IR2201 Keeping the Lights On: Introduction to Critical Infrastructure Protection
Academic year
2025 to 2026 Semester 2
Curricular information may be subject to change
Further information on which modules are specific to your programme.
Key module information
SCOTCAT credits
5
SCQF level
SCQF level 8
Availability restrictions
This module is not open to students matriculated on a University degree programme.
Planned timetable
N/A
Module Staff
Dr Peter Lehr
Module description
This short course introduces participants to the basics of critical infrastructure protection (CIP) against a range of threats with a focus on human actors: while acts of ‘Mother Nature’ (such as floods, hurricanes, earthquakes) can be predicted and planned for at least to some extent, the ingenuity of human actors seemingly knows no bounds – 9/11 still is a cautionary tale in this regard. The short consists of six units on topics such as the history of CI and KR protection; risk assessment and risk management plans; CI interdependencies; and CI protection versus CI resilience. From a UK perspective, Martyn’s Law will also be discussed, as this aims at enhancing the protection of public venues. It concludes with a look at threats of the foreseeable future, in particular concerning ‘cyberspace’ and ‘artificial intelligence’.
Assessment pattern
Coursework = 100%
Re-assessment
Coursework = 100%
Learning and teaching methods and delivery
Weekly contact
N/A
Scheduled learning hours
0
Guided independent study hours
51
Intended learning outcomes
- Explain what is critical infrastructure and why it needs to be protected
- Assess the main threats to critical infrastructure, the main actors posing this threat, whether that is non-state, state actors, or ‘Mother Nature’
- Demonstrate the strength and limits of an all hazards approach, and a human actor approach.
- Describe the steps of a typical critical infrastructure risk assessment cycle
- Critically reflect on whether is it better to focus on protection or on resilience
- Explain what are critical infrastructure interdependencies, and why they pose a problem for critical infrastructure protection