At Barnwell students are taught to develop their creativity and ideas and increase proficiency in their development. We encourage them to develop a critical understanding of artists, architects, and designers, expressing reasoned judgements that can inform their own work. We aim for students to develop a range of technical skills and knowledge which they are then able to use in the development and manufacture of products throughout KS3,4 and 5.
As an Art, Design and Technology department we follow the AQA Exam Board for GCSE and A Level, as we believe the content of the course allows students to be independent in their exploration as they develop as young artists and designers. We feel the value of analysis and critical understand underpins the value of practical elements of the course and naturally reinforces the course. We feel that this process is vital for our students at Barnwell, as they thrive in a vocational setting, therefore gaining a deeper and richer knowledge overall.
Within our Art, Design and Technology curriculum we embody some of the highest forms of human creativity. A high-quality Art, Design and Technology education should engage, inspire, and challenge students, equipping them with the knowledge and skills to experiment, invent and create their own designs and products.
The national curriculum for art, design and Technology aims to ensure that all students:
The learning journey may be downloaded by clicking the image.
KS3 Rotation content for the Acrylic Clock Project
|
Key Areas/Tasks |
AFL |
Lesson 1 |
Introduction to Technology Project introduction - Booklets Health & Safety explanation. Key words and literacy focus. Introduction Acrylic and hand tools. FPT introduction – Practical |
Questioning. Teacher assessment of use of tools. |
Lesson 2 |
Aim of lesson – Discussion/Demo Understanding different types of cutting tool/Saws and files (draw and cross filing) Correct handling of tools and materials/ How to manipulate acrylic Continue of cutting and shaping. FPT cut and shape Work log - Evaluation. |
Pupil peer and self-assessment. Teacher assessment of use of tools. |
Lesson 3 |
Aim of lesson – Discussion/Demo Tolerances – 1mm, 2mm. Demo of pillar drill/safety and use. Plastic properties. How to manipulate acrylic – brittle/vice use, marks on acrylic/soft jaws. FPT cut and shape use of wet and dry edges. |
Teacher mark. Peer marking. Teacher/self-assessment of measurement/accuracy. Use exemplar on desks. |
Lesson 4 |
Aim of lesson – Discussion/Demo Generate ideas for clock. Develop the clock idea/Model idea. Work log - Evaluation. |
Pupil green pen. Teacher Summative assessment of appropriate designs based upon FPT. Functionality of idea. |
Lesson 5 |
Aim of lesson – Discussion/Demo Measure clock parts and cut out using appropriate equipment. Set up and use machinery safely and appropriately. |
Pupil peer and self-assessment. Teacher assessment of level of accuracy, finish of pieces. |
Lesson 6 |
Aim of lesson – Discussion/Demo Cut and shape clock parts use wet and dry to create appropriate level of finish. |
Pupil peer and self-assessment. Teacher assessment of level of accuracy, finish of pieces. |
Lesson 7 |
Final assemble of clock Safe use of Tensol Cement. Evaluation of project (verbal) Work log - Evaluation. |
Teacher Mark |
Lesson 8 |
Aim of lesson – Discussion/Demo Discuss possible improvements. Make any final improvements. Redo any FPT tasks to improve grade previously given. |
Pupil green pen. Final teacher Summative assessment. |
KS3
|
Y9 Content |
Y9 Key Assessment |
Rotation 1 |
Topic title: Pencil Case Project:
|
Assessed project work at the end of the unit. |
Rotation 2 |
Desk lamp Project:
|
Assessed project work at the end of the unit. |
Students will complete these two projects over the course of the year, rotating between them with their other chosen specialism within Design and Technology. |
KS4 |
Y10 Content |
Y10 Key Assessment |
Autumn 1 Autumn 2 |
Topic title: Portfolio Foundation Skills and Project Work. Component 1 Introduction – Recording Skills + Themed Product Design Projects (TBC) · Drawing, sketching and application Colour /rendering · Properties of materials/plastics/working with plastics, card, modelling materials, foam · Google SketchUp/CADCAM developments · Laser Cutting Drawing/Observation/Imagination + Critical Analysis exploring artists methods + Exploring + developing ideas using a range of media + processes |
Formative Task: Ongoing progress checks on portfolio. · Developing ideas and contextual studies · Review and refining ideas · Exploring materials and methods · Recording observations and insights · Presenting informed and intended responses · Realisation of outcome
|
Spring 1/2
Summer 1
Summer 2 |
Topic title: Sustained Project Component 1 · Personal independent project – internally set theme(s) · Combination of starting points revolving around natural forms, Architecture, Lighting, Sculpture · Development of modelling skills, Maquettes, modelling materials · Research, develop + refine final chosen idea(s) · Realisation of 1st final outcome · Refined final outcome (if necessary) · Present Personal Portfolio |
