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Resilience is increasingly being acknowledged as a crucial element in developing effective systems and a fundamental prerequisite for emerging technologies. From supply networks to power infrastructure, from corporate planning to safety-sensitive operations, all demand resilience as a core design principle. The urgency for enhanced resilience in Australia's manufacturing sector, energy networks, and emergency response frameworks is particularly relevant now. This program introduces Engineering Resilience as a critical system's capacity to endure disruptions from unexpected, high-consequence incidents while sustaining operations in potentially compromised conditions. Moving beyond traditional risk management constraints, the curriculum emphasizes deterministic threat evaluation for rare but catastrophic scenarios. Through elective options, students can deepen their expertise in specialized domains such as: (i) human elements in safety-critical operations, (ii) production system leadership, or (iii) technical aspects of resilient infrastructures encompassing power networks, 3D-printed supply chains, industrial chemical processes, or atomic energy systems.