QEGS Engineering Curriculum Maps
In Design & Innovation we QUESTION how products are made, the materials they are made from and the techniques used to make them. We EXPLORE the design process to produce products that have a purpose and understand there needs of a user. We GIVE back by making products to improve our lives and, as a result, we SUCCEED by producing creative products that fulfill a purpose. These are designed and made to the best of our ability and that we are proud of.
QEGS Year 9 Engineering Curriculum Map |
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Focus | Autumn 1 | Autumn 2 | Spring 1 | Spring 2 | Summer 1 | Summer 2 |
Topic | (Aluminium) Wall Tool Bracket | (Steel) Hanging Basket Bracket | Steampunk sculpture(mixed metals) | Rocket stove | ||
Key concepts/ideas | Interpreting Engineering Information to produce a 3-D outcome from a 2-D drawing to manufacturing and commercial standards. | Design to meet a set brief. Creative expression fabricating a load bearing structure. | Creation of personalised sculptures from recycled metal materials and artifacts such as brass/copper/steel cogs, fasteners. | Design to meet a set brief. Creative expression fabricating a metal structure. | ||
Key skills | Technical drawing, fabrication and manufacture using both equipment and hand tools. Problem solving. | Joining techniques : MIG welding and Brazing. Working with steel plate and sheet forms of supply. | Power tool use /MIG Welding /Metal Arc welding/ brazing / soldering / Plasma cutting | Joining techniques : MIG welding and electric arc. Working with steel plate and sheet. | ||
Key terms/vocab | Template, pattern, folding sequence, step drills, improvisation, Annealing, HASAWA. | Template, pattern, folding sequence, step drills, improvisation, Annealing, HASAWA. | PUWER 1998 HASAWA | Template, pattern, grinding, fettling. | ||
Independent learning/wider reading | Properties of metals when worked. Automotive and aeronautical manufacturing | Properties of metals when worked. Automotive and aeronautical manufacturing | Researching the history of Victorian engineering and famous British engineers. | Existing product research. | ||
Assessment | Practical outcome + Logbook record of planning, processes and manufacture | Practical outcome + Logbook record of planning, processes and manufacture | Practical outcome + Logbook record of planning, processes and manufacture | Practical outcome + Logbook record of planning, processes and manufacture | ||
Careers links/Future Learning | Engineering Design + Manufacture Engineering / blacksmithing / metallurgy Product design / Fine art & sculpture/ restoration and repair Engineer, welder, fabricator. Apprentiships in engineering and associated industries | Engineering Design + Manufacture Engineering / blacksmithing / metallurgy Product design / Fine art & sculpture/ restoration and repair Engineer, welder, fabricator. Apprentiships in engineering and associated industries | Engineering Design + Manufacture Engineering / blacksmithing / metallurgy Product design / Fine art & sculpture/ restoration and repair Engineer, welder, fabricator. Apprentiships in engineering and associated industries | Engineering Design + Manufacture Engineering / blacksmithing / metallurgy Product design / Fine art & sculpture/ restoration and repair Engineer, welder, fabricator. Apprentiships in engineering and associated industries |
QEGS Year 10 Engineering Curriculum Map |
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Focus | Autumn 1 | Autumn 2 | Spring 1 | Spring 2 | Summer 1 | Summer 2 |
Topic | BTEC Component 1 Exploring Engineering Sectors and Design Applications | BTEC Component 1 Exploring Engineering Sectors and Design Applications | BTEC Component 1 Exploring Engineering Sectors and Design Applications | BTEC Component 1 Exploring Engineering Sectors and Design Applications | BTEC Component 2 Investigating an Engineering Project | BTEC Component 2 Investigating an Engineering Project |
Key concepts/ideas | Learning Aim B: Exploring engineering skills through the design process | Learning Aim B: Exploring engineering skills through the design process | Learning Aim A: Understand engineering sectors, products and organisations, and how they interrelate | Learning Aim A: Understand engineering sectors, products and organisations, and how they interrelate | LA A: Understand materials, components and processes for a given engineered product LA B: Investigate a given engineered product using disassembly techniques LA C: Plan the manufacture of and safely reproduce / inspect /test a given engineered product | LA A: Understand materials, components and processes for a given engineered product LA B: Investigate a given engineered product using disassembly techniques LA C: Plan the manufacture of and safely reproduce / inspect /test a given engineered product |
Key skills | Design process through the 5 stages of ‘Iterative design process’ Model making of ideas using a range of different materials and tools. Analysis / Evaluation and presentation of final outcome techniques to meet the assessment set for a client engineered brief | Design process through the 5 stages of ‘Iterative design process’ Model making of ideas using a range of different materials and tools. Analysis / Evaluation and presentation of final outcome techniques to meet the assessment set for a client engineered brief | Understanding the varying engineering disciplines and associated specialities. Introduction to the main 9 engineering sectors : Automotive / Aerospace / Communications / Electrical + electronics / Mechanical /Environmental / Transport / Rail / Marine. Understanding the interconnections needed between engineering disciplines for them to work well The safe application of technical and practical knowledge | Understanding the varying engineering disciplines and associated specialities. Introduction to the main 9 engineering sectors : Automotive / Aerospace / Communications / Electrical + electronics / Mechanical /Environmental / Transport / Rail / Marine. Understanding the interconnections needed between engineering disciplines for them to work well The safe application of technical and practical knowledge | Increased knowledge base of Engineering material properties and applications. Planning and protocol procedures Manufacture planning, Q.C. and Q.A. systems in place for manufacturing | Increased knowledge base of Engineering material properties and applications. Planning and protocol procedures Manufacture planning, Q.C. and Q.A. systems in place for manufacturing |
