James Arthur
4 Followers
Altrincham, Isle of Man, United Kingdom
About the store
Since 2016, I have been teaching Secondary School Science, having earned my PGCE in Secondary Science in the UK. My passion for 3D printing dates back even further, as I developed a deep fascination with the technology during my own school years. In 2021, I had the incredible opportunity to establish a 3D Printing department at my school from the ground up. This initiative grew to include seven 3D printers operating simultaneously, enabling students to bring their creative designs to life using TinkerCAD software during lessons.
Combining my enthusiasm for teaching with my passion for 3D printing has allowed me to create engaging and innovative resources for my students. I am eager to share the remarkable potential of this fusion with a broader audience through resources like those available here.
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AQA Synergy 8465 GCSE Science Worksheets + Mark Schemes
Save hours of planning with this complete AQA GCSE Combined Science: Synergy 8465 worksheet bundle.This premium resource includes 154 editable worksheets covering Biology, Chemistry and Physics across the full AQA Synergy 8465 specification. Each worksheet is designed to support topic-by-topic revision, classroom practice, homework, intervention, tutoring, independent study and exam preparation.Every worksheet follows a consistent format with clear questions, answer spaces and detailed mark sche
9th - 11th
Biology, Chemistry, Physics
3D Printing Bundle - 12 lessons - Curriculum for two age groups - bonus material
These worksheets are crafted to inspire critical thinking, foster collaboration, and promote hands-on exploration of 3D printing concepts across various age groups. You are encouraged to adapt them to suit your unique needs and the dynamics of your classroom. While this collection is not a comprehensive or fully refined set of activities, it serves as a flexible resource to complement your teaching practice. Whether as a starting point or a supplementary tool, these materials can support student
6th - 12th
Computer Science - Technology, Engineering
11-14 year olds - 3D printing summary worksheet
The file is a summary worksheet designed for 11-14-year-old students to build a foundational understanding of 3D printing concepts and applications. It is structured into multiple sessions, each focusing on different aspects of 3D printing, including: Basic definitions, importance, and types of 3D printing technologies.The working process and components of a 3D printer.Introduction to 3D modeling and a hands-on activity involving designing and printing an object.Exploration of common materials
6th - 8th
Computer Science - Technology, Engineering, Other (Science)
Art Critic Lanyards
These designs are for 5 Art Critic Lanyards. The PowerPoint file is printed and cut/folded into shape, then inserted into a standard I.D lanyard. PowerPoint file is sized to fit into a standard I.D lanyard, please resize images and curved border as needed. They are used by Art teachers during lessons to give students a responsibility, to analyse, interpret, and evaluate the projects their class mates create. They can be used in a variety of ways, during every lesson or at the end of a project w
4th - 12th
Art History, Other (Arts), Visual Arts
session 12 - ages 15-17 - Innovative 3D Printing Projects and future trends
this is two worksheets in one download. one covers a group project for ages 15-17 and the second is a worksheet researching the future trends of 3D printing. worksheet: Innovative 3D Printing ProjectsSections included; 1 - Introduction to the Project2 - Ideation and Brainstorming3 - Project Proposal4 - Collaborative Execution5 - ConclusionWorksheet: Future Trends in 3D PrintingSections included; 1 - Overview of Current 3D Printing Trends2 - Advanced Materials Exploration3 - Integration w
9th - 12th
Computer Science - Technology, Engineering
session 12 - ages 11-14 - 3D Print Showcase
a simple worksheet made up of 8 parts designed for the teacher to lead the lesson. suggested timings and activities are included. Sections included; 1 - Introduction and Overview (5 minutes)2 - Showcase Preparation (5 minutes)3 - Project Presentation (15-20 minutes)4 - Collaborative Showcase (10 minutes)5 - Reflection and Discussion (5-10 minutes)6 - Future Projects Brainstorming (5-10 minutes)7 - Conclusion and Next Steps (5-10 minutes)8 - Homework AssignmentThis can be done in 1 hour i
6th - 8th
Computer Science - Technology, Engineering
session 11 - ages 15-17 - Ethical Implications of 3D Printing
a simple worksheet made up of 8 parts asking pupils to complete tasks in each section. section 2 and 3 case studies can be personalised and changed if required, it will not impact the outcome as long as it relates to the case study topics. Sections included; 1 - Introduction to Ethical Considerations2 - Case Study: Intellectual Property3 - Case Study: Weapons Production4 - Privacy and Surveillance5 - Environmental Impact6 - Accessibility and Equity7 - Personal Reflection8 - Mitigating Et
9th - 12th
Computer Science - Technology, Engineering
session 11 - ages 11-14 - Future of 3D Printing
a simple worksheet made up of 8 parts asking pupils to complete tasks in each section. Sections included; 1 - Current State of 3D Printing2 - Emerging Materials3 - Sustainable 3D Printing4 - Bioprinting Exploration5 - Integration with Other Technologies6 - Personal Predictions7 - Impact on Industries8 - Ethical Considerations9 - ConclusionThis can be used as a standalone research task or can be broken down into individual tasks to be used as necessary
6th - 8th
Computer Science - Technology, Engineering
session 10 - ages 11-14 - designing a miniature town
a simple worksheet made up of 4 parts asking pupils to complete tasks in each section. this is a very basic scaffolding worksheet to help guide students. It will be best used as guidance for the teacher when introducing the project. Sections included; 1 - Introduction to the Project2 - Town Planning3 - Assigning Roles4 - Collaborative Design5 - Conclusion
6th - 8th
Computer Science - Technology, Engineering
session 9 - ages 15-17 - 3D Printing in Healthcare
a simple worksheet made up of 5 parts asking pupils to complete tasks in each section. Sections included; 1 - Healthcare Applications2 - Impact on Patient Care3 - Advances in Medical Technology4 - Future Developments5 - ConclusionThis can be used as a standalone research task or can be broken down into individual tasks to be used as necessary
