Design & Technology (9-1) 0979
Develop design ideas, understand materials and evaluate solutions. Follow the content and specialist options for your chosen qualification.
What you'll cover
- Common content
- Materials option
- Graphic Products option
- 2024–2027 Common content
- 2024–2027 Component 2
- 2024–2027 Resistant Materials
Published syllabus exam years: 2024, 2025, 2026, 2027, 2028, 2029, 2030. Confirm exam-series and centre availability with your school and Cambridge.
Cambridge IGCSE (9–1) Design & Technology 0979 syllabus map
2024–2026 and 2027 legacy routes · 2028–2030 revised route
137 of 137 topic entries have teaching and practice
Start the learning pathwayStudy options and assessment
29 original lessons map the 2024–2026, 2027 and 2028–2030 syllabus routes; each includes an explained worked example and Guided, Independent and Transfer practice. The 2028 syllabus has revised common content and Materials/Graphic Products options; the earlier route retains Resistant Materials, Systems & Control and Paper 5 Graphic Products. For exams 2028–2030, candidates take Paper 1 (1h, 50 marks, 25%; answer all questions), Component 2 Project (100 marks, 50%), and either Paper 3 Materials or Paper 4 Graphic Products (1h, 50 marks, 25%; answer all questions). Systems & Control is no longer a separate option. Overall AO weightings are AO1 25%, AO2 35%, AO3 20%, AO4 20%. 0979 awards 9 to 1. For exams 2026–2027, candidates take Paper 1 Product Design (1h 15m, 50 marks, 25%; answer one of three questions), Component 2 Project (100 marks, 50%; school-based, internally assessed and externally moderated), and one option: Paper 3 Resistant Materials, Paper 4 Systems & Control or Paper 5 Graphic Products (each 1 hour, 50 marks, 25%). Older overall assessment objectives are AO1 30%, AO2 50%, AO3 20%. Component 2 requires the candidate's own portfolio and practical product, centre marking, authentication and external moderation. StudyForA can teach and coach with fictional scenarios, but cannot grade or authenticate real project work. Workshop tasks require school facilities and qualified supervision. Cambridge's updated 2028 coursework handbook is not yet available; use the 2028–2030 syllabus as the definitive assessment source. Cambridge describes 0979 as the 9–1 graded syllabus otherwise the same as 0445. Cambridge's subject page says June availability is in Administrative Zone 3 and for centres in Oman and the UAE. Confirm the current exam series, zone and centre entry with the exams officer; this route is a separate qualification code.
Exams 2026–2027 follow the older common content and three-option structure; exams 2028–2030 follow the revised common content and Materials/Graphic Products option structure. Cambridge describes 0979 as the 9–1 graded syllabus otherwise the same as 0445. Cambridge's subject page says June availability is in Administrative Zone 3 and for centres in Oman and the UAE. Confirm the current exam series, zone and centre entry with the exams officer; this route is a separate qualification code.
Choose your paper route
- Exams 2026–2027 · legacy syllabusPaper 1 + Component 2 + one of Paper 3 / Paper 4 / Paper 5
For exams 2026–2027, candidates take Paper 1 Product Design (1h 15m, 50 marks, 25%; answer one of three questions), Component 2 Project (100 marks, 50%; school-based, internally assessed and externally moderated), and one option: Paper 3 Resistant Materials, Paper 4 Systems & Control or Paper 5 Graphic Products (each 1 hour, 50 marks, 25%). Older overall assessment objectives are AO1 30%, AO2 50%, AO3 20%. Select one specialist route only: Resistant Materials, Systems & Control, or Graphic Products. Check the annual syllabus and entries guide.
