Offshore Power Engineering
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DigiWind
The place for all your online learning
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Open edX Demo Course
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Design of a wind turbine
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Power System Analysis 2
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Wind Turbine Control
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Electrical Power Systems
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Smart Grid Control Systems
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Wind Energy Systems
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Data Science Essentials for Wind Energy Systems
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Power grid analysis
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Wind Turbine Aeroelasticity
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Virtual Wind Turbine
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Power System Protection and Control
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Power Markets, Resources and Environment
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Power System Dynamics and Control
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High Voltage Equipment
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Marine Structures
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Marine Control Systems II
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Modelling, Simulation and Analysis of Mechatronic Systems
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Underwater Engineering, Basic Course
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Marine CFD
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Mechanics & Structural Health Monitoring of composite materials
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Fundamentals of Aeroelasticity
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Wind Turbine Design
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Finite Element Method for Electrical Engineering Applications
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Version Control With Git
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Data Analysis and Presentation
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Mathematical Modeling and Optimization
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Advanced Engineering Management
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Control and Automation in Wind Energy Systems
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IT1- Artificial Intelligence and Machine Learning
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Electrical Power Systems
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Site Conditions for Wind Turbine Design
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Roter and Wake Aerodynamics
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Experimental Applications of Aeroacoustics
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Intelligent Electrical Power Grids
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Simulation & Fault Analysis
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Energy Integration & Storage
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Operations and Maintenance in Wind Turbines
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Fundamentals of Wind Energy Engineering
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Soil – Structure Interaction in the Design of Support Structures (part of a 6 ECTS module)
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Fluid Dynamics and Aeroelasticity
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AI Strategy – part of 6 ECTS module
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Sustainability in Engineering – part of 6 ECTS module
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Social Aspects of Engineering – part of 6 ECTS module
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Dynamics of the Marine Environment
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Risk and Reliability of Systems
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Applied Electrical Eng. / (principles for renewable energy engineering)
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CADPeople Test Course
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CADPeople Course Import Test
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End-of-Life Management for Wind
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Wind Turbine Blade Testing
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Prognostics and Health Management (PHM)in the Wind Industry
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Material Characterisation for Numerical Modelling
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Model-based Estimation of Remaining Useful Life
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Uncertainty Quantification for Industrial Wind Assessment
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Wind Resource Assessment for Programmers (PyWAsP)
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Introduction to Using Optimization for Engineering Design
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Scientific Programming for Wind Energy
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Loads, Aerodynamics and Control of Wind Turbines
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Probabilistic methods in wind energy
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Optimization in modern power systems
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Introduction to Micrometeorology for Wind Energy
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IMR Sample: Sustainable Energy Technologies
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IMR Sample: Energy and Environment
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IMR Sample: Digitalisation in Wind Energy
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Sea Wind
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Extended Reality for Higher Education Institutes
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Data Analysis and Presentation
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Advanced Electrical Energy Conversion
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Applied Structural Engineering
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Applied IT Engineering
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Applied Mechanical Engineering
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Wind Turbine Control
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Wind Farm Design
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Introduction to Wind Energy Concepts
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Analyzing Turbine Efficiency
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AI based modelling of Wind flow
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