Course EZ9.MEC - Master of Engineering Technology (Mechanical)

Course overview

Mechanical engineers apply the principles of physics and mechanical science to the design and construction of all forms of mechanical systems.This course covers all aspects of design, specification development, research, evaluation, manufacture, installation, testing, operation, maintenance, and management of machines and systems. This will include, but is not limited to, mechanical and mechatronic systems, automated systems and robotic devices, heat transfer processes, thermodynamic and combustion systems, and fluid and thermal energy systems. As a graduate, you are eligible to become a member of Engineers Australia and seek managerial roles with private consultants, contracting companies, or federal, state, and local government organisations. Significant opportunities for employment exist in Australia, as well as in South-East Asia and throughout the rest of the world.

Institute / school:

Institute of Innovation, Science & Sustainability

Discipline:

Engineering

Study level:

Postgraduate - Coursework

Study load:

Credit points:

240

AQF level:

9 - Masters Degree

Duration (in full time equivalent):

2 years

Domestic students:

International students:

Professional accreditation:

CRICOS code:

116406C

Course coordinator:

Academic requirements

English language requirements

Course rules show the number and type of credit points needed to finish your course. They help you understand what you need to complete to graduate. You’re responsible for following the course rules and completing the right units. You’ll find a recommended sequence of units that meets these course rules in the course structure.

Complete 240 credit points comprising:

180 credit points from Specialisation, and
60 credit points from Core

Units now classified as Specialisation and Core.

Specialisation

Complete exactly 180 credit points from the following:

Code	Title	Credit points
ENGPG9301	Solid Mechanics	15
ENGPG9309	Control System Engineering	15
ENGPG9304	Thermodynamics	15
ENGPG9307	Energy Conversion	15
ENGPG9310	Design of Mechanical Systems	15
ENGPG9311	Industrial Automation and IoT	15
ENGPG9102	Modelling and Simulation in Engineering	15
MREGC5003	Industrial Techniques in Maintenance Management	15
MREGC5006	Machine Condition Monitoring and Fault Diagnosis	15
COOPE9011	Co-operative Placement (Engineering)	30
MREGC5001	Terotechnology and Life Cycle Costs	15

Core

Complete exactly 60 credit points from the following:

Code	Title	Credit points
ENGRG9003	Advanced Engineering Design Project	15
ENGRG9004	Advanced Engineering Research Project 1	15
ENGRG9005	Advanced Engineering Research Project 2	30

Commendation

Counselling

Unsatisfactory

Exclusion / suspension

Final unit supplementary assessment

Students who receive an MF grade in their final Semester may apply to the Course Coordinator within 7 days of the publication of results for supplementary assessment if that unit is the only outstanding unit required to complete the degree and the student has not been found guilty of any form of academic misconduct (e.g. plagiarism, contract cheating, collusion) in that Semester. The highest grade attainable will be a Pass grade.

<a target="_blank" href="https://www.federation.edu.au/students/student-essentials/how-to-enrol/what-to-enrol-in/">Course structures</a> set out the recommended sequence of units for enrolment. It's your responsibility to comply with the course rules and confirm unit availability (which you'll find under 'Offering' in the 'Key information' section of each unit outline). Select the semester you started your course in (not the semester you're enrolling for).

Year 1

Semester 1

ENGPG9301

Solid Mechanics

Specialisation

Co-deliver with ENGRG2301 Solid Mechanics

ENGPG9304

Thermodynamics

Specialisation

Co-deliver with ENGRG2304 Thermodynamics

ENGPG9309

Control System Engineering

Specialisation

Co-deliver with ENGRG4201 Control System Engineering

Semester 2

MREGC5003

Industrial Techniques in Maintenance Management

Specialisation

ENGPG9310

Design of Mechanical Systems

Specialisation

Co-deliver with ENGRG9306 Design of Mechanical Systems

ENGPG9311

Industrial Automation and IoT

Specialisation

Co-deliver with ENGRG3304 Industrial Automation and IoT

Summer Semester

COOPE9011

Co-operative Placement (Engineering)

