ENGINEERING SCHOOL

Duration:4 Years | Intakes:Feb, Jul

Civil engineers are responsible for the physical infrastructure that enables modern societies to function. As a civil engineering student you will study buildings, highways and railways, tunnels, airports, power generation facilities and harbour facilities. Your courses will focus on preparing you to design, build and manage these structures as a fully qualified civil engineer.

Build critical technical and engineering skills in:

• Engineering mechanics
• Engineering computation
• Surveying
• Theory of structures
• Civil engineering materials
• Geomechanics
• Fluid mechanics
• Transportation engineering and design
• Calculus of science and engineering
• Reinforced concrete design
• Steel design
• Hydrology
• Water engineering
• Structural engineering
• Stress and finite element methods

Duration:4 Years | Intakes:Feb, Jul

Environmental engineering students learn to apply their knowledge of chemistry, geomechanics, hydrology and land surface processes to find solutions for complex environmental problems, such as water pollution and soil erosion. By studying a range of courses in environmental engineering and related fields, they learn to develop sustainable engineering practices that have a profound impact on our health and quality of life.

Develop critical technical and engineering skills by studying courses in environmental engineering and a range of related majors:

• calculus of science and engineering
• environmental chemistry
• engineering computations and probability
• environmental legislation and planning
• geomechanics
• fluid mechanics
• hydrobiological modelling
• hydrology
• land surface process and management
• spatial data systems and remote sensing
• water engineering

Duration:4 Years | Intakes:Feb, Jul

Electrical and electronic engineering exposes students to courses in electronics, computer systems, telecommunications, bioengineering, control, robotics and electrical power engineering. When you study a Bachelor of Electrical and Electronic Engineering, you will learn to design and build systems and machines that generate, transmit, measure, control and use electrical energy essential to modern life.

Build critical technical and engineering skills through courses in:

• engineering mathematics
• electronics
• electric machines and power systems
• electrical engineering design
• automatic control
• analog and digital communications
• computer engineering
• electric energy systems
• physics
• procedural programming
• signals and systems

Duration:4 Years | Intakes:Feb, Jul

Spanning the disciplines of chemical, electrical and mechanical engineering, this degree will equip you to work across the whole spectrum of technologies for renewable energy capture, conversion, storage, delivery and management. You’ll also choose courses in related areas of climate change policy, law and economics and environmental sciences.

Become job-ready and build critical technical engineering skills in:

• solar and wind
• geothermal, hydro, ocean and hybrid systems
• carbon accounting and energy auditing
• power electronics and renewable energy systems
• bio-energy
• energy storage systems

Duration:4 Years | Intakes:Feb, Jul

Students who study our medical engineering degree will learn to apply engineering principles and design processes to find innovative solutions to healthcare problems. They bring their creativity, critical thinking, and complex problem solving skills to developing and improving technology and human systems in medical settings. They need to have strong people skills and be particularly adept at working in interdisciplinary teams.

Build critical medical and engineering skills by studying through courses in:

• human pathophysiology
• engineering mathematics
• electronics
• physics
• analog and digital communications
• procedural programming
• pharmacology
• exercise physiology
• electrical engineering design
• neurobiology

Duration:4 Years | Intakes:Feb, Jul

Mechatronics engineering is concerned with the synergy of electrical, computer and mechanical technologies that lead to new solutions to industrial problems. Students study a diverse range of courses in areas such as technical design, automation and operational performance of the electromechanical systems used in industries such as defence, advanced manufacturing, mining and health. This means that you will learn a variety of mechatronics engineering concepts, skills and practices as part of your degree.

Learn critical technical and mechatronics engineering skills in:

• computer networks
• computer-integrated manufacturing
• control systems
• electrical systems
• electronic design
• engineering management
• finite element analysis
• heat transfer
• mechanical engineering design
• mechanics of fluids and solids
• microprocessor systems
• modelling and simulation
• sensors and actuators

Duration:4 Years | Intakes:Feb, Jul

Computer systems engineers use digital and computing technologies to solve problems in industrial systems. As part of a Bachelor of Computer Systems Engineering you will study courses in areas such as information processing, data transfer, communications, commerce and travel. Students will learn to combine creativity with technology to develop both hardware and software for electronic and microprocessor-based systems.

Build critical technical and engineering skills through courses in:

• advanced computer systems
• advanced physics
• calculus of science and engineering
• computer engineering
• electrical engineering
• embedded systems
• engineering mathematics
• procedural programming
• programmable logic design
• quantum mechanics and semiconductor physics
• signals and systems

Duration:4 Years | Intakes:Feb, Jul

Software engineers focus on analysing a client’s needs. You will learn to design the best software architecture solutions, as well as to coordinate the implementation, integration and testing. Through a unique coursework program you will learn to document the results of your research and how to provide long-term maintenance. Software engineering is behind much of the everyday technology we take for granted - from our ipads, computer software and mobile phones through to digital televisions, computer games and online banking.

