This 3-credit module on Wave and Tidal Power Plants provides a focused introduction to the fundamental principles governing ocean energy systems. The course begins with the core theory of wave and tidal dynamics, covering the physical processes that generate, propagate, and transform marine energy resources. Students will explore linear wave theory, propagated energy, tidal cycles, and the key parameters that influence power extraction in coastal and offshore environments.
Building on this theoretical foundation, the course prepares students to critically evaluate and compare Wave Energy Converters (WECs) and Tidal Stream Technologies (TSTs). Designed for Master’s students in Civil Engineering and Engineering for the Energy Transition programs, the module bridges coastal engineering and renewable energy systems, equipping students with the analytical tools needed to assess and contribute to the development of sustainable ocean energy solutions.
Building on this theoretical foundation, the course prepares students to critically evaluate and compare Wave Energy Converters (WECs) and Tidal Stream Technologies (TSTs). Designed for Master’s students in Civil Engineering and Engineering for the Energy Transition programs, the module bridges coastal engineering and renewable energy systems, equipping students with the analytical tools needed to assess and contribute to the development of sustainable ocean energy solutions.
- Teacher: MARTA CIANFERRA
- Teacher: ALESSIO BORTOT
In order to achieve 2050 decarbonization targets it is essential to improve the energy performance of the building sector. In order to do so, it is of the utmost importance to be aware of the regulatory framework associated to such topics. Moreover it is important to have the knowledge about the common practice when carrying on building energy design
- Teacher: AMEDEO PEZZI