Optimal conditions for the perception of information
It is the optimal design of a vehicle or workstation that enhances the user's ability to quickly perceive, process, and respond to critical information
Display Design
It is the optimal arrangement of visual information in a vehicle or workstation, ensuring displays are clear, intuitive, and easy to understand
Simulation of the enviroment
It is the ability to create realistic, digital models of the operational context in which users will interact with the system
Vision in motion
the simulation and analysis of how a user perceives and processes visual information while in motion or when actively engaged in dynamic tasks
Other Modules
Seat Design
RAMSIS Seat Design optimizes ergonomics by simulating seat interactions, assessing comfort and reachability early, and reducing physical testing
Seat Belt Design
The RAMSIS Seat Belt Design module streamlines testing with 3D simulations, enhancing safety and ergonomics while reducing time and costs in the CAD phase
Visual Standards
The RAMSIS Visual Standards module streamlines compliance by visualizing fields in CAD, ensuring adherence to standards and identifying obstructions early, saving time and costs
Virtual Aging
The RAMSIS Virtual Aging module optimizes ergonomic design for individuals aged 50-70, adjusting for age-related changes in vision and mobility to ensure comfort and safety
Explore RAMSIS
RAMSIS
Optimizes vehicle safety and ergonomics through virtual crash tests and design evaluations
Resources
KTM Case Study
If you want to see ergonomics in perfection, making your way to Austria is worthwhile.…
John Deere Case Study
A traditional industry became a pioneer to sustainably increase its yields and autonomous driving has…
Optimizes Vehicle Interior Design for Safe and Comfortable Driving Experience
Ergonomics and efficiency Space is at a premium in cars nowadays. More and more assistance…
Optimizing Aircraft Cockpit and Cabin Layouts with RAMSIS Advanced Ergonomics Solutions
RAMSIS Aircraft simulates the posture and motion of pilots, flight attendants, passengers and machine operators…