- Exams 2028–2030 · revised syllabusPaper 1 + Component 2 + either Paper 3 Materials or Paper 4 Graphic Products
For exams 2028–2030, candidates take Paper 1 (1h, 50 marks, 25%; answer all questions), Component 2 Project (100 marks, 50%), and either Paper 3 Materials or Paper 4 Graphic Products (1h, 50 marks, 25%; answer all questions). Systems & Control is no longer a separate option. Overall AO weightings are AO1 25%, AO2 35%, AO3 20%, AO4 20%. 0979 awards 9 to 1. The revised syllabus removes Systems & Control as a separate option, moves Graphic Products from Paper 5 to Paper 4 and changes Paper 1 question style. Cambridge lists June and November for 0445; verify the relevant route for 0979 with the exams officer.
This is an online study pathway for syllabus knowledge, planning and scenario practice. It does not provide machine access, workshop supervision, official Cambridge questions or official grading. Confirm option, facilities, series, deadlines and current instructions with the teacher or exams officer.
View syllabus coverage
For exams 2026–2027, candidates take Paper 1 Product Design (1h 15m, 50 marks, 25%; answer one of three questions), Component 2 Project (100 marks, 50%; school-based, internally assessed and externally moderated), and one option: Paper 3 Resistant Materials, Paper 4 Systems & Control or Paper 5 Graphic Products (each 1 hour, 50 marks, 25%). Older overall assessment objectives are AO1 30%, AO2 50%, AO3 20%. For exams 2028–2030, candidates take Paper 1 (1h, 50 marks, 25%; answer all questions), Component 2 Project (100 marks, 50%), and either Paper 3 Materials or Paper 4 Graphic Products (1h, 50 marks, 25%; answer all questions). Systems & Control is no longer a separate option. Overall AO weightings are AO1 25%, AO2 35%, AO3 20%, AO4 20%. 0979 awards 9 to 1. Cambridge says 0979 is otherwise the same syllabus as 0445 apart from the 9–1 grading route. Some exam-entry availability is restricted. Verify the candidate's exact series and centre entry. Project practice here uses fictional examples only; the candidate's assessed portfolio and product must remain their own and be assessed by the centre.
Common content
- 2028–2030 · 1.1 Influences on designing28-1.1
- 2028–2030 · 1.2.1 Identifying28-1.2.1
- 2028–2030 · 1.2.2 Defining28-1.2.2
- 2028–2030 · 1.2.3 Proposing28-1.2.3
- 2028–2030 · 1.2.4 Developing28-1.2.4
- 2028–2030 · 1.2.5 Planning28-1.2.5
- 2028–2030 · 1.2.6 Testing and evaluating28-1.2.6
- 2028–2030 · 1.3.1 Drawing techniques28-1.3.1
- 2028–2030 · 1.3.2 Modelling28-1.3.2
- 2028–2030 · 1.4.1 Measuring and marking out28-1.4.1
- 2028–2030 · 1.4.2 Cutting, shaping and forming28-1.4.2
- 2028–2030 · 1.4.3 Joining28-1.4.3
- 2028–2030 · 1.4.4 Finishing28-1.4.4
- 2028–2030 · 1.5 Material classification28-1.5
- 2028–2030 · 1.6 Structures28-1.6
- 2028–2030 · 1.7 Mechanisms28-1.7
- 2028–2030 · 1.8 Electronics28-1.8
Materials option
- 2028–2030 · 2.1.1 Polymers28-2.1.1
- 2028–2030 · 2.1.2 Timbers and boards28-2.1.2
- 2028–2030 · 2.1.3 Metals28-2.1.3
- 2028–2030 · 2.1.4 Composites28-2.1.4
- 2028–2030 · 2.1.5 Smart, modern and alternative materials28-2.1.5
- 2028–2030 · 2.2.1 Measuring and marking out28-2.2.1
- 2028–2030 · 2.2.2 Cutting, shaping and forming28-2.2.2
- 2028–2030 · 2.2.3 Joining28-2.2.3
- 2028–2030 · 2.2.4 Finishing28-2.2.4
- 2028–2030 · 2.2.5 Safe working practices28-2.2.5
- 2028–2030 · 2.3 Commercial manufacturing methods28-2.3
- 2028–2030 · 2.4 Product analysis28-2.4
