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Resource Forge is a producer of high quality STEM resources, started with the goal of supporting the T-Level in Engineering course delivery.

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Resource Forge is a producer of high quality STEM resources, started with the goal of supporting the T-Level in Engineering course delivery.
Science for engineers - Base and Derived Units 2
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Science for engineers - Base and Derived Units 2

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Base and Derived Units 2 This resource is part of the set for “Essential science for engineering and manufacturing” Aim: Apply appropriate units to different properties and measurements. This resource includes: Session Power-point file (11 slides) Base and Derived Units task - Doc and PDF 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.
Engineering Sectors Set 3 - Electrical, medical, manufacturing, marine
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Engineering Sectors Set 3 - Electrical, medical, manufacturing, marine

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Sectors Set 3 This resource is part of the set for “Engineering and manufacturing past, present, and future” Aim: Explore the field of electrical and electronic engineering. Identify the activities, products, and services provided in the electrical and electronic industry. Investigate the job roles in the electrical engineering industry. Understand the role of control and medical engineering. Identify the activities, products, and services provided in the control and medical industry. Examine and discuss the industry of designing and manufacturing prosthetics that utilise input controls to manipulate artificial limbs. Learn about manufacturing and marine engineering. Identify the activities, products, and services provided in the manufacturing and marine industry. Group presentation relating to the manufacturing processes that are used in industry. Investigate the Piper Alpha tragedy and its impact on the modern marine industry. This resource includes: Session Power-point file (23 slides) 3 assorted task sheets to accompany the 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.
Engineering Sectors Set 2 - Chemical, structural, logistics, defence
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Engineering Sectors Set 2 - Chemical, structural, logistics, defence

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Sectors Set 2 This resource is part of the set for “Engineering and manufacturing past, present, and future” Aim: Explore the field of chemical engineering. Identify the activities, products, and services provided in the chemical industry Research the BP oil disaster case study and report on its impact. Understand the role of structural and materials engineering. Identify the activities, products, and services provided in the structural and materials industry. Q/A on the structural industry. Use guidance to complete an activity on material selection – Basic level (assuming students haven’t completed outcome 6) Learn about logistics and defence engineering. Identify the activities, products, and services provided in the logistics and defence industry. Activity to investigate a Lean manufacturing system. This resource includes: Session Power-point file (22 slides) 4 task sheets to use with guided PPT session 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 Advancements 4 - Housing
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Engineering Advancements 4 - Housing

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Advancements 4 - Housing This resource is part of the set for “Engineering and manufacturing past, present, and future” Aim: Explore significant technological advances in engineering history. Understand their impact on social and economic development Learn about areas of innovation and emerging trends in engineering. Understand their potential impact on manufacturing, environment, and society Explore how technology advances have influenced social and economic development. Understand their impact on transportation, healthcare, housing, employment, and sustainability This resource includes: Session Power-point file (12 slides) 2 documents to accompany the PPT file 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.
T-Level Engineering Core (8714) - Outcome 8 Scheme of work and topic list.
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T-Level Engineering Core (8714) - Outcome 8 Scheme of work and topic list.

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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.
T-Level Engineering Core (8714) - Outcome 1 Scheme of work and topic list.
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T-Level Engineering Core (8714) - Outcome 1 Scheme of work and topic list.

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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.
Engineering Materials 9 - Types of Materials and Their Structures - Polymers 1
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Engineering Materials 9 - Types of Materials and Their Structures - Polymers 1

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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.
Engineering Materials 8 - Types of Materials and Their Structures - Metals 2
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Engineering Materials 8 - Types of Materials and Their Structures - Metals 2

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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.
Engineering Materials 21 - Heat Treatments 1
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Engineering Materials 21 - Heat Treatments 1

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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.
Engineering Materials 17 - Ceramics Processing 1
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Engineering Materials 17 - Ceramics Processing 1

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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.
Engineering Materials 24 - Surface Treatments 2
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Engineering Materials 24 - Surface Treatments 2

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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.
Engineering Materials 31 - Mechanical Testing 1
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Engineering Materials 31 - Mechanical Testing 1

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Mechanical Testing 1 Aim: Understand mechanical testing methods, including tensile testing and hardness testing. This resource includes: Session Power-point file (16 slides) Testing of 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.
Working in engineering - Types of Manufacturing
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Working in engineering - Types of Manufacturing

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Types of Manufacturing This resource is part of the set for “Working In Engineering” Aim: Learn about different types of manufacturing processes and their influence on product design. This resource includes: Session Power-point file (30 slides) Joining Metals handout Casting methods 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 in engineering - Maintenance, Repair, and Installation
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Working in engineering - Maintenance, Repair, and Installation

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Maintenance, Repair, and Installation This resource is part of the set for “Working In Engineering” Aim: Explore the role and purpose of maintenance, repair, and installation in engineering. This resource includes: Session Power-point file (11 slides) Preventative Maintenance Task Information 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.
Science for engineers - Vector and Coordinate Measuring Systems
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Science for engineers - Vector and Coordinate Measuring Systems

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Vector and Coordinate Measuring Systems This resource is part of the set for “Essential science for engineering and manufacturing” Aim: Understand the differences between scalar and vector quantities and their uses in engineering. This resource includes: Session Power-point file (14 slides) Scalar and vectors task Scalar and vectors helpsheet Scalar and vectors teacheer 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.
Science for engineers - Converting Between Multiples and Submultiples of Units
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Science for engineers - Converting Between Multiples and Submultiples of Units

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Converting Between Multiples and Submultiples of Units This resource is part of the set for “Essential science for engineering and manufacturing” Aim: Learn to convert between tera, giga, mega, kilo, milli, micro, nano, and Pico units. This resource includes: Session Power-point file (12 slides) Scale conversion task Scale conversion task - PDF Scale conversion task - 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.
Science for engineers - Converting Between Multiples and Submultiples of Units 2
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Science for engineers - Converting Between Multiples and Submultiples of Units 2

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Converting Between Multiples and Submultiples of Units 2 This resource is part of the set for “Essential science for engineering and manufacturing” Aim: Apply conversions to engineering scenarios. This resource includes: Session Power-point file (16 slides) Conversion worksheet Doc Conversion worksheet PDF Conversion worksheet 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.
Science for engineers - Scientific Methods and Approaches to Scientific Inquiry 2
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Science for engineers - Scientific Methods and Approaches to Scientific Inquiry 2

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Scientific Methods and Approaches to Scientific Inquiry and Research 2 This resource is part of the set for “Essential science for engineering and manufacturing" Aim: Analyse, evaluate, and apply information, data, and research findings in engineering contexts. This resource includes: Session Power-point file (13 slides) Interpreting Information task Interpreting information PDF 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.
Science for engineers - Vector and Coordinate Measuring Systems 2
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Science for engineers - Vector and Coordinate Measuring Systems 2

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Vector and Coordinate Measuring Systems 2 This resource is part of the set for “Essential science for engineering and manufacturing” Aim: Learn to convert between Cartesian and polar coordinates in degrees. This resource includes: Session Power-point file (10 slides) Polar and Cartesian Coordinates worksheet Polar and Cartesian Coordinates PDF Polar and Cartesian CoordinatesTeacher copy Cartesian and polar coordinates worksheet Cartesian and polar coordinates PDF Cartesian and polar coordinates 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 Sectors Set 1 - Aerospace, rail, agriculture, automotive
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Engineering Sectors Set 1 - Aerospace, rail, agriculture, automotive

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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.