next academic year we will be adding a whole host of resources to support teaching Engineering.

Composites types and Structures 2 Aim: Understand the different structures in composites and engineering ceramics. This resource includes: Session Power-point file (16 slides) Composites task Ceramics Task Please feel free to check out our other resources, over the next academic year we will be adding a whole host of resources to support teaching Engineering.

Testing and Visual inspection 2 Aim: Learn to interpret results from visual inspection and non-destructive testing. This resource includes: Session Power-point file (13 slides) Evaluation of NDT Handout Please feel free to check out our other resources, over the next academic year we will be adding a whole host of resources to support teaching Engineering.

These question packs are a new addition to our products from Resource Forge. Please feel free to check out our other resources, over the next academic year we will be adding a whole host of resources to support teaching Engineering. This set includes 5 short answer questionnaires, with 10 questions on each handout; they are for the following subjects: Ferrous and Non-Ferrous metals Mechanical Properties of materials Electrical properties of materials Thermal properties of metals Polymers in Engineering Each questionnaire is supplied with a teacher copy that includes all of the answers to the questions. These are great for formative assessments, starter activities and mid-lesson progress checkers.

Introduction to Applied Mathematical Theory in Engineering Applications This resource is part of the set for “Essential mathematics for engineering and manufacturing” Aim: Understand the importance of mathematics in engineering and manufacturing. This resource includes: Session Power-point file (13 slides) Initial Assessment Task Initial Assessment Task PDF Initial Assessment Task Teacher Copy with Answers BIDMAS Questions BIDMAS Questions PDF Bidmas Questions Teacher Copy Please feel free to check out our other resources, over the next academic year we will be adding a whole host of resources to support teaching Engineering.

Applied Mathematical Theory in Engineering Applications This resource is part of the set for “Essential mathematics for engineering and manufacturing” Aim: Explore the range of mathematical topics in engineering applications. This resource includes: Session Power-point file (19 slides) Mathematical theory handout Please feel free to check out our other resources, over the next academic year we will be adding a whole host of resources to support teaching Engineering.

Working with Integers, Decimals, and Standard Forms This resource is part of the set for “Essential mathematics for engineering and manufacturing” Aim: Perform arithmetic operations using BIDMAS rules with integers and decimals. This resource includes: Session Power-point file (12 slides) Integers, Decimals and standard form Task Integers, Decimals and standard form PDF Integers, Decimals and standard form Teacher Copy Please feel free to check out our other resources, over the next academic year we will be adding a whole host of resources to support teaching Engineering.

Arithmetic and Geometric Progressions This resource is part of the set for “Essential mathematics for engineering and manufacturing” Aim: Understand arithmetic and geometric progressions and their use in engineering contexts. This resource includes: Session Power-point file (13 slides) Geometric Progression Information Sheet Geometric Progression Method Sheet Geometric Progression Task sheet Geometric Progression PDF Geometric Progression Teacher Copy Please feel free to check out our other resources, over the next academic year we will be adding a whole host of resources to support teaching Engineering.

Algebra: Equations and Factorisation 2 This resource is part of the set for “Essential mathematics for engineering and manufacturing” Aim: Learn to solve simultaneous and quadratic equations in engineering contexts. This resource includes: Session Power-point file (12 slides) Simultaneous Equations Tasksheet Simultaneous Equations PDF Simultaneous Equations Teacher Copy Quadratic Equations Tasksheet Quadratic Equations PDF Quadratic Equations Teacher Copy Please feel free to check out our other resources, over the next academic year we will be adding a whole host of resources to support teaching Engineering.

Graphs and Charts 2 This resource is part of the set for “Essential mathematics for engineering and manufacturing” Aim: Determine the equation of a straight line from a graph (y = mx + c). This resource includes: Session Power-point file (13 slides) Straight Line Graphs Task Straight Line Graphs Task PDF Straight Line Graphs Teacher Copy Please feel free to check out our other resources, over the next academic year we will be adding a whole host of resources to support teaching Engineering.

Power Series This resource is part of the set for “Essential mathematics for engineering and manufacturing” Aim: Learn about power series and their applications in engineering. This resource includes: Session Power-point file (16 slides) Power series equation information Power series task Power series PDF Power series Teacher Copy Power series Engineering Problems Power series Engineering Problems PDF Power Series Engineering Problems Teacher Copy Please feel free to check out our other resources, over the next academic year we will be adding a whole host of resources to support teaching Engineering.

Engineering Materials: Conductivity This resource teaches about Electrical conductivity, resistance and the thermal effects on conductive metals. This resource is a full lesson that would normally take around 1 hour 30 minutes to work through. There are 2 tasks that accompany the Presentation which have dedicated slides. I use this resource every year to deliver Engineering materials and it has always worked well. Please feel free to check out our other resources, over the next academic year we will be adding a whole host of resources to support teaching Engineering.

Scheme of work and topic list for the T-Level in Engineering (Design and Development - 8714) - Outcome 3 The scheme of work has been made to be as simple to adjust as possible. It can be easily modified or copied/pasted into a school or college template. The scheme of work has been made to follow the specification closely, and I can confirm that after teaching the first year during 22/23 it was a successful delivery plan. Please take a look at my other resources for the other Schemes of work and topic lists for all other units.

Scheme of work and topic list for the T-Level in Engineering (Design and Development - 8714) - Outcome 6 The scheme of work has been made to be as simple to adjust as possible. It can be easily modified or copied/pasted into a school or college template. The scheme of work has been made to follow the specification closely, and I can confirm that after teaching the first year during 22/23 it was a successful delivery plan. Please take a look at my other resources for the other Schemes of work and topic lists for all other units.