MAJ03540 Flexible Engineering
The flexible engineering major provides a pathway for students to design their own interdisciplinary engineering degree that is fully accredited by Engineers Australia. It also affords students who may be uncertain as to which area of engineering they wish to pursue an opportunity to sample different disciplines before transferring into a designated major (subject to meeting minimum academic requirements).
The completion requirements for the flexible engineering major include undertaking at least three discipline 'threads' or sub-majors to provide the necessary depth of knowledge, skills and application to the degree. A thread consists of a subject from the advanced option choice-block plus the required prerequisites. The advanced subject is typically a final-year subject from a designated major and is normally undertaken within the last three sessions of study. Alternatively, a sub-major could be selected to focus on a pre-packaged specialisation.
Students intending to transfer from the flexible engineering program to a designated major should follow the recommended course program for their intended major in their first year – this typically includes an introduction subject and some other discipline-related subjects. It is possible to undertake introduction subjects from different disciplines in the first year to assist in this decision. Students transferring to a designated major may have these completed studies credited as electives.
It is possible to include subjects from other majors, courses, faculties and institutions with the approval of the program coordinator.
Completion requirements
41029 Engineering Research Preparation | 6cp | ||
41030 Engineering Capstone | 6cp | ||
CBK91969 Advanced sub-major choice | 24cp | ||
CBK91970 Options/Sub-major Choice | 66cp | ||
CBK91080 Elective | 6cp | ||
Select 6 credit points of options: | 6cp | ||
41301 Industrial Engineering | 6cp | ||
48210 Interrogating Technology: Sustainability, Environment and Social Change | 6cp | ||
41160 Introduction to Biomedical Engineering | 6cp | ||
41117 Introduction to Chemical Process Engineering | 6cp | ||
48310 Introduction to Civil and Environmental Engineering | 6cp | ||
41082 Introduction to Data Engineering | 6cp | ||
48510 Introduction to Electrical and Electronic Engineering | 6cp | ||
43029 Introduction to Humanitarian Engineering | 6cp | ||
48080 Introduction to Innovation | 6cp | ||
48610 Introduction to Mechanical Engineering | 6cp | ||
41099 Introduction to Mechatronics Engineering | 6cp | ||
41025 Introduction to Software Development | 6cp | ||
41130 Professional Practice Studio | 6cp | ||
Select 6 credit points of options: | 6cp | ||
48221 Engineering Computations | 6cp | ||
48430 Fundamentals of C Programming | 6cp | ||
41039 Programming 1 | 6cp | ||
48023 Programming Fundamentals | 6cp | ||
Total | 120cp |