- Simulation of structural behaviour with linear and nonlinear FEA (ANSYS Mechanical Solver),
- Standardized evaluation of simulation results, application of the FKM 2021 Guideline if the given standard is not regulating the assessment method directly,
- Structural analysis of pressure vessels (EN 13445, AD Merkblatt, ASME Section VIII, etc.)
- VDI 2230 assessment of bolted joints,
- Assessment of welded joints according to the FKM 2012 Guideline,
- FE-Automation and process design for improving effectivity and reliability (eg.: in-house software for FKM 2012 and VDI 2230 assessment)
- Model verification with our analysis benchmark database and validation through testing (eg.: strain gauge measurement, optical displacement and deformation measurement),
- Low- and high cycle fatigue assessment, and extension of safe operational life,
- Fracture mechanics simulation and assessment for the precise modelling of the fatigue behaviour and for the extension of safe operational life.

- Design against vibration (external vibration sources, earthquake) and design of rotating machines (machine tool centers, general rotating machine design) with transient and frequency domain analyses,
- Design of safe operational frequency range (offsetting structural behavior from the excitation frequency range)
- Assessment of vibration induced fatigue phenomena,
- Assessment of random vibration, translation of results to design decisions

- Castings, machined and additively manufactured components,
- Optimisation of stiffness and mass,
- Consideration of static and fatigue strength,
- Consideration of manufacturing process constraints.

- Technology oriented casting design,
- Casting process simulation and technology planning,
- Consultation related to the quality assurance system development,
- Analysis of casting defects from the standpoint of safe operational life,
- Designation of application specific allowable and non-allowable defect categories based on defect size, shape, location and type.

- Planning the relevant simulations and tests for a coherent development plan,
- Thermal and fluid dynamics simulations,
- Electromagnetic simulations,
- Supporting engineering decisions based on simulation results,
- Compiling and transferring design documentation to manufacturing.

- Analysis of polymer FDM (with and without short fibre reinforcement) components,
- Analysis of metallic DMLS (aluminium, steel and titanium) components

- Probabilistic modelling of strength (static and fatigue),
- Fracture mechanics calculations for static and fatigue strength assessment,
- Modelling of low cycle fatigue phenomena based on joint consideration of plastic strain accumulation and crack growth,
- Detailed analysis of notch induced fatigue,
- Preparation of complete experimental campaign plans based on scientific methods.

- Railway (carbody frame, bogie frame, automatic couplers, brake systems)
- Pressure vessels (unfired and fired pressure vessels for the chemical and nuclear industry)
- Defense
- Development and Documentations for notified body legislation process.