- 2028–2030 · 2.5.1 Communication28-2.5.1
- 2028–2030 · 2.5.2 Designing28-2.5.2
- 2028–2030 · 2.5.3 Making28-2.5.3
Graphic Products option
- 2028–2030 · 3.1.1 Paper and card28-3.1.1
- 2028–2030 · 3.1.2 Polymers28-3.1.2
- 2028–2030 · 3.1.3 Foam materials28-3.1.3
- 2028–2030 · 3.1.4 Composites28-3.1.4
- 2028–2030 · 3.1.5 Smart, modern and alternative materials28-3.1.5
- 2028–2030 · 3.2.1 Technical drawing methods28-3.2.1
- 2028–2030 · 3.2.2 Methods of communicating information28-3.2.2
- 2028–2030 · 3.2.3 Presentation28-3.2.3
- 2028–2030 · 3.3.1 Measuring and marking out28-3.3.1
- 2028–2030 · 3.3.2 Cutting, shaping and forming28-3.3.2
- 2028–2030 · 3.3.3 Joining28-3.3.3
- 2028–2030 · 3.3.4 Printing28-3.3.4
- 2028–2030 · 3.3.5 Finishing28-3.3.5
- 2028–2030 · 3.3.6 Safe working practices28-3.3.6
- 2028–2030 · 3.4 Product analysis28-3.4
- 2028–2030 · 3.5.1 Communication28-3.5.1
- 2028–2030 · 3.5.2 Designing28-3.5.2
- 2028–2030 · 3.5.3 Making28-3.5.3
2024–2027 Common content
- 2024–2027 · Common content · observe a need or requirement27-1-OBSERVE
- 2024–2027 · Common content · design brief and specification27-1-BRIEF
- 2024–2027 · Common content · identification and research27-1-RESEARCH
- 2024–2027 · Common content · generation of possible ideas27-1-GENERATION
- 2024–2027 · Common content · selection and organisation27-1-SELECTION
- 2024–2027 · Common content · evaluation27-1-EVALUATION
- 2024–2027 · Common content · implementation and realisation27-1-REALISATION
- 2024–2027 · Common content · health and safety27-1-SAFETY
- 2024–2027 · Common content · initiation and development of ideas27-1-IDEA-DEVELOPMENT
- 2024–2027 · Common content · communication of design ideas27-1-COMMUNICATION
- 2024–2027 · Common content · technology in design and making27-1-TECHNOLOGY
- 2024–2027 · Common content · design and technology in society27-1-SOCIETY
- 2024–2027 · Common content · practical design application27-1-PRACTICAL-APPLICATION
- 2024–2027 · Common content · environment and sustainability27-1-SUSTAINABILITY
- 2024–2027 · Common content · control27-1-CONTROL
2024–2027 Component 2
- 2024–2027 · Project · identify a need and develop a brief27-2-NEED
- 2024–2027 · Project · research and specification27-2-RESEARCH
- 2024–2027 · Project · generate and explore ideas27-2-IDEA-GENERATION
- 2024–2027 · Project · develop a proposed solution27-2-DEVELOPMENT
- 2024–2027 · Project · plan for production27-2-PLANNING
- 2024–2027 · Project · product realisation27-2-REALISATION
- 2024–2027 · Project · testing and evaluation27-2-TESTING
2024–2027 Resistant Materials
- 2024–2027 · Resistant Materials · material types and comparative testing27-3-MATERIAL-TYPES
- 2024–2027 · Resistant Materials · smart and modern materials27-3-SMART-MATERIALS
- 2024–2027 · Resistant Materials · plastics27-3-PLASTICS
- 2024–2027 · Resistant Materials · woods and manufactured boards27-3-WOODS
- 2024–2027 · Resistant Materials · metals and heat treatment27-3-METALS
- 2024–2027 · Resistant Materials · composites27-3-COMPOSITES
- 2024–2027 · Resistant Materials · prepare materials27-3-PREPARATION
- 2024–2027 · Resistant Materials · set, measure, mark out, and test27-3-MEASURE-TEST
- 2024–2027 · Resistant Materials · shape materials27-3-SHAPING
- 2024–2027 · Resistant Materials · joining and assembly27-3-JOINING
- 2024–2027 · Resistant Materials · finishing27-3-FINISHING
- 2024–2027 · Resistant Materials · safe workshop practice27-3-WORKSHOP-SAFETY
2024–2027 Systems & Control
