Automotive Engineering and Technology
Scope and sequence
For teaching and examination in 2013
2008/16333[v5]
Automotive Engineering and Technology: Scope and sequence
For teaching and examination in 2013
1
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2
Automotive Engineering and Technology: Scope and sequence
For teaching and examination in 2013
Automotive Engineering and Technology—Scope and sequence of content
UNIT 1A
Automotive systems
UNIT 1B
Automotive servicing
UNIT 1C
Automotive tuning
UNIT 1D
Automotive components
Automotive mechanics
Principles
Maintenance and
repair




basic scientific principles underpinning:
Otto cycle; reciprocating and rotary
motion; hydraulics; forces; mechanical
advantage; alignment; transmission of
electrical and mechanical power and the
conversion of heat energy into
mechanical energy in their relation to
automotive functioning.

testing techniques involved with
daily/weekly checks and monitoring of
performance and operation
tune-ups, oil changes and service
schedules to maintain optimal
performance
tools and equipment used in repair and
correction of minor mechanical faults.





Systems

roles of the various systems that make
up an automotive power plant or
vehicle: driveline; wheels and tyres;
steering and suspension; body and
frame construction; electrical systems;
cooling systems and hydraulic braking
systems.

operation of automotive vehicles and
the underpinning basic scientific,
geometric and mathematical principles
different uses of automotive vehicles.

simple testing techniques involved with
daily/weekly checks and monitoring of
operation of single- or multi-cylinder
engines
tune-ups, oil changes and service
schedules to maintain optimal
performance
tools, equipment, parts and materials
used in repair and correction of minor
mechanical faults
OSH practices and techniques for the
safe storage, use and care of tools and
machinery.

basic knowledge of systems,
subsystems and components, and
naming the different parts and functions
of each.





operation of automotive vehicles and
the underpinning basic scientific,
geometric and mathematical principles
different uses of automotive vehicles.

simple testing techniques involved with
daily/weekly checks and monitoring of
operation of single- or multi-cylinder
engines
tune-ups, oil changes and service
schedules to maintain optimal
performance
tools, equipment, parts and materials
used in repair and correction of minor
mechanical faults
OSH practices and techniques for the
safe storage, use and care of tools and
machinery.

basic knowledge of systems,
subsystems and components, and
naming the different parts and functions
of each.

Automotive Engineering and Technology: Scope and sequence
For teaching and examination in 2013




operation of automotive vehicles and
the underpinning basic scientific,
geometric and mathematical principles
different uses of automotive vehicles.
simple testing techniques involved with
daily/weekly checks and monitoring of
operation of single- or multi-cylinder
engines
tune-ups, oil changes and service
schedules to maintain optimal
performance
tools, equipment, parts and materials
used in repair and correction of minor
mechanical and automotive body faults
Occupational Safety and Health (OSH)
practices and techniques for the safe
storage, use and care of tools and
machinery.
basic knowledge of systems,
subsystems and components, and
naming the different parts and functions
of each.
3
UNIT 1A
Automotive systems
UNIT 1B
Automotive servicing
UNIT 1C
Automotive tuning
UNIT 1D
Automotive components
Impact of the automotive industry
Rules and
regulations



Social and
economic
implications
Environmental
consequences





4
storage, use and care of tools and
machinery
basic Occupational Safety and Health
(OSH) procedures, working safely in the
workshop and safe use of prescribed
machinery and technologies
basic rules associated with the use of
vehicles.

different forms of transportation used in
society
broad categories of occupations and
careers associated with the automotive
industry.

changes in environmental features
necessary for the safe use of vehicles
impact of materials processing and use
on the environment and society
sustainability of materials.






basic traffic rules associated with the
safe and sustainable personal use of
vehicles
road and vehicle design.

different forms of transportation
currently used in society
broad categories of occupations and
careers associated with the automotive
and affiliated industries
consumer awareness
rights and responsibilities of both the
vendor and buyer.

change to our environment to
accommodate the use of different types
of automotive vehicles and varying
traffic demands
environmental considerations of
materials used and automotive
emissions.






basic traffic rules associated with the
safe and sustainable personal use of
vehicles
road and vehicle design.

different forms of transportation
currently used in society
broad categories of occupations and
careers associated with the automotive
and affiliated industries
consumer awareness
rights and responsibilities of both the
vendor and buyer.

change to our environment to
accommodate the use of different types
of automotive vehicles and varying
traffic demands
environmental considerations of
materials used and automotive
emissions.

