Technology Developer

Personal summary

Fuel cells systems design and integration for stationary and mobility applications, Renewable energy (RE) balancing using Hydrogen as an energy vector, Fuel cell hybrid electric vehicle (FCHEV) powertrain integration and control, Nonlinear and linearized model predictive control (MPC) Algorithm, FC power dispatching modes, PEM electrolyser flexible power controller, High-level RE balancing controller using real-time MPC, FCHEV range extender, Optimal power split in FCHEV based on Sat-Nav data, Combined heat and power for fuel cell and electrolyser systems. Optimal sizing of Hybrid fuel cell systems. Fuel cell balance of plant components design, modelling, and testing. Low temperature and high temperature fuel cell systems modelling. SoH modelling and testing Li batteries. Research skills: Model predictive controllers design and prototyping. Monitoring and control systems development. Data acquisition and signal processing. System identification. Time series analysis. MATLAB/Simulink Modelling. HIL and SIL testing and validation. PID controllers design and implementation. Power electronics control (DC-DC buck and boost converters). Optimisation solvers. Embedded controllers and ECUs for fuel cell vehicles.

Skills

Modelling15 MATLAB / Simulink15 LabView10 CAN-Bus (controller area network)4 Measurement and control technology10 Fuel cell12 Electrochemical process engineering10 Hydrogen technology12 Vehicle simulation10 Microcontroller5