Scheme of work and topic list for the T-Level in Engineering (Design and Development - 8714) - Outcome 4 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 7 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 11 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 14 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 13 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.

Physical Properties of Materials Part 2 Aim: Apply the knowledge of physical properties to material selection in engineering. This resource includes: Session Power-point file (17 Slides) Material Selection 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.

Physical Properties of Materials Aim: Learn about various physical properties, such as density, melting point, and thermal expansivity. This resource includes: Session Power-point file including work on Density calculations Investigation Discussion guide included Research 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.

Mechanical Properties of Materials 2 Aim: Explore the relationship between mechanical properties and material behaviour. This resource includes: Session Power-point file (21 slides) Material Properties Scenario Task Teacher Copy of 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.

Types of Materials and Their Structures - Polymers 1 Aim: Understand thermoplastic and thermosetting polymers, as well as elastomers. This resource includes: Session Power-point file (12 slides) Information document on Polymers 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.

Types of Materials and Their Structures - Metals 2 Aim: Learn about metallic structures and bonding mechanisms in metals. This resource includes: Session Power-point file (18 slides) Metallic bonding practical activity guidelines Formative assessment on session content 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 1 Aim: Understand the applications of timber and smart materials. This resource includes: Session Power-point file (19 slides) Smart Materials 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.

Types of Materials and Their Structures – Polymers 2 Aim: Explore the microstructure of polymers and their crosslinking mechanisms. This resource includes: Session Power-point file (19 slides) Polymers Assessment 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.

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.

Polymer Processing 1 Aim: Understand how temperature and pressure influence the properties of thermoplastic polymers. This resource includes: Session Power-point file (14 slides) Polymer Research 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.

Mechanical Properties of Materials This resource includes: Session Power-point file (26 Slides) 3 Task Documents relating to Mechanical Properties Feedback Tips for Peer assessment Activity 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.

Heat Treatments 1 Aim: Learn about various heat treatment processes, such as case hardening and tempering. This resource includes: Session Power-point file (14 slides) Heat Treated Products 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 1 Aim: Learn how sintering affects the structure and properties of ceramics. This resource includes: Session Power-point file (15 slides) Sintering Ceramics 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.

Polymer Processing 2 Aim: Explore the curing process and its impact on thermosetting polymers. This resource includes: Session Power-point file (18 slides) Polymer Curing 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.

Surface Treatments 2 Aim: Explore the benefits and limitations of various surface treatment methods. This resource includes: Session Power-point file (22 slides) Electroplating 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.