Automotive Engineering and Technology: Scope and sequence
For teaching and examination in 2013





basic traffic rules associated with the
safe and sustainable personal use of
vehicles
road and vehicle design.
different forms of transportation
currently used in society
broad categories of occupations and
careers associated with the automotive
and affiliated industries
consumer awareness
rights and responsibilities of both the
vendor and buyer.
change to our environment to
accommodate the use of different types
of automotive vehicles and varying
traffic demands
environmental considerations of
materials used and automotive
emissions.
UNIT 1A
Automotive systems
UNIT 1B
Automotive servicing
UNIT 1C
Automotive tuning
UNIT 1D
Automotive components
Developments in the automotive industry
Materials



Design


Managing
production

different types of component materials
and their application to various design
concepts
basic understanding of some physical
and mechanical properties in prescribed
contexts
matching properties with human needs
and understanding how they reflect
aesthetic and environmental values.

designing skills including brainstorming,
investigating and generating ideas,
fundamentals of communicating design
by graphics and graphical
representation
designing for others, design values,
market understanding and
responsiveness, and consumers.

sequential production plans, time
planning, identification of resource
needs, and evaluation of manufacturing
processes.





different types of materials in various
design concepts and how they address
environmental and cultural constraints
physical and mechanical properties of
basic materials used in automotive
technologies
workshop-based, computer-assisted
fabrication techniques.

elements of design and techniques for
generating and communicating design
ideas
market research and responsiveness to
consumer’s demands.

planning for, and management of
manufacturing processes and strategies
for standard automotive designs
economic implications and quality
assurance issues of mass production
lines.





different types of materials in various
design concepts and how they address
environmental and cultural constraints
physical and mechanical properties of
basic materials used in automotive
technologies
workshop-based, computer-assisted
fabrication techniques.

elements of design and techniques for
generating and communicating design
ideas
market research and responsiveness to
consumer’s demands.

planning for, and management of
manufacturing processes and strategies
for standard automotive designs
economic implications and quality
assurance issues of mass production
lines.

Automotive Engineering and Technology: Scope and sequence
For teaching and examination in 2013




different types of materials in various
design concepts and how they address
environmental and cultural constraints
physical and mechanical properties of
basic materials used in automotive
technologies
workshop-based, computer-assisted
fabrication techniques.
elements of design and techniques for
generating and communicating design
ideas
market research and responsiveness to
consumer’s demands.
planning for, and management of
manufacturing processes and strategies
for standard automotive designs
economic implications and quality
assurance issues of mass production
lines.
5
UNIT 2A
The world of automotive vehicles
UNIT 2B
The world of engines
UNIT 3A
Automotive innovations and the future
UNIT 3B
Automotive construction
Automotive mechanics
Principles

refinement of scientific principles and
the influence of these in modifying and
selecting automotive technologies for
improved performance.


modification of automotive technologies
and the impact upon continual
refinement of scientific principles
underpinning automotive operations
simple mathematical and geometrical
explanation of principles and the effect
of heat underpinning automotive
operations.


current and futuristic developments in
the automotive operations and the
impact upon the scientific, geometric
and mathematical principles
diagrammatic representations of
geometric principles with annotated
mathematical explanations and the
effects of heat that underpin current
automotive components and operations.




