PhD Student (m/f/d) Research focus: Advanced Digital Methods to Increase Reliability of Critical Power Unit Components
Task description
The operational safety, efficiency and emissions of large internal combustion engines (ICE) in power generation and transportation applications depend greatly on the reliable operation of critical power unit components such as hydrodynamic sliding bearings. To avoid out-of-spec function, catastrophic failure or unforeseen engine downtime, it is therefore vital to continuously assess the condition of the bearing and the associated lubricant. For the research area “Data analytics and controls”, we are therefore looking for a motivated and innovative PhD student to generate experimental data and research strategies for condition monitoring of sliding bearings in large ICEs, in particular employing advanced methods from the field of artificial intelligence (AI) and its subfield machine learning (ML).
PhD Student (m/f/d) Research focus: Advanced Digital Methods to Increase Reliability of Critical Power Unit Components
The operational safety, efficiency and emissions of large internal combustion engines (ICE) in power generation and transportation applications depend greatly on the reliable operation of critical power unit components such as hydrodynamic sliding bearings. To avoid out-of-spec function, catastrophic failure or unforeseen engine downtime, it is therefore vital to continuously assess the condition of the bearing and the associated lubricant. For the research area “Data analytics and controls”, we are therefore looking for a motivated and innovative PhD student to generate experimental data and research strategies for condition monitoring of sliding bearings in large ICEs, in particular employing advanced methods from the field of artificial intelligence (AI) and its subfield machine learning (ML).
PhD Student (m/f/d) Research focus: Advanced Digital Methods to Increase Reliability of Critical Power Unit Components
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The LEC supports equal opportunities and diversity. We are looking for dedicated and motivated individuals with research talent.
Kontakt:
Herlinde Kohlmaier
Email: career@lec.tugraz.at