User-centric interiors
Total results returned: 3
On the User-Centric Interiors page, you’ll discover a variety of resources that examine how electric vehicle interiors are being designed to enhance user experience and comfort. This collection includes reports, studies, and papers focused on the integration of advanced interfaces, sustainable materials, and ergonomic design in EV interiors. Whether you're interested in personalisation, connectivity, or passenger comfort, these resources offer valuable insights into the next generation of user-centered interior design for electric vehicles.
Automotive Interior Design in the Age of Electric Vehicles: User Interface Expectations, Perceptions and Preferences
This study explores consumer preferences and acceptance of EV user interfaces (UIs), focusing on expectations, perceptions and preferences of aesthetics, design, function, and features. The work presented here is part of a larger project investigating EV adoption in the Australian market and presents a qualitative observation of participants interacting with EVs.
Academic Researchers, Automotive Engineers, Automotive Manufacturers, Automotive UI Designers, Consumer Behaviour Specialists, Design Students, Electric Vehicle Drivers, Electric Vehicle Market Researchers, Human-Computer Interaction Researchers, Human-Machine Interface Engineers, In-vehicle Technology Developers, Market Analysts, Transportation Sector Analysts, User Experience Designers
Automotive Interior Design, Electric Vehicles, Expectations, Human-Machine Interfaces, Perceptions, Preferences, User Interface
Link:
dl.acm.org
Research on the interactive design of electric vehicle interior based on voice sensing and visual imagery
This research article, published in the International Journal of Vehicle Information and Communication Systems, explores advanced methods for enhancing human-computer interaction in electric vehicles. It introduces improved speech recognition and visual imagery analysis techniques to optimize vehicle interior design, aiming to make in-vehicle interactions more intuitive and efficient.
Academic Researchers, Automotive Engineers, Automotive Manufacturers, Automotive UI Designers, Consumer Behaviour Specialists, Design Students, Electric Vehicle Drivers, Electric Vehicle Market Researchers, Human-Computer Interaction Researchers, Human-Machine Interface Engineers, In-vehicle Technology Developers, Market Analysts, Transportation Sector Analysts, User Experience Designers
User-centred interior design of a small electric vehicle using RAMSIS
In this article the ergonomic interior design process of the electric vehicle MUTE is shown exemplarily. In addition to a discussion of different design principles of the driver's workplace, the simulation capabilities of RAMSIS and the tool RAMSIS cognitive are explained using the example of the design of a central touchscreen, which acts as the main input device for secondary and tertiary tasks.
Academic Researchers, Automotive Engineers, Automotive Manufacturers, Automotive UI Designers, Consumer Behaviour Specialists, Design Students, Electric Vehicle Drivers, Electric Vehicle Market Researchers, Human-Computer Interaction Researchers, Human-Machine Interface Engineers, In-vehicle Technology Developers, User Experience Designers
Anthropometry, Cockpit Design, Digital Human Models, Display Design, E-Mobility, Occupant Packaging, RAMSIS, Touchscreen Designing, Urban Vehicle Concepts, User-Centred Design, Vehicle Interior Design, Vehicle Interior Designing Principles, Vision Simulation
Link:
inderscience.com