Subject Knowledge Development Journal 2010_2011(1)

8/3/2019 Subject Knowledge Development Journal 2010_2011(1)

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Design and Technology

Subject KnowledgeDevelopment Journal

This journal is designed as a working document toassist the user in planning, recording andreviewing experience across the required areas of subject knowledge.

Name ________________________________

Date ________________________________



P age | 1

CoreC1 Work with design briefs and specifications C2 Conduct effective research C3 Use of product analysis and disassembly procedures C4 Create innovative and functional designsC5 Familiarity with computer aided design and modelling

C6 Command of visual communication techniquesC7 Construction of working drawings C8 Familiarity with product modelling techniques C9 Understanding of packaging design C10 Application of quality control and quality assurance C11 Awareness of sustainability issues and wider impact C12 Track project budgets and costs C13 Use of ergonomic and anthropometric data C14 General use of ICT C15 Knowledge of history of design

Syst em s and Con t rolS1 Using a systems approach to circuit design

S2 Create and interpret circuit diagrams S3 Design basic circuits using discrete components S4 Design basic digital circuits S5 Use software for circuit simulation S6 Use prototyping techniques for testing circuits S7 Use software to design pcbs S8 Small scale production of functional circuits S9 Use and combine commercial modules S10 Create and interpret flow charts S11 Work with programmable systems S12 Create fault finding, test and calibration proceduresS13 Design and analyse basic mechanical systems

S14 Design and analyse basic structures S15 Health and safetyR e sist an t Ma ter ials

R 1 Classification and structure of materialsR 2 Working properties of materialsR 3 Effects of combining materials R 4 Components R 5 Marking out techniques R 6 Joining techniques R 7 Shaping techniques R 8 Finishing techniques R 9 Machining R 10 Heat treatment R 11 Computer aided manufacture R 12 Integration of smart and modern materials R 13 Health and safety

Ex ten sion (K S4/5) X1 Awareness of industrial processes X2 Awareness of new and future developments X3 Knowledge of micro/molecular principles X4 Use of detailed data to aid in designing



P age | 2

C1 Work with design briefs and specifications Begun to addressKnowledge Competent

Experience Competent

C o r e



P age | 3

C2 Conduct effective research Begun to addressKnowledge Competent


C o r e



P age | 4

C3 Use of product analysis and disassembly procedures Begun to addressKnowledge Competent


C o r e



P age | 5

C4 Create innovative and functional designs Begun to addressKnowledge Competent


C o r e



P age | 6

C5 Familiarity with computer aided design and modelling Begun to addressKnowledge Competent


C o r e



P age | 7

C6 Command of visual communication techniques Begun to addressKnowledge Competent


C o r e



P age | 8

C7 Construction of working drawings Begun to addressKnowledge Competent


C o r e



P age | 9

C8 Familiarity with product modelling techniques Begun to addressKnowledge Competent


C o r e



P age | 10

C9 Understanding of packaging design Begun to addressKnowledge Competent


C o r e



P age | 11

C10 Application of quality control and quality assurance Begun to addressKnowledge Competent


C o r e



P age | 12

C11 Awareness of sustainability issues and wider impact Begun to addressKnowledge Competent


C o r e



P age | 13

C12 Track project budgets and costs Begun to addressKnowledge Competent


C o r e



P age | 14

C13 Use of ergonomic and anthropometric data Begun to addressKnowledge Competent


C o r e



P age | 15

C14 General use of ICT Begun to addressKnowledge Competent


C o r e



P age | 16

C15 Knowledge of history of design Begun to addressKnowledge Competent


C o r e



P age | 17

S1 Using a systems approach to circuit design Begun to addressKnowledge Competent


S y s t e m s a n d



P age | 18

S2 Create and interpret circuit diagrams Begun to addressKnowledge Competent


S y s t e m s a n d



P age | 19

S3 Design basic circuits using discrete components Begun to addressKnowledge Competent


S y s t e m s a n d



P age | 20

S4 Design basic digital circuits Begun to addressKnowledge Competent


S y s t e m s a n d



P age | 21

S5 Use software for circuit simulation Begun to addressKnowledge Competent


S y s t e m s a n d



P age | 22

S6 Use prototyping techniques for testing circuits Begun to addressKnowledge Competent


S y s t e m s a n d



P age | 23

S7 Use software to design pcbs Begun to addressKnowledge Competent


S y s t e m s a n d



P age | 24

S8 Small scale production of functional circuits Begun to addressKnowledge Competent


S y s t e m s a n d



P age | 25

S9 Use and combine commercial modules Begun to addressKnowledge Competent


S y s t e m s a n d



P age | 26

S10 Create and interpret flow charts Begun to addressKnowledge Competent


S y s t e m s a n d



P age | 27

S11 Work with programmable systems Begun to addressKnowledge Competent


S y s t e m s a n d



P age | 28

S12 Create fault finding, test and calibration procedures Begun to addressKnowledge Competent


S y s t e m s a n d



P age | 29

S13 Design and analyse basic mechanical systems Begun to addressKnowledge Competent


S y s t e m s a n d



P age | 30

S14 Design and analyse basic structures Begun to addressKnowledge Competent


S y s t e m s a n d



P age | 31

S15 Health and safety Begun to addressKnowledge Competent


S y s t e m s a n d



P age | 32

R 1 Classification and structure of materials Begun to addressKnowledge Competent


R e s i s t a n t



P age | 33

R 2 Working properties of materials Begun to addressKnowledge Competent


R e s i s t a n t



P age | 34

R 3 Effects of combining materials Begun to addressKnowledge Competent


R e s i s t a n t



P age | 35

R 4 Components Begun to addressKnowledge Competent


R e s i s t a n t



P age | 36

R 5 Marking out techniques Begun to addressKnowledge Competent


R e s i s t a n t



P age | 37

R 6 Joining techniques Begun to addressKnowledge Competent


R e s i s t a n t



P age | 38

R 7 Shaping techniques Begun to addressKnowledge Competent


R e s i s t a n t





P age | 40

R 9 Machining Begun to addressKnowledge Competent


R e s i s t a n t



P age | 41

R 10 Heat treatment Begun to addressKnowledge Competent


R e s i s t a n t



P age | 42

R 11 Computer aided manufacture Begun to addressKnowledge Competent


R e s i s t a n t



P age | 43

R 12 Integration of smart and modern materials Begun to addressKnowledge Competent


R e s i s t a n t



P age | 44

R 13 Health and safety Begun to addressKnowledge Competent


R e s i s t a n t



P age | 45

X1 Awareness of industrial processes Begun to addressKnowledge Competent


E x t e n s i o n



P age | 46

X2 Awareness of new and future developments Begun to addressKnowledge Competent


E x t e n s i o n



P age | 47

X3 Knowledge of micro/molecular principles Begun to addressKnowledge Competent


E x t e n s i o n



X4 Use of detailed data to aid in designing Begun to addressKnowledge Competent


E x t e n s i o n

Documents

Subject Knowledge Development Journal 2010_2011(1)