Any Questions? - Swinburne University of Technology

Engineering and Science University Degrees
Year 4
HET515 Advanced Embedded Systems
HET550 Design and Development Project 1
HET513 Design of DSP Architectures
HET556 Design and Development Project 2
Approved Management Studies
Approved Elective
Approved Elective
Approved Elective
* In addition to the above sequence, the
successful completion of HED400
Professional Experience in Engineering
is required for the award of the above
degree and can be taken at any stage
of the course.
* Students have the option to do
Industry-Based Learning (IBL) for six to
12 months in Year 3 Semester 2. A fee
will apply for this option. IBL can be
used to fulfil the requirements of
HED400.
Career opportunities
Graduates are equipped for careers in
telecommunications, automotive, robotics,
power industry, aerospace, electronic
appliances, manufacturing and chip
design, and industrial research. You may
find employment in these areas as design
or software engineer, project planner,
product designer and project manager.
Professional recognition
Graduates are eligible to apply for
membership of Engineers Australia.
This course has also been professionally
accredited by Board of Engineers
Malaysia (BEM)
Bachelor of Engineering
(Mechanical Engineering)
KPT/JPS(F4-K001)
Duration: Four years
Intake: March, August
Mechanical engineering deals with the
design, manufacture and maintenance
of machine components and systems,
from small domestic products to highly
complex power generation, vehicle
and aerospace systems. Mechanical
engineers need to respond to a changing
world dominated by advances in
technology. Their combination of broad
engineering knowledge and detailed
expertise in specialist fields enables
them to harness these changes.
Units include
Year 1
HES1300 Robotics and Mechatronics
Project 1
HES1230 Materials and Processes
HET124 Energy and Motion
HMS111 Engineering Mathematics 1
HES1125 Mechanics of Structures
HES1305 Robotics and Mechatronics
Project 2
HET182 Electronic Systems
HMS112 Engineering Mathematics 2
Year 2
HMS211 Engineering Mathematics 3A
HES2330 Thermodynamics 1
HES2120 Structural Mechanics
HES2146 Computer Aided Engineering
HMS212 Engineering Mathematics 4A
HES2340 Fluid Mechanics 1
HES2310 Machine Dynamics 1
HES2281 Materials and Manufacturing 1
HES0001 Careers in the Curriculum
Year 3
HES3281 Materials and Manufacturing 2
HES3310 Control Engineering
HES3350 Machine Design
HES4250 Design for Manufacture
HES4330 Thermodynamics 2
HES4350 Mechanical Systems Design
HES5320 Solid Mechanics
Approved Management Studies
Year 4
HES5102 Research Project
HES5310 Machine Dynamics 2
HES3360 Human Factors
HES5103 Advanced Research Project
HES5340 Fluid Mechanics 2
HES5350 Product Design
Approved Management Studies
Approved Elective
* In addition to the above sequence, the
successful completion of HED400
Professional Experience in Engineering
is required for the award of the above
degree and can be taken at any stage
of the course.
* Students have the option to do
Industry-Based Learning (IBL) for six to
12 months in Year 3 Semester 2. A fee
will apply for this option. IBL can be
used to fulfil the requirements of
HED400.
Career opportunities
Employment may be found in many
areas of industry and commerce
including: automotive, vehicle, transport,
power, manufacturing, materials
processing, appliance production,
mechanical building services, mining
and raw material conversion.
The mechanical engineer’s contributions
can include design, development, testing,
innovation, project management, planning,
research, quality control, and engineering
management.
Bachelor of Engineering
(Robotics and Mechatronics)
KPT/JPS(F4-K017)
Duration: Four years
Intake: March, August
This course aims to produce graduates
who can cross the traditional boundaries
between mechanical systems, machines,
computer hardware and software, control
and electronic design. You can choose to
focus your career in any one of these
fields or meet growing employment
demand for multiskilled graduates from
an industry that is pushing the limits of
technology by exploiting the growing
convergence of these fields. The most
obvious growth area is robotic systems,
encompassing automated assembly
plants to driver-less vehicles.
Units include
Year 1
HES1300 Robotics and Mechatronics
Project 1
HES1230 Materials and Processes
HET124 Energy and Motion
HMS111 Engineering Mathematics 1
HES1305 Robotics and Mechatronics
Project 2
HES1125 Mechanics of Structures
HET182 Electronic Systems
HMS112 Engineering Mathematics 2
Year 2
HMS211 Engineering Mathematics 3A
HES2120 Structural Mechanics
HET202 Digital Electronics Design
HIT3181 Technical Software
Development
HES2310 Machine Dynamics 1
HET228 Electrical Actuators and
Sensors
HET214 Circuits and Electronics 1
HET232 Embedded Microcontrollers
HES0001 Careers in the Curriculum
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