- 2024–2027 · Systems & Control key content · structure types27-4.1-STRUCTURE-TYPES
- 2024–2027 · Systems & Control key content · structural materials27-4.1-STRUCTURAL-MATERIALS
- 2024–2027 · Systems & Control key content · frames and applied loads27-4.1-FRAMES-AND-LOADS
- 2024–2027 · Systems & Control key content · levers27-4.1-LEVERS
- 2024–2027 · Systems & Control key content · transmission27-4.1-TRANSMISSION
- 2024–2027 · Systems & Control key content · friction and lubrication27-4.1-FRICTION
- 2024–2027 · Systems & Control key content · conversion of motion27-4.1-MOTION
- 2024–2027 · Systems & Control key content · basic electronics27-4.1-ELECTRONICS
- 2024–2027 · Systems & Control key content · switches27-4.1-SWITCHES
- 2024–2027 · Systems & Control structures · design and make27-4.2-MAKE-STRUCTURES
- 2024–2027 · Systems & Control structures · moments27-4.2-MOMENTS
- 2024–2027 · Systems & Control structures · loads and forces27-4.2-STRUCTURE-FORCES
- 2024–2027 · Systems & Control structures · structural members27-4.2-MEMBERS
- 2024–2027 · Systems & Control structures · joints and reinforcement27-4.2-JOINTS
- 2024–2027 · Systems & Control structures · applied loads and reactions27-4.2-REACTIONS
- 2024–2027 · Systems & Control structures · stress, strain, and factor of safety27-4.2-STRESS-STRAIN
- 2024–2027 · Systems & Control mechanisms · mechanical terms27-4.3-TERMS
- 2024–2027 · Systems & Control mechanisms · levers27-4.3-LEVERS
- 2024–2027 · Systems & Control mechanisms · gears, belts, and chains27-4.3-TRANSMISSION
- 2024–2027 · Systems & Control mechanisms · ratios and efficiency27-4.3-CALCULATIONS
- 2024–2027 · Systems & Control mechanisms · bearings27-4.3-BEARINGS
- 2024–2027 · Systems & Control mechanisms · motion conversion27-4.3-MOTION-CONVERSION
- 2024–2027 · Systems & Control electronics · electrical principles and measurement27-4.4-ELECTRICAL-PRINCIPLES
- 2024–2027 · Systems & Control electronics · circuits, PCBs, and safety27-4.4-PCB-SAFETY
- 2024–2027 · Systems & Control electronics · switches and relays27-4.4-SWITCH-RELAYS
- 2024–2027 · Systems & Control electronics · resistors27-4.4-RESISTORS
- 2024–2027 · Systems & Control electronics · transistors27-4.4-TRANSISTORS
- 2024–2027 · Systems & Control electronics · diodes and displays27-4.4-DIODES
- 2024–2027 · Systems & Control electronics · transducers27-4.4-TRANSDUCERS
- 2024–2027 · Systems & Control electronics · capacitors27-4.4-CAPACITORS
- 2024–2027 · Systems & Control electronics · timer circuits27-4.4-TIMERS
- 2024–2027 · Systems & Control electronics · logic and operational amplifiers27-4.4-LOGIC
2024–2027 Graphic Products
- 2024–2027 · Graphic Products · design contexts27-5-APPLICATIONS
- 2024–2027 · Graphic Products · formal drawing27-5-FORMAL-DRAWING
- 2024–2027 · Graphic Products · orthographic projection27-5-ORTHOGRAPHIC
- 2024–2027 · Graphic Products · isometric drawing27-5-ISOMETRIC
- 2024–2027 · Graphic Products · planometric drawing27-5-PLANOMETRIC
- 2024–2027 · Graphic Products · perspective drawing27-5-PERSPECTIVE
- 2024–2027 · Graphic Products · sectional views27-5-SECTIONS
- 2024–2027 · Graphic Products · exploded and assembly drawings27-5-EXPLODED-ASSEMBLY
- 2024–2027 · Graphic Products · freehand drawings27-5-FREEHAND
- 2024–2027 · Graphic Products · geometric construction27-5-GEOMETRY
- 2024–2027 · Graphic Products · developments and nets27-5-NETS
- 2024–2027 · Graphic Products · ellipses27-5-ELLIPSES
