Areas of Expertise

Engineering experience across materials, processes, systems and digitalization.

This section summarizes the technical fields in which I have gained practical experience through academic research, industrial engineering, process development, manufacturing scale-up and digital engineering.

Hydrogen & Electrochemical Technologies

Experience in PEM fuel cells and PEM water electrolysis, including component development, manufacturing technologies and industrial scale-up.

PEM fuel cells PEM electrolysis Catalyst inks Electrode manufacturing CCM MEA PTL Hydrogen crossover

Manufacturing & Scale-up

Development, optimization and transfer of manufacturing processes from laboratory scale toward pilot and industrial production.

Process development Coating Drying Transfer processes Thin films Scale-up Process qualification Technology transfer

Related scale-up experience →

Process Engineering

Practical experience in chemical manufacturing, recycling processes, process development and solids-processing technologies.

Industrial mixing Chemical production Recycling processes Feasibility studies Laboratory distillation Powder processing Roller compaction Dry granulation

Chemical manufacturing → Recycling process development → Solids processing →

Automated Test Systems & System Integration

Development of customer-specific automated test systems, including instrument integration, software requirements, data exchange and commissioning.

Test-system engineering Instrument integration Measurement automation Requirements engineering Control software Data integration Commissioning Customer acceptance

Related MS2 experience →

Process Modelling & Advanced Control

Academic and industrial experience in mathematical process modelling, nonlinear analysis, dynamic simulation and model-based process control.

Mathematical modelling Dynamic simulation Nonlinear systems Stability analysis Bifurcation analysis Process maps Optimization NMPC

Digital Engineering

Current work at the intersection of process engineering, digitalization, modelling, data integration and digital twins for manufacturing processes.

Process digitalization Digital twins Process modelling Manufacturing data Engineering analytics Simulation-supported engineering Data-driven models Advanced process control

Current digital engineering work →

Engineering Perspective

Three complementary perspectives

Materials & Manufacturing

Polymer materials, electrochemical components, process development, manufacturing technologies and industrial scale-up.

Systems & Integration

Automated test systems, measurement integration, requirements engineering, software coordination and data exchange.

Modelling & Digitalization

Mathematical modelling, digital twins, process digitalization, simulation and advanced process control.