Key terms/vocab | Define/Develop/Selection/Design/Evaluate Engineering and customer briefs | Define/Develop/Selection/Design/Evaluate Engineering and customer briefs | Engineering sectors and disciplines | Engineering sectors and disciplines | Cutting/Shaping/Forming/Shearing. Robotic manufacture, Jigs, fixtures, fixings and fasteners | Cutting/Shaping/Forming/Shearing. Robotic manufacture, Jigs, fixtures, fixings and fasteners |
Independent learning/wider reading | Engineering Materials across various categories such as ferrous/non-ferrous/thermoset and thermoform polymers/SMART materials and composites. On-line and historical research of British Engineering heritage Research into large Engineering organisations, SME’s and small jobbing companies based locally in the East Midlands Increasing knowledge base of manufacturing techniques, workshop tools for workshop floor practice HASAWA et Al 1974 | Engineering Materials across various categories such as ferrous/non-ferrous/thermoset and thermoform polymers/SMART materials and composites. On-line and historical research of British Engineering heritage Research into large Engineering organisations, SME’s and small jobbing companies based locally in the East Midlands Increasing knowledge base of manufacturing techniques, workshop tools for workshop floor practice HASAWA et Al 1974 | Engineering Materials across various categories such as ferrous/non-ferrous/thermoset and thermoform polymers/SMART materials and composites. On-line and historical research of British Engineering heritage Research into large Engineering organisations, SME’s and small jobbing companies based locally in the East Midlands Increasing knowledge base of manufacturing techniques, workshop tools for workshop floor practice HASAWA et Al 1974 | Engineering Materials across various categories such as ferrous/non-ferrous/thermoset and thermoform polymers/SMART materials and composites. On-line and historical research of British Engineering heritage Research into large Engineering organisations, SME’s and small jobbing companies based locally in the East Midlands Increasing knowledge base of manufacturing techniques, workshop tools for workshop floor practice HASAWA et Al 1974 | Engineering Materials across various categories such as ferrous/non-ferrous/thermoset and thermoform polymers/SMART materials and composites. On-line and historical research of British Engineering heritage Research into large Engineering organisations, SME’s and small jobbing companies based locally in the East Midlands Increasing knowledge base of manufacturing techniques, workshop tools for workshop floor practice HASAWA et Al 1974 | Engineering Materials across various categories such as ferrous/non-ferrous/thermoset and thermoform polymers/SMART materials and composites. On-line and historical research of British Engineering heritage Research into large Engineering organisations, SME’s and small jobbing companies based locally in the East Midlands Increasing knowledge base of manufacturing techniques, workshop tools for workshop floor practice HASAWA et Al 1974 |
Assessment | Internal Assessment with external verification from Pearson Work must be submitted to a set deadline | Internal Assessment with external verification from Pearson Work must be submitted to a set deadline | Internal Assessment with external verification from Pearson Work must be submitted to a given deadline date | Internal Assessment with external verification from Pearson Work must be submitted to a given deadline date | Internal Assessment with external verification from Pearson. Work must be submitted to a given deadline date. | Internal Assessment with external verification from Pearson. Work must be submitted to a given deadline date. |
Careers links/Future Learning | Engineering manufacture, product design and product development Introduction to a structured career path and progression opportunities for the 9 main engineering sectors. Engineering technician role. Design engineering, Q.C. / QA. Manufacturing assembly ie, JCB / Toyota /local small business enterprise | Engineering manufacture, product design and product development Introduction to a structured career path and progression opportunities for the 9 main engineering sectors. Engineering technician role. Design engineering, Q.C. / QA. Manufacturing assembly ie, JCB / Toyota /local small business enterprise | Engineering manufacture, product design and product development Introduction to a structured career path and progression opportunities for the 9 main engineering sectors. Engineering technician role. Design engineering, Q.C. / QA. Manufacturing assembly ie, JCB / Toyota /local small business enterprise | Engineering manufacture, product design and product development Introduction to a structured career path and progression opportunities for the 9 main engineering sectors. Engineering technician role. Design engineering, Q.C. / QA. Manufacturing assembly ie, JCB / Toyota /local small business enterprise | Engineering manufacture, product design and product development Introduction to a structured career path and progression opportunities for the 9 main engineering sectors. Engineering technician role. Design engineering, Q.C. / QA. Manufacturing assembly ie, JCB / Toyota /local small business enterprise | Engineering manufacture, product design and product development Introduction to a structured career path and progression opportunities for the 9 main engineering sectors. Engineering technician role. Design engineering, Q.C. / QA. Manufacturing assembly ie, JCB / Toyota /local small business enterprise |
