The current group of FCST developers is formed by:
- M. Secanell, Associate Professor, Energy Systems Design Laboratory, University of Alberta, Canada.
- Responsible for overall framework (base class concepts), optimization interface, electronic, protonic, membrane water transport, Fick's gas transport and kinetics.
- A. Putz, Senior Research Scientist, Automotive Fuel Cell Cooperation Corp.
- Responsible for plug-points and AFCC contributions.
- V. Zingan, Post-doctoral Fellow, Energy Systems Design Laboratory, University of Alberta, Canada.
- Responsible for overall framework (base class concepts), Navier-Stokes, Darcy and multi-component fluid flow physical models and applications.
- M. Moore, M.Sc. graduate from the Energy Systems Design Laboratory, University of Alberta, Canada.
- Responsible for fcst_install script, double-trap kinetics model for ORR reaction and multi-scale framework (1D agglomerate models).
- M. Bhaiya, M.Sc. Student, Energy Systems Design Laboratory, University of Alberta, Canada.
- Responsible for overall framework (base class concepts) and thermal physical models and applications.
- P. Wardlaw, M.Sc. Student, Energy Systems Design Laboratory, University of Alberta, Canada.
- Responsible for fcst_install script and multi-scale framework (1D agglomerate models).
- K. Domican, M.Sc. Student, Energy Systems Design Laboratory, University of Alberta, Canada.
- Responsible for optimization interface and documentation.
Other scientists that have also contributed substantial portions of code to FCST are:
- P. Dobson, M.Sc. graduate from the Energy Systems Design Laboratory, University of Alberta, Canada.
- Developed parts of overall framework (base class concepts), optimization interface and multi-scale framework (1D agglomerate models).
- G. Kanschat, Universitat Heidelberg.
- Developer of AppFrame (now part of deal.II as MeshWorker class).
- A. Malekpourkoupaei, former M.Sc. graduate student at the Energy Systems Design Laboratory.
- Developed classes PureGas and classes to compute binary diffusivity (together with M. Secanell).
- J. Boisvert and R. Spiteri, University of Saskatchewan.
- Developed Newton3pp and Newton3ppC nonlinear solvers
- Developed DAESolver and DAEwrapper. These classes are used as wrapper classes to COLDAE.