Formative Task: Ongoing progress checks on portfolio. · Developing ideas and contextual studies · Review and refining ideas · Exploring materials and methods · Recording observations and insights · Presenting informed and intended responses
|
KS4 |
Year 11 content |
Yr 11 Key Assessment |
Autumn 1 Autumn 2 |
Topic title: Sustained Project Component 1 · Personal independent project – internally set theme(s) · Combination of starting points revolving around natural forms, Architecture, Lighting, Sculpture · Development of modelling skills, Maquettes, modelling materials · Research, develop + refine final chosen idea(s) · Realisation of 1st final outcome · Refined final outcome (if necessary) · Present Personal Portfolio · Component 1 submitted for assessment |
Formative Task: Ongoing progress checks on portfolio · Developing ideas and contextual studies · Review and refining ideas · Exploring materials and methods · Recording observations and insights · Presenting informed and intended responses · Realisation of final outcome
|
Spring 1 Spring 2 |
Externally Set Assignment · Theme assigned by AQA exam board · Theme issued in the first week of term · 8 weeks to produce preparatory work studies to support given theme · Research, record, develop, review, refine · produce FINAL outcome (10 hours’ practical exam in exam conditions) |
· Developing ideas and contextual studies · Review and refining ideas · Exploring materials and methods · Recording observations and insights · Presenting informed and intended responses |
Summer 1 |
Presentation of portfolio + Externally Set Assignment Exhibition |
|
Further details of the AQA GCSE Art & Design: 3D Design course can be found here. Please go to section 3.8: Three Dimensional Design.
KS5 Course: 3D Design |
Y12 Content |
Y12 Key Assessment |
Y13 Content |
Y13 Key Assessment |
Autumn 1 |
Nuts about Jewellery |
students are introduced to metal work by designing and developing a ring from a Brass M10 nut. This will involve observational drawing, working with the metal lathe, understanding how to anneal, file and shape the metal to create the desired form. The students then work on the Polishing Mops to finish of the ring.
|
A Level Component 1 |
Continue with Personal Investigation |
Autumn 2 |
3D Natural Forms |
3D Natural Forms: Students are introduced to ceramic work based on nature/the natural world. The students investigate a range of sources from artist to designers and existing work. Through various forms of research via visuals and drawings, students develop a design influence by nature that they will create through ceramic work using materials and processes such as: Clay, Modroc, Clay casting, wire work etc |
A Level Component 1 |
Continue with Personal Investigation |
Spring 1 |
Interior Design and Perspective |
Students will be designing the interior of a room, developing its original use to something else. The choice of room is determined by the teacher. Students are also challenged with various drawing tasks.
Drawing a room Drawing a city scene – 1 point perspective Developing and learning how to draw to scale in 1 point perspective. Designing areas and layouts using 2D elevation drawings Using Photoshop and 2D design to create digital views/renderings. Based on these skills, the students will then survey the room for measurements, create several design ideas based on the concept and then model the final out come through a scaled model.
|
A Level Component 2 – Externally set Assignment |
This is a 15 hour design and make exam. Design briefs will be written and provided by the exam board usually around the February 1st. Following receipt of the paper students should consider the starting points and select one. Students will have a set period for their Preparatory work which should be presented in any suitable format, such as mounted sheets, design sheets, sketchbooks, workbooks, journals, models and maquettes. Following the preparatory period, students must complete 10 hours of unaided, supervised time where they build/construct/create their final answer to their chosen brief informed by their preparatory work.
|
Spring 2 |
A Level Component 1 |
The students will begin to focus on an area of design. This is the first major part of their A Level and will continue through to the middle of yr13. This project is called “Personal Investigation” and should demonstrate the student’s ability to sustain work from an initial starting point to a realisation. It should include evidence of their ability to research and develop ideas and link their work in a meaningful way to relevant critical/contextual materials. This is all organised in a portfolio |
A Level Component 2 – Externally set Assignment |
Preparation period for their 15hour exam |
Summer 1 |
A Level Component 1 |
Continue with Personal Investigation |
A Level Component 2 – Externally set Assignment |
15 hour exam is usually sat in May. After this is completed the course is complete. |
Summer 2 |
A Level Component 1 |
Continue with Personal Investigation |
|
|
The Art, Design and Technology extended reading list may be downloaded here.