Design Evaluation

We focus on innovation in human-machine-environment transportation systems and construct a human-centered design theoretical framework. We emphasize research on cockpit interaction, passenger comfort, and transportation aesthetics, and develop a simulation evaluation platform covering cockpits, passenger cabins, and transportation systems. In the fields of intelligent transportation and ultra-high-speed trains, we combine human factors engineering research with engineering verification to drive the evolution of rail transit toward safe, efficient, comfortable, and human-centered intelligent spaces.

Our services cover two core areas:

Theoretical research on human-machine-environment systems in transportation,Design evaluation.

These factors together form a solid foundation for building and supporting an innovation capability system, enabling the next generation of transportation systems to truly realize the core values of safety, efficiency, comfort, and people-centeredness.

Research on the Design Theory of Transportation Human-Machine-Environment Systems

he system supports both theoretical innovation and practical application in design.

Research on the Design Theory of Transportation Human-Machine-Environment Systems

Driver Interface Design Research

The system optimizes driving task allocation and interface interaction logic by integrating driver perception and behavior analysis, cockpit behavior observation, and human-machine interface impact assessment.

Comfort design and interior environment research for vehicles

By combining passenger behavior and psychological experience analysis with comfort environment assessment, we aim to create a safe, inclusive, and enjoyable travel experience for passengers.

Visualized human factors integrated analysis

Transforming complex human-factor data into visual designs supports and underpins the optimization of the train environment.

Transportation Aesthetics and Design Culture

It incorporates local cultural elements, creating a unique appearance that combines a strong sense of cultural identity with scientific performance.

Future mobility research

Drive transformative breakthroughs in transportation systems in terms of intelligence, operational efficiency, and transport capacity.

Design Evaluation

Ensure that the design process proceeds in an orderly manner from beginning to end, and achieve control and coordination from creative exploration to engineering implementation.

Cockpit Design Evaluation&Cabin Design Evaluation&Transportation Simulation Evaluation

Cockpit Design Evaluation

By integrating ergonomic studies of the driver's cockpit, dynamic vision analysis of the cockpit, and feasibility assessment of driver operation, we can improve the safety, comfort, and operational efficiency of driving tasks.

Vehicle Passenger Compartment Design Evaluation

A comprehensive design assessment of the passenger compartment is conducted to analyze passenger needs and behavior patterns, with scientific data supporting safety, accessibility, and overall experience.

Transportation simulation and evaluation

Digital simulation technology is used to systematically evaluate transport capacity and passenger flow per unit, thus providing accurate data for transport system planning, route optimization, and operational efficiency improvement.