scientific principles underpinning: the
Otto cycle; reciprocating and rotary
motion; quantitative consideration of
hydraulic forces operating and the
production of heat in an automotive
system; mechanical advantage;
alignment; transmission of electrical and
mechanical power, in their relation to
automotive functioning
alternative principles underpinning the
operation of current and futuristic
developments in automotive
technologies
detailed diagrammatic representations
of geometric principles with
mathematical explanations that
underpin current automotive
components and operations including
power train, steering systems and
braking systems
application of the following
mathematical relationships to explain
current automotive components,
operations and assist in diagnosis of
system operation:
  F r

Torque [τ],

Rotational Power [Pr],
Pr 

2
 n 
60
Pressure [P] or Stress[σ],
( P)  
6
Automotive Engineering and Technology: Scope and sequence
For teaching and examination in 2013
F
A
UNIT 2A
The world of automotive vehicles
UNIT 2B
The world of engines
UNIT 3A
Automotive innovations and the future
UNIT 3B
Automotive construction
Automotive mechanics
Maintenance and
repair







Systems

maintenance and repair of major
electrical components in a motor vehicle
electrical system, cooling system, fuel
and lubrication system
adjustment of bearings and removal and
repair of motor vehicle components
including wheels, body and mechanical
parts
diagnostic testing using electronic
equipment and specialised tools
problem-solving principles
servicing, repair and maintenance
requirements of various types of
engines
materials and parts required optimising
performance of various types of engines
safety data information and workshop
Occupational Safety and Health (OSH)
regulations for both individuals and
small groups.

operating within systems, subsystems
and components during specific
automotive operations.






maintenance and repair of major
electrical components in a motor vehicle
electrical system, cooling system, fuel
and lubrication system
adjustment of bearings and removal and
repair of motor vehicle components
including wheels, body and mechanical
parts
development of flow charts and
problem-solving skills to diagnose faults
in conjunction with the use of
specialised tools and equipment
servicing, repair and maintenance
requirements of more advanced
engines, and the skills, knowledge,
materials, parts and equipment needed
to optimise performance
Occupational Safety and Health
requirements for different processes
and collaborative practices involved in
workshop activities.

technological improvements in systems,
subsystems and components in
response to performance testing
feedback loops and their role in
monitoring and controlling systems.






maintenance and repair of major
electrical components in a motor vehicle
electrical system, cooling system, fuel
and lubrication system
adjustment of bearings and removal and
repair of motor vehicle components
including wheels, body and mechanical
parts
individualised servicing, repair and
maintenance schedules for engines
modified for particular reasons
specialised problem-solving techniques,
skills, knowledge, materials, equipment
and parts needed to optimise
performance of modified automotive
vehicles
codes of practice and personal
responsibility and duty of care for others
when carrying out workshop activities.

advanced systems, subsystems and
components that influence development
and performance of automotive vehicles
integration of feedback loops in
monitoring and control functions.

Automotive Engineering and Technology: Scope and sequence
For teaching and examination in 2013





maintenance and repair of major
electrical components in a motor vehicle
electrical system, cooling system, fuel
and lubrication system
adjustment of bearings and removal and
repair of motor vehicle components
including wheels, body and mechanical
parts
computerised modelling processes and
problem-solving techniques to develop
diagnostic flow charts and data
specifications for servicing, repair and
maintenance schedules
development of tools equipment and
materials to optimise performance of
emerging automotive technologies
legal implications associated with OSH
issues and managing risks associated
when working with new and emerging
technologies.
adaptation of current systems,
subsystems and components to
predicted future technologies and
challenges
monitoring and control mechanisms
necessary for these automotive
advancements.
7
UNIT 2A
The world of automotive vehicles
UNIT 2B
The world of engines
UNIT 3A
Automotive innovations and the future
UNIT 3B
Automotive construction
Impact of the automotive industry
Rules and
regulations


