Sectors Set 1 This resource is part of the set for “Engineering and manufacturing past, present, and future” Aim: Understand the scope of the aerospace engineering sector. Identify the activities, products, and services provided in the aerospace industry. Investigate three inventions that were made possible by the Aviation industry. Explore the field of rail engineering. Identify the activities, products, and services provided in the rail industry. Investigate the rail industry to determine the advantages and disadvantages of the rail industry. Learn about the applications of engineering in agriculture. Understand the activities, products, and services provided in the agriculture industry. Answer questions as a group relating to agricultural engineering. Understand the role of engineering in the automotive industry. Identify the activities, products, and services provided in automotive engineering. Research the origins of the production line and report on how companies have adopted the same methods and improved them. This resource includes: Session Power-point file (28 slides) 3 task sheets to follow PPT activities 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.

Geometry: Areas and Volumes 2 This resource is part of the set for “Essential mathematics for engineering and manufacturing” Aim: Apply geometry concepts to practical engineering scenarios. This resource includes: Session Power-point file (13 slides) Applied Geometry Problems Applied Geometry Problems PDF Applied Geometry 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.

Graphs and Charts This resource is part of the set for “Essential mathematics for engineering and manufacturing” Aim: Interpret and express changes in an engineering system from a graph. This resource includes: Session Power-point file (14 slides) Graph Types in Engineering Graph Types in Engineering PDF Graph Formulas in Engineering Task Graph Formulas in Engineering Task PDF Graph Formulas in Engineering 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.

Calculus: Differentiation 2 This resource is part of the set for “Essential mathematics for engineering and manufacturing” Aim: Learn to find the equation of a tangent to a curve in engineering contexts. This resource includes: Session Power-point file (14 slides) Tangent Line Information Real world examples of Calculus Calculus Problems Task Calculus Problems Task PDF Calculus Problems Teacher Copy Calculus - Challenging Problems task Calculus - Challenging Problems PDF Calculus - Challenging 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.

Calculus: Differentiation 1 This resource is part of the set for “Essential mathematics for engineering and manufacturing” Aim: Determine standard differentials and use differentiation to calculate maximum and minimum values in engineering contexts. This resource includes: Session Power-point file (14 slides) Calculus Differentiation Steps - Helpsheet Calculus - Critical points tasks Calculus - Critical points PDF Calculus - Critical points Teacher Copy Calculus Derivatives Information sheet Calculus Derivative Tasks Calculus Derivative PDF Calculus Derivatives 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.

This bundle contains 3 Engineering activities based on Halloween that can be carried out with a few simple D&T resources. If the resources are not available you can use a range of online free software like TinkerCAD to carry out electronic simulations. The following Resources are included in the bundle: Spooky Engineering Survey 1: This is a worksheet with a number of engineering scenarios with a halloween twist. Pumpkin Launch Challenge: This needs a few basic resources that can be found around the average school/college. Nothing expensive. Spooky Mechatronics Challenge: For this one, you will need access to some electronic components, Arduino/Rasberry Pi/BBC Microbit. Alternatively you may use TinkerCAD and teach the students the basic functions of the site in order to develop coding and circuit building in a simulated environment. 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 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.

T-Level Engineering Core (8714) - Outcome 1 Scheme of work and topic list. Scheme of work and topic list for the T-Level in Engineering (Design and Development - 8714) 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 8 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.

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 10 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 9 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.

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 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 – 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.

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.