Learning Outcomes
1.
Integrate human factors and fallible behaviour into the design of resilient systems.
- Scholars
- Professionals
2.
Explain resilience as a requirement of engineering solutions for certain applications.
- Scholars
- Leaders
- Professionals
- Global Citizens
3.
Apply concepts of engineering resilience to design an engineering system to meet critical objectives.
- Scholars
- Professionals
4.
Prepare plans for adverse future events, conditions or outcomes.
- Leaders
- Professionals
- Global Citizens
- Scholars
5.
Select methodologies for use in the analysis and design of resilient systems.
- Scholars
- Leaders
Available in Program(s) Single degree program(s) in which this specialisation is available:
Graduate Certificate in Engineering Science - GradCertEngSc7320 - Engineering Science
Specialisation Structure24 Units of Credit:
Students must complete 24 UOC.
Advanced Disciplinary Knowledge Courses
Students can take up to 6 UOC (or none) of the following courses.
Core Concepts
Students must take at least 6 UOC, up to a maximum of 12 UOC of the following courses.
Disciplinary Knowledge Courses
Students must take at least 6 UOC, up to a maximum of 18 UOC of the following courses.
Additional Information
Entry Requirements
A student should hold a four year Bachelor degree in Manufacturing, Electrical, Civil, Nuclear, Aerospace, Materials, Mechanical engineering with an equivalent qualification from a recognised university or tertiary institution, with an average mark of at least 65, in order to be admitted to the stream.
Those without such a qualification are welcome to make a case to the steam coordinator that their prior learning is equivalent to this qualification.
Pre-2019 Handbook Editions
Access past handbook editions (2018 and prior)