SIM-GEO provides practice-oriented courses for engineers, students, research teams and companies in process engineering, mechanical engineering, numerical simulation and data-driven engineering.
Programmes are modular and adapted to the target group, prior knowledge and project objective.
Model setup, meshing, boundary conditions, turbulence models, result interpretation and common CFD pitfalls.
Methods for heat transfer, fluid mechanics, transport processes, energy systems and coupled engineering problems.
Python, scientific computing, automated workflows, reproducibility, data analysis and technical documentation.
Professional use of open-source tools for simulation, pre-processing, post-processing and engineering evaluation.
Surrogate models, parameter studies, model reduction, sensitivity analysis and AI-supported engineering decisions.
Complete project workflows from technical question and assumptions to interpretation and presentation of results.
The duration depends on depth, target level and application.
Compact introductions or focused technical modules.
A few days to 2 weeksStructured learning with exercises, examples and individual guidance.
2 weeks to 2 monthsIndividual programmes with project focus, final assessment and certificate.
2 to 6 monthsParticipants receive a valid certificate including training scope, duration and learning objectives. The focus is on physical understanding, modelling assumptions, plausibility checks and professional communication of results.
We support skill mapping, technical portfolio building, CV optimisation, application strategy and preparation for engineering interviews in CFD, simulation, process engineering, mechanical engineering and energy systems.