About

A hybrid practice for designed engineering futures.

Profile
Portrait of Xiangyu Rosaline Xiao

Hi, I'm Xiangyu (Rosaline) Xiao. I am a Doctoral Researcher at Loughborough University's Wolfson School of Mechanical, Electrical and Manufacturing Engineering, where my work explores the rapidly evolving future of the Industrial Metaverse.

My research sits exactly at the intersection of physical engineering and digital design. Drawing on my background in Mechanical Engineering and Human-Computer Interaction (HCI), I focus on using Digital Twins and Extended Reality (XR) to drive facility optimisation and spatial visualisation. I am currently deeply engaged in developing scalable frameworks for the Industrial Metaverse, with a specific focus on Platform-Based Design (PBD) and methodologies to seamlessly decouple visual assets from the underlying behavioural logic in cyber-physical systems.

For me, the goal of digitisation isn't just about rendering complex data; it's about translating abstract, highly technical environments into intuitive, user-centric experiences. Whether I am architecting dynamic factory simulations alongside industry partners or prototyping new spatial interactions, my core mission is always the same: bringing the "Human" into the digital industrial environment.

Welcome to my digital space. Feel free to explore my latest research, interactive projects, and academic publications.

Education

Academic background.

Oct. 2023 - Present

PhD, Mechanical Engineering

Loughborough University, UK

International fully funded doctoral study. Thesis: Design of a structured methodology in the industrial metaverse. Developing metaverse design methodologies intended to reduce development complexity for new industrial metaverse systems.

Sept. 2022 - Oct. 2023

MSc, HCI & User Experience Design

Loughborough University, UK

Distinction / First Class. Thesis: The effect of sensory and haptic feedback on perceived usefulness and emotional well-being.

Sept. 2017 - Jun. 2021

BSc, Product Design

Southeast University, China

GPA: 3.79/4.0; Top 10%. Thesis: EzPorter: Design of a Modular Rapid-Deployment Pontoon Bridge for Flood Emergency Response.

01

Engineering Reasoning

Mechanisms, simulation interpretation, test rigs, tolerance thinking, and evidence-led decisions.

02

Human-Centered Design

Research synthesis, interaction flows, interface concepts, usability testing, and storytelling.

03

3D and Industrial Design

CAD, surfacing, physical prototyping, CMF direction, render systems, and product detailing.