Module 1 – Electrochemical Processes

Conversion of chemical energy into electrical energy and vice versa

• Oxidation states of elements

• Redox reactions and their applications

• Galvanic cells – construction and operation

• Electrolysis – principles and industrial applications

Module 2 – Design of Electrochemical Processes in Energy Storage Devices

• Kinetics and thermodynamics of electrochemical phenomena

• Selected techniques for electrochemical testing and diagnostics

• Current performance characteristics

• Energy performance characteristics

• Material efficiency and optimization

Module 3 – Chemical Power Sources and Energy Storage Devices

Structure, operating principles, and manufacturing processes

• Lead–acid batteries

• Lithium–ion batteries

• Post-lithium batteries

• Nickel–cadmium batteries

• Nickel–metal hydride batteries

• Fuel cells

• Supercapacitors

Module 4 – Operation and Standards

• Procedures for safe and efficient operation of chemical power sources and energy storage devices

• Relevant national and international standards

Module 5 – Recycling and Sustainability

• Methods for recycling chemical power sources and energy storage devices

• Environmental considerations and compliance requirements