9th - 12th
Computer Science - Technology, Engineering
session 9 - ages 11-14 - 3D Printing art and creativity
a simple worksheet made up of 4 parts asking pupils to complete tasks in each section. Sections included; 1 - Artistic Applications2 - Hands-on Art Project3 - Personal Reflection4 - Artistic Possibilities5 - ConclusionThis can be used as a standalone research task or can be broken down into individual tasks to be used as necessary
6th - 8th
Computer Science - Technology, Engineering
session 8 - ages 15-17 - Practical Applications of 3D Printing
a simple worksheet made up of 5 parts asking pupils to complete tasks in each section. Sections included; 1 - Industry Applications2 - Impact of 3D Printing in the Industry3 - Innovation in Manufacturing4 - Future Possibilities5 - ConclusionThis can be used as a standalone research task or can be broken down into individual tasks to be used as necessary
9th - 12th
Computer Science - Technology, Engineering
session 8 - ages 11-14 - Everyday Applications of 3D Printing
a simple worksheet made up of 5 parts asking pupils to complete tasks in each section. Sections included; 1 - Everyday Objects2 - 3D Printing in Daily Life3 - Customization with 3D Printing4 - Personal 3D Printing Project5 - conclusionThis can be used as a standalone research task or can be broken down into individual tasks to be used as necessary
6th - 8th
Computer Science - Technology, Engineering
session 7 - ages 15-17 - Bioprinting and Metal Printing
a simple worksheet made up of 4 parts asking pupils to complete tasks in each section. Sections included; 1 - Introduction to Bioprinting2 - Applications of Bioprinting3 - Introduction to Metal Printing4 - Applications of Metal Printing5 - conclusion: Reflect on the potential impact of bioprinting and metal 3D printing in various fields. How might these technologies revolutionize industries? This can be used as a standalone research task or can be broken down into individual tasks to be use
9th - 12th
Computer Science - Technology, Engineering
session 7 - ages 11-14 - Advanced Printing Technologies
a simple worksheet made up of 4 parts asking pupils to complete tasks in each section. Sections included; 1 - Exploring Advanced Technologies2 - Applications of Advanced Technologies3 - Bioprinting and Metal Printing4 - Future Trends in Printing Technologies5 - conclusion to reflect on the exciting possibilities of 3D printing and its potential impactThis can be used as a standalone research task or can be broken down into individual tasks to be used as necessary
6th - 8th
Computer Science - Technology, Engineering
session 6 ages 15-17 - Design optimisation for advanced printing
Tasks on worksheet: 1 - Introduction to Design Optimization2 - Techniques for Optimization3 - Designing for Specific Technologies4 - Case Studies of Successful ApplicationsConclusionThis can be used as a standalone research task or can be broken down into individual tasks to be used as necessary. note: TinkerCAD is my software of choice when first starting to teach about 3D modelling. It is an excellent online based software tool very accessible to students with a good user interface and tut
9th - 12th
Computer Science - Technology, Engineering
session 6 ages 11-14 - advanced 3D design
Tasks on worksheet: 1 - Advanced 3D Design Basics2 - Designing Complex Objects3 - Design Principles for 3D Printing4 - Design Thinking for ProjectsConclusionThis can be used as a standalone research task or can be broken down into individual tasks to be used as necessary. note: TinkerCAD is my software of choice when first starting to teach about 3D modelling. It is an excellent online based software tool very accessible to students with a good user interface and tutorial to allow students t
6th - 8th
Computer Science - Technology, Engineering
session 5 ages 15-17 advanced 3D modelling
Tasks on worksheet: 1 - Exploring Advanced 3D Modelling Software 2 - Complex Geometries and Design Principles3 - Design Thinking for 3D Printing Projects4 - Reflecting on the Design ProcessThis can be used as a standalone research task or can be broken down into individual tasks to be used as necessary. note: TinkerCAD is my software of choice when first starting to teach about 3D modelling. It is an excellent online based software tool very accessible to students with a good user interface
9th - 12th
Computer Science - Technology, Engineering
session 5 - ages 11-14 - introduction to 3D modelling software
a simple worksheet made up of 4 parts asking pupils to complete tasks in each section. Sections included; 1 - understanding 3D modelling 2 - basics of 3D modelling software 3 - creating basic shapes 4 - designing a simple object This can be used as a standalone research task or can be broken down into individual tasks to be used as necessary. note:TinkerCAD is my software of choice when first starting to teach about 3D modelling. It is an excellent online based software tool very accessible to s
6th - 8th
Computer Science - Technology, Engineering
session 4 - ages 15-17 - 3D printing materials
a simple worksheet made up of 4 parts asking pupils to complete tasks in each section. Sections included; 1 - advanced material exploration 2 - material properties and advanced applications 3 - material innovation in industries 4 - future materials This can be used as a standalone research task or can be broken down into individual tasks to be used as necessary
9th - 12th
Engineering, Science
Showing 1-20 of 35 results
About the store
Experience
Since 2016, I have been teaching Secondary School Science, having earned my PGCE in Secondary Science in the UK. My passion for 3D printing dates back even further, as I developed a deep fascination with the technology during my own school years. In 2021, I had the incredible opportunity to establish a 3D Printing department at my school from the ground up. This initiative grew to include seven 3D printers operating simultaneously, enabling students to bring their creative designs to life using TinkerCAD software during lessons.
Combining my enthusiasm for teaching with my passion for 3D printing has allowed me to create engaging and innovative resources for my students. I am eager to share the remarkable potential of this fusion with a broader audience through resources like those available here.
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