Build critical technical and engineering skills through courses in:

• algorithmics
• computer engineering
• database management systems
• discrete mathematics
• enterprise software architectures
• formal languages and automata
• internet communication
• network and distributed computing
• operating systems
• programming languages and paradigms
• software architecture and quality management
• software development
• web engineering

Duration:3 Years | Intakes:Feb, Jul

The Master of Professional Engineering (Civil)* is a flexible degree that will allow you to fast-track your career in civil engineering. You will develop the strategic and technical skills required to tackle ‘wicked problems’, applying design thinking and systems engineering principles to develop solutions that are both innovative and ethical.

You can choose to deepen your skills through advanced civil engineering courses in areas such as hydrology, land surface process and management, or geotechnical and geo-environmental engineering, or broaden your skill base with complimentary management courses in natural disasters, business and the environment as well as project planning, entrepreneurship and innovation. You will also complete a year-long advanced civil engineering project (design-based or theoretical – the choice is yours), which can potentially be linked to industry.

1-year program: You will take advanced engineering courses and choose electives to broaden your skill base and enhance your employability. By gaining a highly relevant postgraduate degree you will accelerate your career, opening up opportunities to work at a more senior level.

2-year program: Your study program is designed to build on your prior studies and develop the core technical competencies to ensure you qualify for professional recognition from Engineers Australia* and the Washington Accord. If you are already a qualified engineer in Australia, this advanced engineering program will broaden your skill base allowing for enhanced specialisation in your field and boost your employability. You will choose to focus on areas such as:

• Water Engineering
• Steel Design
• Geomechanics
• Hydrology
• Advanced Structural Analysis

3-year program: This program provides the perfect pathway to transfer your prior knowledge in science, physics, mathematics or chemistry into an engineering context. You will gain a highly sought-after professional qualification and benefit from the high salaries and job opportunities that engineers enjoy.

Duration:2 Years | Intakes:Feb, Jul

The Master of Professional Engineering (Computer Systems)* is a flexible degree that will allow you to fast-track your career in computer systems engineering. You can also diversify your engineering expertise with courses in mechatronics or software engineering, or broaden your skills base in a complimentary area such as business and management skills, entrepreneurship and innovation, design or environmental management. You will also complete an advanced engineering project (design-based or theoretical – the choice is yours), which can potentially be linked to industry.

1-year program: You will take advanced engineering courses and choose electives to broaden your skill base and enhance your employability. By gaining a highly relevant postgraduate degree you will accelerate your career, opening up opportunities to work at a more senior level.

2-year program: Your study program is designed to build on your prior studies and develop the core technical competencies to ensure you qualify for professional recognition from Engineers Australia* and the Washington Accord. If you are already a qualified engineer in Australia, this advanced engineering program will broaden your skill base allowing for enhanced specialisation in your field and boost your employability.

The Master of Professional Engineering (Electrical and Electronic) is a flexible degree that allows you to fast-track your career in engineering. You'll have the opportunity to diversify your engineering expertise with courses in specialised areas including:

• renewable energy integration
• control systems design and automation
• digital and electronic design
• advanced telecommunication
• power electronics, drives and highly efficient power utilisation

1-year program: You will take advanced engineering courses and choose electives to broaden your skill base and enhance your employability. By gaining a highly relevant postgraduate degree you will accelerate your career, opening up opportunities to work at a more senior level.

2-year program: Your study program is designed to build on your prior studies and develop the core technical competencies to ensure you qualify for professional recognition from Engineers Australia* and the Washington Accord. If you are already a qualified engineer in Australia, this advanced engineering program will broaden your skill base allowing for enhanced specialisation in your field and boost your employability.

3-year program: This program provides the perfect pathway to transfer your prior knowledge in science, physics, mathematics or chemistry into an engineering context. You will gain a highly sought-after professional qualification and benefit from the high salaries and job opportunities that engineers enjoy.

Duration:2 Years | Intakes:Feb, Jul

The Master of Professional Engineering (Environmental) is a flexible degree that will allow you to fast-track your career in engineering. You will have the opportunity to broaden your skills base with relevant courses in chemical engineering or in a complimentary area such as business and management, environmental science, environmental risk reduction, disaster management or sustainable development. Plus you can choose a major project that’s linked to industry or focused on design and research.

1-year program: You will take advanced engineering courses and choose electives to broaden your skill base and enhance your employability. By gaining a highly relevant postgraduate degree you will accelerate your career, opening up opportunities to work at a more senior level.

