Scientific Engineering Services for Research and Industry

AFUS combines research, engineering practice, and data-driven methods in an interdisciplinary portfolio of services—ranging from scientific analysis to the technical evaluation of complex mobility systems. We support our clients from the initial concept through the development, evaluation, and validation of complex technical challenges—in an independent, interdisciplinary, and data-driven manner.

Human Factors

We develop scientific methods for analyzing and evaluating human-vehicle interaction.

  • Driver Behavior
  • Advanced Driver Assistance Systems (ADAS)
  • Evaluation & Validation
  • Usability / HMI - SOTIF Support

Driving Dynamics

We analyze and optimize vehicle handling using both experimental and simulation-based methods.

  • Vehicle Dynamics Analysis
  • Vehicle Tuning
  • Road Tests & Test Methods
  • Motorsports Applications
  • Objective Evaluation Methods

Simulation

We develop and validate solutions in the fields of biomechanics and vehicle functions using virtual development and simulation methods.

  • Scenario Development
  • Virtual Vehicle Development
  • Dummy Modeling
  • Simulation
  • Validation

Data Analysis

We derive objective insights from complex vehicle, driver, and sensor data.

  • Driving data analysis
  • Sensor data analysis
  • Statistical analysis
  • Data visualization
  • AI-supported methods

Traffic Safety

We develop scientific assessment methods for analyzing safety-related issues.

  • Safety analyses
  • Risk analyses
  • Assessment of technical systems
  • Traffic safety studies
  • Safety concepts

Technical Reports

We prepare independent technical assessments based on scientific principles.

  • Damage analyses
  • Specialized expert reports
  • Scientific studies
  • Plausibility assessments
  • Technical assessments

We work with these industries

Vehicle Manufacturers

Public Organizations

Supplier

Research Institutions

Development Service Provider

Testing and Certification Organizations