Examination arrangement

Course content

Definition and discussion of basic concepts within reliability and risk analysis. - Functional analysis and mapping of errors and sources of danger. - System analysis based on FMECA, reliability network and fault tree. - Calculation of reliability and availability of technical systems. - Measures of reliability importance. - Analysis of repairable systems by Markov methods. - Analysis of safety-critical systems (IEC 61508). - Analysis of systems that are prone to common errors. Requirements for digital twins. Real-time update of digital twins. Queries - What happens if analyses.

Learning outcome

Knowledge:

The student

has basic insight into concepts and methods of attack related to the analysis and assessment of safety and reliability of industrial equipment, systems used in transport solutions and critical infrastructure.has basic insight into how digital twins can be developed and updated in real time.Skills:

The student

can identify and assess faults in both individual components and in complex systemscan assess which parts of a system are particularly important for preventing system errorscan use different methods to calculate the reliability of individual components and complex systemscan use digital tools to analyze safety and reliability, and include models as part of the digital twincan assess the advantages and disadvantages associated with the individual methods.General competence:

The student

• understands safety and reliability in relation to applications within operational reliability, quality, risk, environmental protection and sustainable development
• can reflect on the relationship between costs/disadvantages and benefit associated with various security measures
• understands the importance of digital twins also addressing the security and reliability of complex systems.

Learning methods and activities

The subject is carried out in two sessions, two + three days of lectures, group work and discussions. Great emphasis is placed on discussions and the transfer of experience between the participants. Between the two collections there are self-studies with reading syllabus, assignments and guidance via the internet. The course is part of NTNU's further education offer, and has a course fee. See NTNU Videre's homepages NTNU Videres hjemmesider.

Compulsory assignments

• Compulsory exercises

Further on evaluation

The form of assessment can be changed to oral in the event of a postponed exam.

Specific conditions

Recommended previous knowledge

Basic knowledge in probability calculus.

Required previous knowledge

Admission requirements/prior knowledge requirements/access restrictions: Cf. admission requirements for courses in the master's program in technology management and digital transformation, teknologiledelse og digital omstilling. The subject is restricted access, and ranking rules apply in accordance with the general part of the study plan.

Course materials

M. Rausand, A. Barros and A. Høyland: System Reliability Theory; Models, Statistical Methods, and Applications, Third Edition, Wiley 2020. Kurset har egen hjemmeside.

Credit reductions