Day 1: Fundamentals of Electrochemistry

• Introduction to Redox reactions and their significance.
• Understanding Electrode potentials and the role of Standard electrodes.
• Exploring Overpotentials and their impact on electrochemical processes.
• Basics of Charge transport and the formation of the Electrical double layer.

Day 2: Electrochemical Processes

• Principles of Electrolysis and the various types of electrochemical cells.
• Exploring Galvanic cells and their applications.
• Understanding Accumulators, their types, and uses in energy storage.
• Introduction to Fuel cells and the emerging field of Hydrogen fuel cells.

Day 3: Industrial Electrochemical Applications

• Understanding Faraday's law of electrolysis and its practical applications.
• Water electrolysis and its relevance in industrial applications.
• The process of Electrodeposition, Electroplating, and their industrial uses.
• Electrotyping and its applications in manufacturing processes.

Day 4: Electrochemical Production and Corrosion

• Industrial processes: Aluminium production and Copper production and refining.
• The Chloralkaline process and its industrial importance.
• Basics of Corrosion, Passivation, and their Prevention.
• Understanding the Evans diagram and Pourbaix diagrams in corrosion analysis.

Day 5: Electrochemical Analysis and Techniques

• Overview of Electroanalytical methods used in research and industry.
• Potentiometry, Coulometry, and their applications in electrochemical analysis.
• Techniques of Voltammetry and Polarography in real-world applications.
• Amperometry: Its significance and use in practical electrochemical processes.