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Fullhurst Community College

Design & Technology

Curriculum Intent:

The Design and Technology curriculum at Fullhurst supports students with their knowledge and understanding of selecting and applying a range of materials, processes and design concepts, providing students with the opportunity to use workshop tools and machinery. Students develop creativity and imagination, designing and making products that solve real and relevant problems. Students will consider their own and others’ needs, wants and values so that they acquire a broad range of subject knowledge and become designers that are conscious of the environment. Pupils are taught to become innovative designers and how to best take risks, through the projects studied across all year groups. Students learn the value of evaluating past and present outcomes in Design & Technology to ensure they gain in confidence. Links are formed between Mathematics and Science to meet the needs of the written component at GSCE.

 

Year 7 curriculum

The Year 7 curriculum is designed to provide students with core skills of Design. Students create Blockbot robots out of pine, learning theoretical content covering soft/hard woods the function of manufactured board and types of wood finishes. Learners will use mathematics to accurately measure and draw out onto their pine based on their final design idea. Early on, students are guided by their class teacher to master different sketching techniques such as one and two point perspective in order to produce a range of design concepts which have been rendered. Students gain valuable experience using specialised equipment such as try squares, tenon saws, belt sanders, pillar drills and much more. They are also exposed to computer-aided design to create embellishments for their block bot robot using the laser cutter.

 

Year 8 curriculum

In year 8 students design, make and evaluate a desk tidy product, constructed using acrylic and dowel. Firstly, creating a prototype model out of card and then further testing and developing their concept. Once a design has been finalised, students use CAD software to draw out their design accurately ready for the laser cutter. Students will gain experience using specialised equipment such as a line bender, vinyl cutter, laser cutter and the polishing machine. Alongside practical work, students learn about polymers such as thermo plastics and thermo setting through theoretical lessons to help aid their understanding of how polymers are used in industry, their function and impact on the environment.

 

Year 9 curriculum

In year 9 students create an e-textile based plush toy monster, which includes smart electronics that incorporate two LED lights. Students design and make a product in order to learn key skills of pattern making, using a sewing machine and felt making. Covering the history of fabrics, where they originate from and how the design industry uses textiles, with a focus on functional properties. During the making process students will be introduced to sublimation printing, applique, modern materials and sustainable materials. The structure of the project ensures that students gain a strong understanding of theory, to include comprehensive information on smart materials and a variety of types of textile based materials.

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Year 10 curriculum

Design and Technology enables students to work with a range of different materials including Timbers, Polymers, Metals and Textiles, allowing students to investigate a range of materials to create an outcome to support the NEA component.

To start their Design and Technology journey students complete a sketching project where they learn the importance of communicating their ideas through images. Referring back to previous years students develop their skills of perspective drawing, geometric, orthographic and isometric drawing in preparation for the NEA within the Summer term of year 10.

The Design and Technology course is 50% non-examined assessment (NEA) and 50% final written exam. Throughout year 10 study students deepen their understanding of a range of materials through theoretical teacher led content to assist students to gain in confidence before being introduced to the NEA in June.

Students study the following units across year 10 to cover topics on the written exam paper:

Unit 1 – New and emerging technologies

·         Unit 2 – Energy, materials, systems and dives

·         Unit 3 – Materials

·         Unit 4 – Common specialist technical principles

·         Unit 5A – Paper and boards

·         Unit 5B – Timer based materials

·         Unit 5C – Metal based materials

·         Unit 5D – Polymers

·         Unit 5F – Electronic systems

·         Unit 6 – Designing principles

·         Unit 7 – Making principles 

During the year students will familiarise themselves with a range of development and theory based work, exploring a range of materials and processes to test a variety of differences of certain materials and equipment:

 

·         Textiles: Students will dye materials, gutter resist, needle felt and create a hem on the machine.

·         CAD: Students demonstrate skills in 2D design, Photoshop and space claim.

·         CAM: Students print off designs created with CAD through laser cutting, sublimation printing and vinyl                cutting.

·         Metal: Students work with sheet metal to bend, etch and bend a steel rod.

·         Wood joints: Students create a finger joint, lap joint, dovetail joint and dowel joint.

·         Plastics: Students bend a polymer

 

Year 11 curriculum

During the Non-Examined Assessment students will investigate a context of their choice, given from the AQA exam board. Pupils will begin to solve a problem and find a design solution to their chosen context. Once a problem or need has been discovered by the student, they will produce a design brief, begin studying the type of user they are going to design for and establish an understanding of current trends that already exist. Students then create a range of design ideas, drawing upon all subject knowledge taught throughout the study of Design and Technology and their own research into the various aspects of the design. Students evaluate their design ideas, making improvements based on their findings from product surveys to help aid them creating a final product suitable for the client in question. Students begin making a model to test aspects of the design before concluding with a final design to meet the original brief. NEA is teacher assessed and samples called for moderation by the exam board. Upon the completion of the NEA students return to securing their subject knowledge taught across all year 10/11 in preparation for the written exam.

 

GCSE Product Design at Fullhurst