Boost Productivity and efficient collaboration with Git - the world's leading version control system....

This five-day intensive course covers essential data science topics tailored for the wind energy sector....

Shape the sustainable future of wind energy—master strategies for sustainable, cost-effective end-of-life management and circular solutions....

Familiarise yourself with blade test standards and learn all about the different types of blade testing and the purpose of these tests....

Learn to apply basic PHM strategies across the design, manufacturing, operation, and maintenance of wind energy systems...

Learn about the application and analysis of a wide range of experimental material characterisation methods used in numerical modelling applications...

Learn how to employ practical, data-supported methodologies and tools to estimate the remaining useful life (RUL) of existing assets...

Learn how to rigorously quantify and report uncertainty in wind resource assessments for industrial applications...

Learn practical skills in Python and its scientific ecosystem including NumPy, pandas, xarray, geopandas along with QGIS for geospatial data handling...

Learn how numerical optimization can be applied to either solve and/or gain deeper insights into design problems...

Learn how to write code to solve complex scientific and engineering problems...

Deepen your knowledge of the interaction between aerodynamics, loads and controls during turbine design...

Learn the basics of statistical modeling and data analysis in the context of wind engineering and structural engineering design applications....

Gain a deep understanding of linear programming and convex optimization, duality theory, complementarity modelling, and optimization techniques...

Gain a general and usable understanding of atmospheric flow/physics and statistics relevant for wind energy...

Gain a detailed understanding of the general methods used in static power grid analysis including power flow and fault analysis...

Gain a detailed insight to the structural and aerodynamic modelling of a wind turbine in order to calculate the aeroelastic response...

The course deals with exploring the ways and means to perform advanced power system analysis in normal operation and under faults....

Gain advanced knowledge of the principles of protecting power lines, transformers, buses and generators and wide-area monitoring and control (SCADA)....

Explore the technical aspects of power systems, optimization, and economics, all presented with a strong emphasis on mathematical rigor....

The course aims to provide advanced knowledge about dynamic behaviour, stability and control in electric power systems....

The course gives a comprehensive introduction to the technologies that are employed in switching equipment, power cables and power transformers. ...

Linear elastic shell and plate analysis, energy methods, plate buckling, numerical solutions, cross-section analysis, and design criteria for yielding...

Covers robust and nonlinear model-based control and observer design for ships, underwater vehicles, marine structures, machinery, propulsion systems, ...

This course will significantly develop your ability to design, manage and validate Electrical Power Systems ...

Explore how substations are designed, how switchgear and circuit breakers operate, and what it takes to protect equipment from faults....

Explore the challenges and solutions of integrating clean power into national electricity systems....

Dive into the full world of wind turbine operations and maintenance (O&M), from reliability metrics and failure modes to cutting-edge digital solution...

Learn how to work with SCADA, PLCs, and advanced control methods to manage electricity systems efficiently and reliably...

This course takes you inside the world of wind energy, from the science of where wind comes from to the tech that captures it...