Social and
economic
implications



Environmental
consequences


8
relationship between regulations and
rules, and different societies and their
expectations
authorities responsible for rules and
regulations, and legal implications of
vehicle design and road use
Australian design rules.
relationships between changes in
automotive technologies and impacts on
communities and society
changing nature of careers and
vocations in the automotive industry in
relation to market forces, consumer
needs and demands of society.

state and federal authorities and laws
relating to servicing, repair and
modification of automotive systems
evolution of laws for automotive vehicles
and their use.


advanced automotive technologies and
implications for consumers, training and
the profile of the workforce.
current legislation and environmental
regulations associated with engine
designs and manufacture of automotive
technologies
community environmental
responsibilities for public transport and
road design.

historical perspective of the
relationships between changing global
concerns for environmental
sustainability, advancements in
automotive technologies, and increased
demands for transport of materials and
people.

current rules and regulations and
automotive design rules that meet
needs of new and emerging automotive
technologies
rules and regulations from state, federal
and international perspectives.


current and future environmental
considerations to effectively implement
emerging automotive technologies and
the consequences for patterns of
consumer use, town planning processes
and location of manufacturing
industries.

interrelationships between potential
social, economic and environmental
implications of new and emerging
automotive technologies, consumer use
and the workforce.

future global environmental challenges
posed by the increasing use of
automotive technologies by third world
countries and interrelationships to
current safeguards and sustainable
practices exercised by communities and
countries.

new and emerging fuel sources,
innovative designs, manufacturing
processes, methods of public transport
and road design that are sustainable on
a global scale, and relate these
innovations to changes needed in
current consumer demands, practices,
attitudes and values.

Automotive Engineering and Technology: Scope and sequence
For teaching and examination in 2013

rules and regulations governing the
export and import of different types of
automotive vehicles
futuristic trends in design, purpose and
use of automotive vehicles and the
impact on society and the environment.
UNIT 2A
The world of automotive vehicles
UNIT 2B
The world of engines
UNIT 3A
Automotive innovations and the future
UNIT 3B
Automotive construction
Developments in the automotive industry
Materials


Design


Managing
production

historical perspectives of materials
used in the automotive industry, and
how they have evolved with changing
values and needs of society
service repair and maintenance of
automotive vehicles using computerassisted techniques and fabrication
skills.

historical perspective of changes in
design elements of automotive
technologies, and their interaction with
changing cultural values
computer-assisted techniques to
develop promotional materials for
market research.
advent of computerised mass
production lines and changes in the
workforce, planning, production and
management processes, and testing
regimes for quality assurance.




advancement in materials and
performance testing for their use in
automotive technologies considering
environmental and cultural constraints
modification of automotive vehicles
using computer-assisted techniques
and fabrication skills.

relationship of current and advanced
materials technology to the
development of futuristic automotive
technologies that are environmentally
and culturally compatible
construction of a futuristic automotive
model using computer-assisted
techniques and fabrication skills.

influence of national and international
compliance codes on proposed
advancements in the design elements
of automotive technologies
underpinning role of market research
in developing proposed
advancements.
planning for, and management of
small-scale production of prototypes,
incorporating innovative design
elements underpinned by research,
evaluation of performance testing for
quality assurance and economic
viability.

market research findings, current
design elements and principles and
their relationship to proposed design
concepts for future automotive
technologies.

environmental and cultural constraints
on design of automotive technology.

interpretation of innovative, futuristic
automotive designs and changes
required in planning for, and
management of, processes and
strategies, quality control and
economic viability for small scale
manufacture.

social, economic and environmental
implications of scenarios where there
is increased computerisation of mass
production
alternative materials and power
sources used in automotive
technology.

Automotive Engineering and Technology: Scope and sequence
For teaching and examination in 2013


scenarios for the predicted uses of
new and emerging materials selected
for their properties and behaviours in
the construction and use of
automotive technologies, and that are
globally sustainable
construction of an automotive
technology using computer-assisted
fabrication skills.
9