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Systems and Control – Fuse Tester
Design and Technology
Present NC level Target for end of Key Stage
Name: Subject teacher:
Teaching group: Tutor:
Assessment Criteria E V G S U
Exploring ideas and the task
Generating ideas
Developing ideas
Planning
Making
Evaluating
Approach to work E V G S U
Effort
Organisation skills
Independent study / homework
Presentation
Task Completed
Make mechanical joints of circuit
Solder parts in place
Vacuum form
Drill vacuum formed mould
Attach circuit to plastic case
Connect metal nuts and bolts
Test
Evaluate how the game works.
Date
This lesson I will complete _____ __________________________________________________By ________________________________________________
Task Completed
Make mechanical joints of circuit
Solder parts in place
Vacuum form
Drill vacuum formed mould
Attach circuit to plastic case
Connect metal nuts and bolts
Test
Evaluate how the game works.
Date
This lesson I will complete _____ __________________________________________________By ________________________________________________
Task Completed
Make mechanical joints of circuit
Solder parts in place
Vacuum form
Drill vacuum formed mould
Attach circuit to plastic case
Connect metal nuts and bolts
Test
Evaluate how the game works.
Date
This lesson I will complete _____ __________________________________________________By ________________________________________________
Context:- is the problem that has to be solved.Brief:- is what you will do to solve the problem.Specifications:- a list of things your product must fulfil. The specification list is what you will use to evaluate your product against when you have finished.
Context:Electrical products often break due to lots of small parts and fragile electrical components, these repairs can be expensive and often unnecessary as the fault is simply caused by a ‘blown fuse’.
Brief:To design and make an electrical device to test is a fuse is working that can be used by ……………………………..................................................................................………………………………………………………………………………...
What kind of people could use a fuse tester?
Why would they need it?
What will make them want your fuse tester?
Use the information you have learned to write a list of specifications for your fuse tester.
Remember:- these specifications must match your design brief.
The fuse tester must:
Twist the parts together
Clean the tip of the soldering iron on a damp sponge
Tin the tip of the soldering iron with solder
Heat the 2 parts to be joined
Slowly push the solder into the hot area
Leave it too cool and harden.
The steps to soldering have all gotten muddled up can you put them in the correct order and match the sentences below to the correct picture?
Step 1.
PlanningA . Can you place the following tasks into the order they need to be done.
1._______________________________________
2._______________________________________
3._______________________________________
4._______________________________________
5._______________________________________
6._______________________________________
7._______________________________________
8._______________________________________
9._______________________________________
10._______________________________________
Teacher gives you your components
Drill Holes
Carefully solder component legs together
Are the components in correct place?
Is the solder joint secure?
Trim legs of soldered components with wire cutters
Wear goggles
Test your circuit and fault find
Completed circuit
B. Write down the two quality checks that are made.
1. ___________________________________
2. ___________________________________
Why were these checks made?
_____________________________________
_____________________________________
Carefully twist components together
You can use the lines drawn for you to help make an isometric cuboide for your
packaging design. Then have a go at drawing your own using the rest of the page.
Remember: Your design must include the things from your starter worksheet. And,You must evaluate each of your ideas.
Level 3 Level 4 Level 5 Your circuit is complete but may
need a simple adjustment to work. Your product can stand up without
falling apart.
You safely produce a working circuit with good soldering that has been secured into the casing.
You pay attention to the quality of finish and how well your product works
Your product will be neatly made and assembled.
Your soldering will all be nearly perfect. Your product is well finished with added
decoration
1. Look at the sentences below and tick the ones that you think apply to your game:
2. What level did you get up to? ____________
3. What could you do to improve this level? ______________________________________________________________
_______________________________________________________________________________________________
4. What do you think went well or was easy for you in this project? ____________________________________________
_______________________________________________________________________________________________
5. What did you find difficult about this project? And why? ___________________________________________________
_______________________________________________________________________________________________
6. What have you learnt during this project? ______________________________________________________________
______________________________________________________________________________________________________________________________________________________________________________________________
7. If you could change one thing about this project what would it be? And why? __________________________________
______________________________________________________________________________________________________________________________________________________________________________________________
Name:_____________________
Keywords:
ElectronicElectricalElectricityInputOutputProcessSystemControlMechanical FeedbackHumanComponentsCircuitFlowForceResistanceAesthetics
VoltageSchematicSymbolsWireResistorLight Emitting Diode (LED)SwitchBatterySolderFluxTemperatureSoldering ironConductorVoltsAmpsOhmsErgonomicsAnthropometricsAesthetics