2-year program: Your study program is designed to build on your prior studies and develop the core technical competencies to ensure you qualify for professional recognition from Engineers Australia* and the Washington Accord. If you are already a qualified engineer in Australia, this advanced engineering program will broaden your skill base allowing for enhanced specialisation in your field and boost your employability.

Duration:2 Years | Intakes:Feb, Jul

The Master of Professional Engineering (Geospatial Engineering and Surveying) is a flexible degree that will allow you to fast-track your career in surveying and geospatial engineering. You will have the opportunity to diversify your expertise with courses in specialised spatial data collection, analysis and management, or broaden your skills base in a complementary area such as business and management, entrepreneurship and innovation, or design. Plus you can choose a major project that’s linked to industry or focused on design and research.

1-year program: You will take advanced surveying and geospatial engineering courses and choose directed courses to broaden your skill base and enhance your employability. By gaining a highly relevant postgraduate degree you will accelerate your career, opening up opportunities to work at a more senior level.

2-year program: Your study program is designed to build on your prior studies and develop the core technical competencies. If you are already a graduate surveyor, licensed/registered surveyor, or qualified engineer in Australia, this advanced program will broaden your skill base allowing for enhanced specialisation in your field and boosting your employability.

Duration:2 Years | Intakes:Feb, Jul

The Master of Professional Engineering (Mechanical) is a flexible degree that will allow you to advance your career in engineering. You will have the opportunity to diversify your engineering expertise with courses in mechatronics or another area of engineering, or broaden your skills base in a complimentary area such as business and management, entrepreneurship and innovation, design or multimedia. Plus you can choose a major project that’s linked to industry or focused on design and research.

1-year program: You will take advanced engineering courses and choose electives to broaden your skill base and enhance your employability. By gaining a highly relevant postgraduate degree you will accelerate your career, opening up opportunities to work at a more senior level.

2-year program: Your study program is designed to build on your prior studies and develop the core technical competencies to ensure you qualify for professional recognition from Engineers Australia* and the Washington Accord. If you are already a qualified engineer in Australia, this advanced engineering program will broaden your skill base allowing for enhanced specialisation in your field and boost your employability.

3-year program: This program provides the perfect pathway to transfer your prior knowledge in science, physics, mathematics or chemistry into an engineering context. You will gain a highly sought-after professional qualification and benefit from the high salaries and job opportunities that engineers enjoy.

Duration:2 Years | Intakes:Feb, Jul

The Master of Professional Engineering (Mechatronics) includes advanced mechatronics engineering courses in real-time estimation for embedded systems and advanced estimation. Plus, you’ll choose from a range of mechanical and electrical engineering courses in areas like:

• advanced simulation
• renewable energy conversion
• bulk materials handling and transportation and computer aided engineering and manufacturing
• signal processing
• control systems design
• drives and power electronics and electronics design

You can also broaden your skills base in a complimentary area such as business and management skills, entrepreneurship and innovation, design or environmental management. You will also complete an engineering project (design-based or theoretical – the choice is yours), which can potentially be linked to industry.

1-year program: You will take advanced engineering courses and choose electives to broaden your skill base and enhance your employability. By gaining a highly relevant postgraduate degree you will accelerate your career, opening up opportunities to work at a more senior level.

2-year program: Your study program is designed to build on your prior studies and develop the core technical competencies to ensure you qualify for professional recognition from Engineers Australia* and the Washington Accord. If you are already a qualified engineer in Australia, this advanced engineering program will broaden your skill base allowing for enhanced specialisation in your field and boost your employability. You will take advanced engineering courses and choose electives to broaden their skill base and enhance their employability –these will be chosen from areas such as:

• managing engineering projects
• linear control and estimation
• non-linear control and estimation
• mechatronics design and real-time optimization for embedded systems

Duration:3 Years | Intakes:Feb, Jul

The Master of Professional Engineering (Software) is a flexible degree that will allow you to fast-track your career in engineering. You will have the opportunity to diversify your engineering expertise with courses in mechatronics or computer systems engineering, or broaden your skills base in a complimentary area such as business and management, entrepreneurship and innovation, design or multimedia. Plus you can choose a major project that’s linked to industry or focused on design and research.

1-year program: You will take advanced engineering courses and choose electives to broaden your skill base and enhance your employability. By gaining a highly relevant postgraduate degree you will accelerate your career, opening up opportunities to work at a more senior level.

2-year program: Your study program is designed to build on your prior studies and develop the core technical competencies to ensure you qualify for professional recognition from Engineers Australia* and the Washington Accord. If you are already a qualified engineer in Australia, this advanced engineering program will broaden your skill base allowing for enhanced specialisation in your field and boost your employability.

3-year program: This program provides the perfect pathway to transfer your prior knowledge in science, physics, mathematics or chemistry into an engineering context. You will gain a highly sought-after professional qualification and benefit from the high salaries and job opportunities that engineers enjoy.