Specialisation

Year 2

Semester 1

MREGC5001

Terotechnology and Life Cycle Costs

Specialisation

ENGPG9102

Modelling and Simulation in Engineering

Specialisation

Co-deliver with ENGRG9101 Modelling and Simulation in Engineering

ENGRG9003

Advanced Engineering Design Project

Core

ENGRG9004

Advanced Engineering Research Project 1

Core

Semester 2

ENGPG9307

Energy Conversion

Specialisation

Co-deliver with ENGRG9304 Energy Conversion

MREGC5006

Machine Condition Monitoring and Fault Diagnosis

Specialisation

ENGRG9005

Advanced Engineering Research Project 2

Core

Year 1

Semester 2

MREGC5003

Industrial Techniques in Maintenance Management

Specialisation

ENGPG9310

Design of Mechanical Systems

Specialisation

Co-deliver with ENGRG9306 Design of Mechanical Systems

ENGPG9311

Industrial Automation and IoT

Specialisation

Co-deliver with ENGRG3304 Industrial Automation and IoT

Year 2

Semester 1

ENGPG9301

Solid Mechanics

Specialisation

Co-deliver with ENGRG2301 Solid Mechanics

ENGPG9304

Thermodynamics

Specialisation

Co-deliver with ENGRG2304 Thermodynamics

ENGPG9309

Control System Engineering

Specialisation

Co-deliver with ENGRG4201 Control System Engineering

ENGPG9102

Modelling and Simulation in Engineering

Specialisation

Co-deliver with ENGRG9101 Modelling and Simulation in Engineering

Semester 2

ENGPG9307

Energy Conversion

Specialisation

Co-deliver with ENGRG9304 Energy Conversion

MREGC5006

Machine Condition Monitoring and Fault Diagnosis

Specialisation

ENGRG9004

Advanced Engineering Research Project 1

Core

Summer Semester

COOPE9011

Co-operative Placement (Engineering)

Specialisation

Year 3

Semester 1

MREGC5001

Terotechnology and Life Cycle Costs

Specialisation

ENGRG9003

Advanced Engineering Design Project

Core

ENGRG9005

Advanced Engineering Research Project 2

Core

Upon successful completion of this course, graduates will be able to:

Ref	Outcome

Placement information

Recognition of prior learning

Unit exclusions

Institute / school:

Institute of Innovation, Science & Sustainability

Discipline:

Engineering

Study level:

Postgraduate - Coursework

Study load:

Credit points:

240

AQF level:

9 - Masters Degree

Duration (in full time equivalent):

2 years

Domestic students:

International students:

Professional accreditation:

CRICOS code:

116406C

Course coordinator:

Add Info Static Text

Internal reference: EZ9.MEC - C2.6/MK1.2/O3.1/R2.4

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Catalogue Term and Year

RDS Holder

Parent Region

Overview

Key information

Entry requirements

Course rules

Specialisation

Complete exactly 180 credit points from the following:

Core

Complete exactly 60 credit points from the following:

Course structure

Course learning outcomes

Course learning outcomes

Placement

Credit, pathways, and recognition of prior learning

Recognition of prior learning

Key information

Additional information

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EZ9.MEC - Master of Engineering Technology (Mechanical)

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EZ9.MEC - Master of Engineering Technology (Mechanical)

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Catalogue Term and Year

RDS Holder

Parent Region

Overview

Key information

Entry requirements

Domestic students

Applicants with higher education study

International students

Course rules

Course rules

Specialisation

Complete exactly 180 credit points from the following:

Core

Complete exactly 60 credit points from the following:

Academic progress regulations

Course structure

Semester 1 entry course structure

Semester 2 entry course structure

Course learning outcomes

Course learning outcomes

Placement

Credit, pathways, and recognition of prior learning

Recognition of prior learning

Key information

Additional information

Footer

Traditional Custodians

Main Footer

Section 1

Section 3