Programme Schedule

Introduction to Electrochemistry and Thermodynamics Introduction to Solid State Chemistry and Ionics
Introduction to SOFC / SOE	Introduction to LTFC & Electrolysers	Introduction to Batteries
electrolyte materials anode materials cathode materials cell and stack designs manufacturing characterisation modelling degradation system technology	electrolyte materials anode materials cathode materials cell and stack designs manufacturing characterisation modelling degradation system technology	electrolyte materials anode materials cathode materials cell and stack designs manufacturing characterisation modelling degradation system technology beyond Lithium metal-air batteries all solid state batteries
power to gas power to fuel

Fuel Cell Vehicles, Business Development, Modelling Master Class
Fuel Cell Vehicles	Modelling Master Class	Business Development
Status of FC cars Designing and building hydrogen fuel cell vehicles Drive Trains Vehicle Fuel Cells & Fuel Cell Systems Lightweight vehicles Vehicles & Markets Hybrid drive trains Vehicle Batteries FCV System Analysis WTW, TCO, LCA Outlook & Scenarios	Basics of FC Modelling and Mathematical Tools Introduction to MATLAB CFD Modelling Thermomechanical modelling From 0d to 3d modelling Thermodynamical and Kinetics Modelling Multiphysics modelling Student project 1 Exercise / Discussion Student project 2 Student project 3 Student project 4	Innovation Management Financing a business Introduction to Business Development Creativity & Ideation Patents and Copyrights Exercises, Case Studies Introduction to Fuel Cell Business Futures Market Introduction Strategies Case Studies I: Ideation Funding Sources Due Diligence, Investment Decisions, Technology Deals Business Case Study Outlook

Updated on 5 June 2017