Study schedule Master Programme in Maintenance Engineering The study schedule shows the order in which the courses in the programme are carried out. Select enrollment semester: Admitted: Autumn 2023 Admitted: Autumn 2021 Admitted: Autumn 2020 Admitted: Autumn 2019 Admitted: Autumn 2018 Admitted: Autumn 2017 Admitted: Autumn 2016 A23 A21 A20 A19 A18 A17 A16 The graphical presentation of the study schedule can not be displayed in your browser Click the link below to view the study schedule in the programme syllabus. Year of study 1 2023 2024 Quarter 1 Quarter 2 Quarter 3 Quarter 4 D0020B 7.5 Cr Internet of Things and Signal Analysis for Condition Monitoring Module 3+4 D7007B 7.5 Cr Maintenance Engineering Module 1+2 Choose S0046P 3 Cr Swedish for International Students 1 D7012B 7.5 Cr Advanced Reliability Engineering Module 1+4 L7001A 7.5 Cr Experimental Acoustics and Dynamics Module 2+5 D7013B 7.5 Cr Human Factors in Maintenance Module 1+4 D7015B 7.5 Cr Industrial AI and eMaintenance - Part I: Theories & Concepts Module 2+5 D0001B 7.5 Cr Applied Operations Research Module 4 Choose 7.5 Cr from E7012E 7.5 Cr Mechatronics M7010T 7.5 Cr Dynamics in mechanical systems M7012T 7.5 Cr Fracture mechanics and fatigue R7008E 7.5 Cr Industrial automation Year of study 2, planned study schedule 2024 2025 Quarter 1 Quarter 2 Quarter 3 Quarter 4 D7016B 7.5 Cr Industrial AI and eMaintenance - Part II: Practical Implementation Choose 7.5 Cr from F0040T 7.5 Cr Sustainable Energy systems S7001E 7.5 Cr Stochastic signals T7001T 7.5 Cr Deformation and Fracture D7008B 7.5 Cr Condition Monitoring and Condition Based Maintenance Choose 7.5 Cr from D7001B 7.5 Cr Mine Automation F7011T 7.5 Cr Energy Plant and Systems Engineering R7003E 7.5 Cr Automatic Control T7016T 7.5 Cr Material mechanics X7013B 30 Cr Degree Project in Maintenance Engineering, master Entry requirements