- 2024–2027 · Graphic Products · enlargement and reduction27-5-SCALE
- 2024–2027 · Graphic Products · instruments and drafting aids27-5-INSTRUMENTS
- 2024–2027 · Graphic Products · layout and planning27-5-LAYOUT
- 2024–2027 · Graphic Products · presentation and lettering27-5-PRESENTATION
- 2024–2027 · Graphic Products · data graphics27-5-DATA-GRAPHICS
- 2024–2027 · Graphic Products · reprographics27-5-REPROGRAPHICS
- 2024–2027 · Graphic Products · materials and modelling27-5-MATERIALS-MODELLING
- 2024–2027 · Graphic Products · information and communication technology27-5-ICT
- 2024–2027 · Graphic Products · manufacture27-5-MANUFACTURE
Assessment skills
- Component 2 · project-learning practicePROJECT-SKILLS · Supplemental StudyForA practice, not a syllabus section
- Exam-year routes and entry availabilityEXAM-ROUTES · Supplemental StudyForA practice, not a syllabus section
Assessment limitation
- Component 2 · candidate work and centre assessmentCENTRE-ASSESSMENT · Assessment limitation, not a syllabus sectionTeacher, centre, or specialist assessment required
Practice the papers
Practice the papers
- Product Design · all candidatesPaper 1 · 10 lessonsDesign for a real user and a real contextInvestigate a need and write a testable specificationGenerate distinct ideas and compare them fairlyDevelop a proposal with models and iterationPlan a design so it can be made and evaluatedCommunicate designs with drawings, models and dataExplain electronic inputs, processes and outputsAnalyse products, quality and design technologyLegacy common content: design, society and resourcesLegacy Systems & Control: electronics and switching
Legacy Paper 1: 1h 15m, 50 marks, answer one of three questions. Revised Paper 1: 1h, 50 marks, answer all structured questions. Use the paper pattern for the candidate's year.
- Project · school-basedComponent 2 · 15 lessonsDesign for a real user and a real contextInvestigate a need and write a testable specificationGenerate distinct ideas and compare them fairlyDevelop a proposal with models and iterationPlan a design so it can be made and evaluatedCommunicate designs with drawings, models and dataSelect making processes with safety in mindClassify materials and justify a choiceUse structure, forces and reinforcementChoose mechanisms to change motion or forceExplain electronic inputs, processes and outputsAnalyse products, quality and design technologyLegacy common content: design, society and resourcesLegacy Systems & Control: electronics and switchingLearn the project process while keeping assessed work your own
100 marks and 50%; internally assessed and externally moderated. Revised criteria allocate 15 Investigating, 35 Designing, 38 Making and 12 Testing/Evaluating. Practice on StudyForA uses fictional tasks. The candidate creates their own work; the teacher authenticates it and the centre assesses it.
- Materials · revised optionPaper 3 · Materials (2028–2030) · 5 lessonsSelect making processes with safety in mindClassify materials and justify a choiceCompare the Materials option material familiesSelect Materials-option processes and production methodsAnalyse products, quality and design technology
For exams 2028–2030, this 1-hour, 50-mark paper is 25% of the qualification. Candidates answer all questions across two structured sections. Candidates need knowledge of every materials area; where working knowledge is assessed, questions allow reference to materials the candidate has practised.
