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Capstone Projects
HOLA: Easy self-driving trip with future MPV
HOLA aims to enhance the overall self-driving experience for Gen MZ by providing a comfortable and convenient driving environment, catering to their unique needs and preferences.

Teammates: Liu Linyi, Yang Siqi
Academic Supervisors: Prof. Stephen Jia Wang, Dr Hailiang Wang
Industry Supervisor: Stephen Chen
Industry Partner: GAC

Ramona S. T. Shiu
Ramona S. T. Shiu
Program: MDes Intelligent Systems Design
Year of Graduation: 2023
Topic: Intelligent systems design for future mobility
Project Type: Capstone Research Project
HOLA: Easy self-driving trip with future MPV aims to enhance the self-driving experience for Gen MZ by addressing critical pain points, namely luggage storage and autonomous driving mode transition. We propose innovative solutions through three key components.

The first component focuses on a flexible interior design that offers ample options for luggage placement and securement. This design ensures users have a convenient and secure way to store their luggage while travelling, providing a comfortable and stress-free journey.

The second component involves a multifunctional smart central control screen. This screen communicates takeover requests to drivers and provides them with essential information regarding the takeover process. By keeping drivers well-informed about the vehicle's status, they will be prepared to take control when necessary.

The third component is an AR-HUD that enhances situation awareness during takeovers. It provides drivers with real-time augmented information about the surrounding driving context, enabling them to react quickly and safely to autonomous driving requests.

The project aims to meet the increasing demand for high-end self-driving tours by offering a safer and more comfortable travel experience. By catering to the preferences of Gen MZ for self-driving trips, we strive to create an enjoyable and satisfying experience for drivers.

Enhancing self-driving for Gen MZ by addressing pain points like luggage storage and mode transition through innovative solutions.
Providing a safer, more convenient, and enjoyable self-driving experience for Gen MZ, addressing pain points to meet the increasing self-driving trip demand.
Addressing driving assistance, luggage storage and interaction strategy between autonomous driving and manual driving improves self-driving experience.
Offering effortless luggage placement through reconfiguration of the interior, and efficient takeover through enhanced situation awareness using HMI strategy.
Providing a safer, more convenient, and enjoyable self-driving experience for Gen MZ, addressing pain points to meet the increasing self-driving trip demand.
Addressing driving assistance, luggage storage and interaction strategy between autonomous driving and manual driving improves self-driving experience.
Offering effortless luggage placement through reconfiguration of the interior, and efficient takeover through enhanced situation awareness using HMI strategy.
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