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Bachelor of Engineering (Mechanical) - Queensland University of Technology |
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TEL: 0207 193 7932
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| QTAC code: | | 412502 |
| | Domestic entry: | | February and July |
| | Past OP cut-off: | | 12 |
| | Past rank cut-off: | | 76 |
| | Assumed knowledge: | | English (4, SA) and Maths B (4, SA) |
| | Preparatory studies: | | MATHS: QUT unit Preparatory Mathematics as a visiting student or QUT Continuing Professional Education course Mathematics Bridging. ENGLISH: Successful completion of a year of full-time vocational or tertiary study. |
| | OP Guarantee: | | Yes |
| | CRICOS code: | | 056529D |
| | International fees: | | 2009: $11,250 (indicative) per semester
(per semester, subject to annual review) |
| | International entry: | | February; July |
| | Course duration (full-time): | | 4 years |
| | Total credit points: | | 384 |
| | Standard credit points/full-time semester: | | 48 |
| | Campus: | | Gardens Point |
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Why choose this course?
Mechanical Engineering at QUT has a well-established and highly regarded reputation for teaching and produces graduates who are highly sought after by industry.
Career outcomes
When you graduate from this degree you will have the opportunity to work in a number of fields, such as a process engineer, consulting engineer or a project engineer with an average starting salary of around $42,500.
Practical teaching
You will be exposed to ideas and experience of guest lecturers from the real world, industry professionals and academic staff with relevant industry experience.
Industry links
The course has close links with relevant local and overseas industries.
Many of the teaching staff are involved in research with government and industry sectors, ensuring the program is relevant to industry and giving you the opportunity to work on real projects during your studies.
Course structure
You will receive a thorough grounding in the engineering sciences and hands- on practical experience in real-world problem solving and application of theory in a program that is strongly orientated towards industry.
Facilities / technology
Our programs are responsive and relevant to the changing needs of the industry and the society we live in. Experiential and practical learning opportunities are provided through specially designed learning environments and tradition laboratory areas. Facilities that integrate virtual and web based material with physical equipment ensure that students get the opportunity to learn by doing which is an important part of engineering education
Convenience
You will study at QUT's Gardens Point campus in the centre of Brisbane, within easy walking distance to public transport, including buses, trains and ferries.
Who should do this course?
If you are interested in any of the following, you may enjoy a career in Mechanical Engineering:
technical and engineering activities.
mathematics, science and technology.
working with your hands.
Additional Admission Information
Applicants who are offered place and eligible to receive 168 credit points (or more) of advanced standing will be admitted to the ME41 Bachelor of Engineering (Mechnical).
Recommended Study
Chemistry, Maths C and Physics.
Career Outcomes
The Bachelor of Engineering (Mechanical) provides a sound education in the basic engineering sciences, synthesis and design, engineering management functions, and the social, economic and ethical aspects of engineering practice. Graduates from this degree may find employment in a variety of roles: consultant, project manager or technical adviser where they maybe involved in the operation of large, integrated energy-based plants such as mining, power stations, sugar factories, oil refineries etc. Others may work under the guidance of more experienced staff selecting equipment, installing and commissioning plants. Some graduates will go into design offices or manufacturing plants where they will be concerned principally with the logistics of production and the efficient management of people and systems.
Overview
This degree offers a balanced mix of theory and practice with the objective of preparing graduates for the work environment. Students will receive a thorough grounding in the engineering sciences and hands-on, practical experience in real world problem solving and application of theory to suit industry needs.
Professional Recognition
Full professional accreditation from Engineers Australia has been given for this course.
Minors
You will have the opportunity to undertaken two minors; a minor is four units (48 credit points). For professional recognition you will undertake an Applications minor which consists of a Work Place Integrated Learning unit, a project unit and 2 specialised engineering units. The second minor may be taken from an approved list outside your discipline.
Special Course Requirements
A candidate for the degree of Bachelor of Engineering (Mechanical) must complete at least 60 days of industrial experience/practice in an engineering environment approved by the course coordinator.
International Student Entry
International students must maintain an enrolment program that will allow them to complete their course within the specified timeframe of their eCoE (electronic Confirmation of Enrolment).
Mid-year Entry
This course is also offered as an accelerated program for mid-year entry students, in which the course can be completed in three and a half years full-time through attendance at the Summer Program.
Applicants who are offered place and eligible to receive 72 credit points (or more) of advanced standing will be admitted to the ME42 Bachelor of Engineering (Mechnical).
Course Structure
| Code | Title | | Year 1 - Semester 1 | | BEB100 | Introducing Professional Learning | | ENB101 | Engineering Mechanics 1 | | MAB131 | Engineering Mathematics 1A | | | OR | | MAB180 | Engineering Mathematics 1B | | PCB136 | Engineering Physics 1C | | Year 1- Semester 2 | | ENB102 | Engineering Mechanics 2 | | ENB103 | Electrical Engineering | | ENB104 | Engineering Materials | | MAB132 | Engineering Mathematics 2A | | | OR | | MAB182 | Engineering Mathematics 2B | | Year 2 - Semester 1 | | ENB105 | Electrical and Computer Engineering | | ENB211 | Dynamics | | ENB231 | Materials and Manufacturing 1 | | MAB233 | Engineering Mathematics 3 | | Year 2 - Semester 2 | | BEB200 | Introducing Sustainability | | ENB201 | Fluid Mechanics | | ENB215 | Fundamentals of Mechanical Design | | ENB222 | Thermodynamics 1 | | Please note: | | | Students wishing to undertake CEED based Industry Project should consult the Subject Area Coordinator to provide a program for the final 2 years. CEED program requires that you undertake units BEB701, BEB801 and BEB802 together in either Semester 1 or 2. | | Year 3 - Semester 1 | | ENB301 | Instrumentation and Control | | ENB311 | Stress Analysis | | ENB316 | Design of Machine Elements | | ENB331 | Materials and Manufacturing 2 | | Year 3 - Semester 2 | | ENB312 | Dynamics of Machinery | | ENB317 | Design and Maintenance of Machinery | | ENB321 | Fluids Dynamics | | | Second Major/Minor unit | | Year 4 - Semester 1 | | BEB801 | Project 1 | | ENB421 | Thermodynamics 2 | | | Applications Minor Selective | | | Second Major/Minor unit | | Year 4 - Semester 2 | | BEB701 | Work Integrated Learning 1 | | BEB802 | Project 2 | | | Second Major/Minor unit | | | Second Major/Minor unit | | Applications Minor Selectives | | BSB115 | Management, People and Organisations | | ENB333 | Operations Management | | ENB336 | Industrial Engineering | | ENB422 | Energy Management | | ENB432 | Engineering Asset Management and Maintenance | | ENB435 | Computer Integrated Manufacturing |
Potential careers
Mechanical Engineer
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