- Graphic Products · revised optionPaper 4 · Graphic Products (2028–2030) · 6 lessonsCommunicate designs with drawings, models and dataSelect making processes with safety in mindAnalyse products, quality and design technologyChoose materials for graphic productsUse technical drawing and visual presentationPlan graphic-product making, printing and finishing
For exams 2028–2030, this 1-hour, 50-mark drawing paper is 25%. Candidates answer all questions on pre-printed A3 sheets; the paper includes three structured questions with formal drawings, sketches, notes, and short written answers.
- Resistant Materials · legacy optionPaper 3 · Resistant Materials (2026–2027) · 6 lessonsSelect making processes with safety in mindClassify materials and justify a choiceCompare the Materials option material familiesSelect Materials-option processes and production methodsPrepare for the 2026–2027 Resistant Materials optionLegacy Resistant Materials: tools, processes and joints
For exams 2026–2027, this 1-hour, 50-mark paper is 25%. The legacy format has Section A (answer all) and Section B (answer one). Its content and question pattern differ from the revised Materials paper.
- Systems & Control · legacy optionPaper 4 · Systems & Control (2026–2027) · 8 lessonsUse structure, forces and reinforcementChoose mechanisms to change motion or forceExplain electronic inputs, processes and outputsLegacy Systems & Control: structures and mechanismsLegacy Systems & Control: electronics and switchingLegacy electronics: resistor networks and sensorsLegacy electronics: timers, logic and voltage comparisonLegacy mechanisms: transmission, bearings and efficiency
For exams 2026–2027, this 1-hour, 50-mark paper is 25%. The legacy format has Section A (answer all) and Section B (answer one). Systems & Control is not a separate option in the 2028–2030 syllabus.
- Graphic Products · legacy optionPaper 5 · Graphic Products (2026–2027) · 7 lessonsCommunicate designs with drawings, models and dataSelect making processes with safety in mindChoose materials for graphic productsUse technical drawing and visual presentationPlan graphic-product making, printing and finishingLegacy Graphic Products: layout, lettering and reprographicsLegacy Graphic Products assessment and drawing route
For exams 2026–2027, this 1-hour, 50-mark paper is 25%. The legacy format has Section A (answer all) and Section B (answer one). Graphic Products becomes Paper 4 with a revised format for exams 2028–2030.
Lessons and worked examples
Choose where to begin
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- 01
Design for a real user and a real context
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Not started - 02
Investigate a need and write a testable specification
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Not started - 03
Generate distinct ideas and compare them fairly
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Not started - 04
Develop a proposal with models and iteration
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Not started - 05
Plan a design so it can be made and evaluated
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Not started - 06
Communicate designs with drawings, models and data
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Not started - 07
Select making processes with safety in mind
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Not started - 08
Classify materials and justify a choice
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Not started - 09
Use structure, forces and reinforcement
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Not started - 10
Choose mechanisms to change motion or force
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Not started - 11
Explain electronic inputs, processes and outputs
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Not started - 12
Compare the Materials option material families
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Not started - 13
Select Materials-option processes and production methods
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Not started - 14
Analyse products, quality and design technology
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Not started - 15
Choose materials for graphic products
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Not started - 16
Use technical drawing and visual presentation
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Not started - 17
Plan graphic-product making, printing and finishing
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Not started - 18
Prepare for the 2026–2027 Resistant Materials option
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Not started - 19
Legacy Resistant Materials: tools, processes and joints
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Not started - 20
Legacy common content: design, society and resources
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Not started - 21
Legacy Systems & Control: structures and mechanisms
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Not started - 22
Legacy Systems & Control: electronics and switching
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Not started - 23
Legacy electronics: resistor networks and sensors
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Not started - 24
Legacy electronics: timers, logic and voltage comparison
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Not started - 25
Legacy mechanisms: transmission, bearings and efficiency
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Not started - 26
Legacy Graphic Products: layout, lettering and reprographics
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Not started - 27
Legacy Graphic Products assessment and drawing route
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Not started - 28
Learn the project process while keeping assessed work your own
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Not started - 29
Choose the correct exam year and specialist option
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