QEGS Year 11 Engineering Curriculum Map |
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Focus | Autumn 1 | Autumn 2 | Spring 1 | Spring 2 | Summer 1 | Summer 2 |
Topic | BTEC Component 1 Exploring Engineering Sectors and Design Applications | BTEC Component 1 Exploring Engineering Sectors and Design Applications | BTEC Component 3; Understanding an Engineering brief | BTEC Component 3; Understanding an Engineering brief | BTEC Component 3: Understanding an Engineering brief | BTEC Component 3: Understanding an Engineering brief |
Key concepts/ideas | Learning Aim B: Exploring engineering skills through the design process | Learning Aim B: Exploring engineering skills through the design process | Synoptic unit building upon previous Unit 1 and Unit 2 learning to apply and resolve Engineering briefs | Synoptic unit building upon previous Unit 1 and Unit 2 learning to apply and resolve Engineering briefs | Synoptic unit building upon previous Unit 1 and Unit 2 learning to apply and resolve Engineering briefs | Synoptic unit building upon previous Unit 1 and Unit 2 learning to apply and resolve Engineering briefs |
Key skills | Design process through the 5 stages of ‘Iterative design process’ Model making of ideas using a range of different materials and tools. Analysis / Evaluation and presentation of final outcome techniques to meet the assessment set for a client engineered brief | Design process through the 5 stages of ‘Iterative design process’ Model making of ideas using a range of different materials and tools. Analysis / Evaluation and presentation of final outcome techniques to meet the assessment set for a client engineered brief | Combining multiple skills learned and applying these skills to resolve briefs . Problem solving to redesign engineered products and make fit for purpose | Combining multiple skills learned and applying these skills to resolve briefs . Problem solving to redesign engineered products and make fit for purpose | Combining multiple skills learned and applying these skills to resolve briefs . Problem solving to redesign engineered products and make fit for purpose | Combining multiple skills learned and applying these skills to resolve briefs . Problem solving to redesign engineered products and make fit for purpose |
Key terms/vocab | Define/Develop/Selection/Design/Evaluate Engineering and customer briefs | Define/Develop/Selection/Design/Evaluate Engineering and customer briefs | Analytical analysis / Statistical information | Analytical analysis / Statistical information | Analytical analysis / Statistical information | Analytical analysis / Statistical information |
Independent learning/wider reading | Engineering Materials across various categories such as ferrous/non-ferrous/thermoset and thermoform polymers/SMART materials and composites. Engineering design Manufacturing processes and applications Engineering design Manufacturing processes and applications | Engineering Materials across various categories such as ferrous/non-ferrous/thermoset and thermoform polymers/SMART materials and composites. Engineering design Manufacturing processes and applications Engineering design Manufacturing processes and applications | Engineering Materials across various categories such as ferrous/non-ferrous/thermoset and thermoform polymers/SMART materials and composites. Engineering design Manufacturing processes and applications Engineering design Manufacturing processes and applications | Engineering Materials across various categories such as ferrous/non-ferrous/thermoset and thermoform polymers/SMART materials and composites. Engineering design Manufacturing processes and applications Engineering design Manufacturing processes and applications | Engineering Materials across various categories such as ferrous/non-ferrous/thermoset and thermoform polymers/SMART materials and composites. Engineering design Manufacturing processes and applications Engineering design Manufacturing processes and applications | Engineering Materials across various categories such as ferrous/non-ferrous/thermoset and thermoform polymers/SMART materials and composites. Engineering design Manufacturing processes and applications Engineering design Manufacturing processes and applications |
Assessment | Internal Assessment with external verification from Pearson Work must be submitted to a set deadline | Internal Assessment with external verification from Pearson Work must be submitted to a set deadline | Students will attempt previous set assessments to gain valuable exam experience | Students will attempt previous set assessments to gain valuable exam experience | In May there will be 1 week where-in 2 Engineering assessments will be sat. Assessments will be externally marked | In May there will be 1 week where-in 2 Engineering assessments will be sat. Assessments will be externally marked |
Careers links/Future Learning | Engineering manufacture, product design and product development Engineering / manufacturing sectors / Scientific Engineering / manufacturing sectors / Scientific | Engineering manufacture, product design and product development Engineering / manufacturing sectors / Scientific Engineering / manufacturing sectors / Scientific | Engineering manufacture, product design and product development Engineering / manufacturing sectors / Scientific Engineering / manufacturing sectors / Scientific | Engineering manufacture, product design and product development Engineering / manufacturing sectors / Scientific Engineering / manufacturing sectors / Scientific | Engineering manufacture, product design and product development Engineering / manufacturing sectors / Scientific Engineering / manufacturing sectors / Scientific | Engineering manufacture, product design and product development Engineering / manufacturing sectors / Scientific Engineering / manufacturing sectors / Scientific |