Green Energy Technologies

Description

This module explores the physics of various green / low-carbon energy technologies including: wind energy, solar energy, nuclear energy, hydro energy, and energy storage options. 

The module will inevitably touch on socio-political aspects of the energy landscape, including energy sustainability issues. However, the focus of the module will be on understanding some of the relevant physics involved, including aspects of: rotational mechanics, fluid dynamics, thermodynamics, electromagnetism, and nuclear physics.

Learning Outcomes

  1. Demonstrate a conceptual and theoretical understanding of aspects of rotational mechanics and demonstrate capability of problem solving in relevant examples.

  2. Demonstrate a conceptual and theoretical understanding of aspects of nuclear physics and nuclear energy.

  3. Demonstrate a conceptual and theoretical understanding of aspects of thermodynamics and demonstrate capability of problem solving in relevant examples.

  4. Demonstrate a conceptual and theoretical understanding of aspects of light /matter interactions.

  5. Understand the role of green and renewable energy technologies for a sustainable future.

Credits
05
% Coursework 50%
% Final Exam 50%