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Aims:

• Introduce and develop the chemical and physical concepts inherent to electrochemical energy materials.
• Provide an opportunity for students to gain theoretical and practical knowledge of the functional materials.

Synopsis:

Advanced materials lie at the heart of current and emerging electrochemical power technologies, ultimately determining the range, performance and lifetime of electric propulsion vehicles. This course provides comprehensive coverage of the underlying chemistry and physics of the electrodes, electrolytes, catalysts and additives that will enable propulsion across road, sea and air. Practical experience of crystallography and atomic simulations will be delivered by lab-based and guest lecturers.

SYLLABUS

1. Crystallography and Bonding
2. Band Structures
3. Energy Levels and Solid-State Junctions
4. Interfaces
5. Ion Conductors
6. Mixed Conductors
7. Electrocatalysts

Learning outcomes:

Upon completion of this module, the students shouldbe able to:

1. Comprehensively describe crystal structures and how they relate to functional materials’ properties
2. Systematically design and evaluate materials for a specific function based on sound technical and techno-economic judgment
3. Critically analyse the ethical and environmental dimensions facing engineers in this field
4. Connect to current research topics in electrochemical engineering materials (connected curriculum) through practical examples in class, guest lecturers, project-based research and interactions with researchers
5. Conceptualise and communicate findings orally and in written form at a high standard similar to that expected for presentations at national and international conferences.