Design Technology and Graphics


Teaching and Learning Strategies



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Teaching and Learning Strategies


Refer to page 17.

Assessment


Refer to page 19.

General Capabilities





Evidence could be in:

Student Capabilities

Goals

Content

Teaching & Learning

Assessment

literacy









numeracy









information and communication technology (ICT) capability









critical and creative thinking









personal and social capability









ethical behaviour









intercultural understanding









collaborative team members








Resources


Refer to page 28.

Systems Design Value: 1.0

Systems Design a Value: 0.5

Systems Design b Value: 0.5

This unit enables the study, design and development of technological systems.


Prerequisites


Nil.

Duplication of Content Rules


Refer to page 13.

Specific Unit Goals


This unit should enable students to:

A Course

T Course

M Course

apply design process to develop & evaluate simple technological systems

apply design process to develop & evaluate technological systems

apply design process to develop & evaluate technological systems

think creatively and innovatively

think creatively and innovatively

think creatively and innovatively

demonstrate sustainability in design

demonstrate sustainability in design

demonstrate sustainability in design

explain emerging system technologies

evaluate emerging system technologies




produce solutions for system problems to appropriate technical standards e.g. drawings, models/prototypes, renders, animations, digital or print-based folios

produce solutions for system problems to appropriate and highly technical standards e.g. drawings, models/ prototypes, renders, animations, digital or print-based folios

produce solutions for system problems e.g. drawings, models/ prototypes, renders, animations, digital or print-based folios

explain Computer Aided Engineering (CAE) & design, including:

computer aided engineering & manufacture (including FEA, CFD, kinematics

CAD manufacturing – additive, subtractive


analyse Computer Aided Engineering (CAE) & design, including:

computer aided engineering & manufacture (including FEA, CFD, kinematics

CAD manufacturing – additive, subtractive


Identify some features of Computer Aided Engineering (CAE) & design, including:

printing


machining

testing


apply safe working practices in accordance with risk management principles

apply safe working practices in accordance with risk management principles

apply safe working practices in accordance with risk management principles

Content


A Course

T Course

M Course

choose one or more of the following system types as the focus of this unit. students will design and make

structural

mechanical

electronic

energy

ecological



computer/software

transport

communication


choose one or more of the following system types as the focus of this unit. students will design and make

structural

mechanical

electronic

energy

ecological



computer/software

transport

communication


choose one of the following system types as the focus of this unit.
structural

mechanical

electronic

energy


ecological

computer/software

transport

communication



study of systems design in relation to the system/s chosen above examine:

analysis and evaluation of systems design in relation to the system/s chosen above examine:

basic systems design relating to one the focus areas above.

fundamentals of specific systems

fundamentals of specific systems




engineering and design principles

engineering and design principles

simple engineering and design principles of a system

components

components

components of a system

inputs and outputs

inputs and outputs

basic inputs and outputs of system

purpose and functions

purpose and functions

functions of a system

testing; physical, CFD, FEA etc.

testing; physical, CFD, FEA etc.




design process in relation to systems and production

ergonomics

usability

functionality

sustainability

life cycle assessment

safety


design process in relation to systems and production

ergonomics

usability

functionality

sustainability

life cycle assessment

safety


elements of a design process within a basic system

communication & production of systems could include:

2D drawings



communication & production of systems could include:

detailed 2D drawings



communication & production of systems could include:

2D drawings



sections

sections




general assembly

general assembly




application of appropriate Australian communication standards, e.g. as1100

application of appropriate Australian communication standards, e.g. as1100




rendering of virtual 3D systems and environments

rendering of virtual 3D

rendering of virtual 3D systems and environments

materials

materials

materials

texture maps

texture maps

texture maps

incorporation of 3D data into 3rd party programs for ‘downstream use’

incorporation of 3D data into 3rd party programs for ‘downstream use’




animation of 3D products and environments

animation of 3D products and environments

animation of 3D products and environments

computer aided manufacture

computer aided manufacture

computer aided manufacture

production of systems models and prototypes

production of systems models and prototypes

production of systems models and prototypes

awareness & practice of WH&S

awareness & practice of WH&S

awareness & practice of WH&S




exploded pictorial assembly







detail drawings







systems and environments





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